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Services30
AI/ML Medical Device Security
Defend AI/ML SaMD against adversarial attacks - and meet FDA's PCCP, GMLP, and 2025 AI-enabled device guidance.
Read service Application SecurityAPI Penetration Testing
REST and GraphQL API testing with fuzzing and auth analysis.
Read service Penetration TestingBLE & RF Penetration Testing
Wireless interface testing for BLE, Wi-Fi, Zigbee, NFC, and proprietary RF.
Read service Penetration TestingDevice Vulnerability & Pen Testing
10+ years testing medical devices for 510(k) and PMA clearance.
Read service Go-To-Market ComplianceEU Cyber Resilience Act (CRA) for Medical Devices
CRA readiness for connected medical devices: essential cybersecurity requirements, vulnerability handling, and CE-mark conformity before December 11, 2027.
Read service FDA SubmissionsFDA Deficiency Response
Got an FDA hold or AI letter? We close cybersecurity deficiencies fast.
Read service Postmarket & LegacyFDA Postmarket Cybersecurity
Continuous compliance, monitoring, and vulnerability response.
Read service FDA SubmissionsFDA-Compliant SBOM Services
Create, validate, and maintain SBOMs for premarket and postmarket.
Read service Penetration TestingFirmware Penetration Testing
Embedded firmware extraction, reverse engineering, and exploitation.
Read service FDA SubmissionsFull-Service FDA Premarket Cybersecurity
Full-service: we own 100% of SPDF, SBOMs, threat modeling, pen testing, and eSTAR documentation.
Read service Go-To-Market ComplianceGDPR for Connected Medical Devices
GDPR readiness aligned to MDR/IVDR: RoPA, Article 32 controls, DPIAs, breach response, SCCs, and DPAs.
Read service Go-To-Market ComplianceHIPAA Compliance Program for MedTech
End-to-end HIPAA Security Rule program for MedTech, SaMD, and digital health Business Associates.
Read service Network & Infrastructure TestingHIPAA Penetration Testing
Penetration testing scoped to HIPAA Security Rule expectations.
Read service Go-To-Market ComplianceHITRUST Readiness (e1 / i1 / r2)
HITRUST CSF readiness and certification support for MedTech selling into IDNs, AMCs, and large health systems.
Read service Network & Infrastructure TestingInternal Penetration Testing
Insider-threat simulation against your enterprise environment.
Read service Postmarket & LegacyLegacy Device Protection
Reduce risk on fielded devices - no redesign, no new submission, no downtime.
Read service Go-To-Market ComplianceMDS2 & HSCC Procurement Disclosure Service
We complete your MDS2 (Manufacturer Disclosure Statement for Medical Device Security) and HSCC procurement responses so hospital security reviews stop blocking deals.
Read service Penetration TestingMedical Device Penetration Testing
FDA-compliant device, firmware, app, and cloud testing.
Read service Secure Design & DocumentationMedical Device Threat Modeling
FDA-aligned threat models that identify risks early and speed approvals.
Read service Go-To-Market ComplianceMedTech Compliance Bundle
One program covering FDA Clearance, SOC 2, HIPAA, HITRUST, and GDPR - run in parallel for hospital-ready and EU-ready launch.
Read service Application SecurityMobile Application Penetration Testing
iOS and Android testing covering storage, network, and platform.
Read service Network & Infrastructure TestingNetwork Penetration Testing
External and internal testing of your network systems.
Read service Penetration TestingPHI Cloud Backend Penetration Testing
Cloud backend testing for connected devices that store or transmit PHI.
Read service Postmarket & LegacyPostmarket SBOM Monitoring & VEX Automation
Continuous SBOM monitoring, automated VEX triage, and CAPA-ready evidence for cleared devices - so postmarket cybersecurity stops being a quarterly fire drill.
Read service Secure Design & DocumentationSaMD Cybersecurity
End-to-end FDA premarket cybersecurity package for Software as a Medical Device - cloud, mobile, and web SaMD.
Read service Secure Design & DocumentationSecure MedTech Product Design
Bake cybersecurity into your device from day one.
Read service Network & Infrastructure TestingSOC 2 Penetration Testing
AICPA-aligned penetration testing scoped to your SOC 2 system boundary - auditor-ready report, free retest.
Read service Go-To-Market ComplianceSOC 2 Type II for MedTech
SOC 2 Type II readiness, control build, and audit support so HDO procurement stops blocking your contracts.
Read service Application SecurityWeb Application Penetration Testing
Front-end, back-end, API, and mobile coverage in one engagement.
Read service Network & Infrastructure TestingWireless Penetration Testing
Secure your Wi-Fi and wireless attack surface.
Read serviceGuides44
10 Reasons Cybersecurity Vendors Fail MedTech
Why generic IT-security vendors keep blowing FDA submissions - and what to demand from a true MedTech specialist.
Read guide Pen Testing12 Critical Findings from Medical Device Pen Tests
Real, recurring vulnerabilities we uncover during penetration testing on Class II/III connected medical devices.
Read guide Threat Modeling12 Critical Threat-Modeling Gaps in Submissions
Where threat models fall short of FDA expectations under the 2026 cybersecurity guidance - and how to fix the gaps.
Read guide FDA12 Reasons the FDA Rejects Cybersecurity Submissions
The most common deficiencies we see in 510(k), De Novo, and PMA cybersecurity packages - and how to avoid each one.
Read guide AI/MLAAMI CR34971 Explained: AI Risk Management for Medical Devices
What CR34971 adds on top of ISO 14971, the AI-specific risk categories it covers, and how to integrate it with your existing risk file.
Read guide FDAAAMI TIR57 vs TIR97: Medical Device Risk Management Guide
Compare AAMI TIR57 vs TIR97. Learn how these cybersecurity risk management standards differ and how to apply them for FDA premarket and postmarket compliance.
Read guide FDACybersecurity Management Plan for FDA Submissions: A 2026 Guide
What goes in the Cybersecurity Management Plan reviewers expect in eSTAR v7.0 Slot 1: scope, governance, QMS integration, postmarket commitments, and the most common deficiency patterns.
Read guide FDACycloneDX vs SPDX: Medical Device SBOM Compliance Guide
Does the FDA prefer CycloneDX or SPDX? Compare SBOM formats for medical device cybersecurity compliance and premarket 510(k) submissions.
Read guide FDADe Novo Cybersecurity Submission Guide | Blue Goat Cyber
Learn the specific cybersecurity requirements for a successful De Novo submission. Ensure FDA compliance with threat modeling, SBOM, and pen testing.
Read guide FDAeSTAR Cybersecurity Readiness Checklist (510(k) & De Novo)
Map every cybersecurity control to the exact eSTAR section reviewers expect. A 20-point readiness checklist for 510(k) and De Novo submissions under the FDA's February 2026 final guidance.
Read guide FDAeSTAR v6.2 vs v7.0 Cybersecurity: What Actually Changed
Honest template-level diff of FDA eSTAR v6.2 and v7.0 for cybersecurity: the new Controls field, the August 3, 2026 retirement date, and what's template-enforced vs. guidance expectation.
Read guide FDAeSTAR v7.0 Cybersecurity Attachments: How the 8 Slots Map to the FDA's 2026 Guidance
Side-by-side mapping of the 8 Cybersecurity attachment slots in eSTAR v7.0 to the 15 deliverables in the FDA's February 2026 final guidance, with the most common RTA trigger per slot.
Read guide AI/MLFDA 2025 AI-Enabled Device Software Functions Guidance, Decoded
Plain-English breakdown of FDA's 2025 draft AI guidance: what it adds beyond PCCP and GMLP, transparency labeling expectations, and what reviewers want to see.
Read guide FDAFDA 2026 Premarket Cybersecurity Guidance | Blue Goat Cyber
Master the 2026 FDA premarket cybersecurity guidance. Ensure your medical device submission meets new SPDF, SBOM, and threat modeling requirements for approval.
Read guide FDAFDA 524B & 21 CFR 807.81: Cybersecurity Compliance Guide
FDA Section 524B cybersecurity requirements and how 21 CFR 807.81 sets the 90-day 510(k) timing floor: SBOM, vulnerability monitoring, and patch standards.
Read guide FDAFDA Cybersecurity Deficiency Letter Examples & Solutions
Analyze real-world FDA cybersecurity deficiency letter examples. Learn how to address RTA and AI deficiency requests for 510(k) and PMA submissions.
Read guide Deficiency ResponseFDA Cybersecurity Deficiency Letter Response Playbook
A field-tested playbook for responding to FDA cybersecurity deficiencies inside the 180-day clock - triage, gap analysis, fix sequence, and reviewer-ready format.
Read guide FDAFDA Cybersecurity Deficiency Response Checklist
Step-by-step checklist for responding to FDA cybersecurity deficiency letters without losing your submission timeline.
Read guide FDAFDA Cybersecurity Testing Requirements: The Complete 2026 Taxonomy
Every type of cybersecurity testing the FDA's February 2026 final guidance expects, 10 testing families mapped to eSTAR v7.0 slots, recognized standards, and the deficiency pattern that follows when each is missing.
Read guide FDAFDA PMA Cybersecurity Requirements: Expert Guide (2024)
Master FDA PMA cybersecurity requirements. Learn the technical documentation, risk management, and SPDF requirements needed for a successful Class III submissio
Read guide FDAFDA Premarket Cybersecurity Submission Checklist Guide
Ensure your 510(k) or PMA is compliant. Use our checklist for FDA premarket cybersecurity submissions, covering SBOM, threat models, and pen testing.
Read guide FDAFDA Security Control Categories: What Reviewers Expect Per Category
The 8 security control categories the FDA's Feb 2026 final guidance expects every cyber device to cover, auth, authz, crypto, integrity, confidentiality, logging, resiliency, updatability, with the evidence required per category.
Read guide Threat ModelingFDA-Grade Medical Device Threat Model: Template & Worked Example
Step-by-step template to build a threat model FDA reviewers will accept - architecture views, STRIDE, safety mapping, control traceability, and a worked example.
Read guide PMAFull-Service Cybersecurity for PMA Submissions
Everything a Class III PMA cybersecurity package needs - and how a single integrated team delivers threat modeling, SBOM, pen testing, postmarket plan, and reviewer engagement.
Read guide AI/MLGMLP Crosswalk: 10 Principles to Engineering Controls
Each of the FDA/Health Canada/MHRA Good Machine Learning Practice principles mapped to concrete engineering, QMS, and documentation controls.
Read guide StandardsGTM Compliance Crosswalk: FDA + SOC 2 + HIPAA + HITRUST + GDPR
Overview and crosswalk of the five frameworks every MedTech innovator must satisfy after FDA clearance - shared controls, sequencing, and FAQs.
Read guide 510(k)How to Pass FDA 510(k) Cybersecurity on the First Submission
The exact cybersecurity package that gets through 510(k) review without an AI letter. Eight artifacts, common rejection patterns, and a 30-day pre-submission readiness check.
Read guide FDAIEC 81001-5-1 Security Risk Assessment Guide
Learn how to implement IEC 81001-5-1 security risk assessments for FDA compliance. Expert guidance on medical device lifecycle security mapping.
Read guide FDAMedical Device CVD Guide: FDA Compliance & Best Practices
Master Coordinated Vulnerability Disclosure (CVD) for medical devices. Learn FDA requirements, ISO/IEC 29147 standards, and how to handle security researchers.
Read guide FDAMedical Device Incident Response Plan: FDA Guide
Master FDA medical device incident response plan requirements. Learn how to draft, test, and execute a compliant IRP to ensure patient safety and data security.
Read guide SBOMMedical Device SBOM Requirements for FDA: A Complete Checklist
What FDA requires in your SBOM under Section 524B and the 2026 guidance: format, depth, vulnerability mapping, postmarket maintenance, and the most-cited deficiencies.
Read guide AI/MLPCCP Template & Worked Example for AI/ML Medical Devices
How to write a Predetermined Change Control Plan FDA will accept - structure, the three required components, performance bounds, and a worked example.
Read guide Penetration TestingPenetration Testing Scope for FDA Submissions: A 510(k) / De Novo / PMA Guide
How to scope penetration testing for an FDA submission so the report holds up under reviewer scrutiny. Required attack surfaces, evidence depth, and how scope differs by pathway.
Read guide FDAPostmarket Cybersecurity Monitoring Guide for MedTech
Ensure FDA compliance with our guide to postmarket cybersecurity monitoring for medical devices. Master vulnerability intake, risk assessments, and disclosure.
Read guide PostmarketPostmarket Cybersecurity Readiness Plan
What you need in place after clearance to satisfy FDA postmarket expectations and stay ahead of vulnerabilities.
Read guide PostmarketPostmarket SBOM Maintenance for Medical Devices
How to maintain SBOMs across a fleet of cleared devices - regeneration cadence, vulnerability triage, VEX, and the postmarket cybersecurity plan that ties it together.
Read guide ChecklistPremarket FDA Cybersecurity Submission Checklist (2026)
A printable, item-by-item checklist for the cybersecurity content of an FDA premarket submission - aligned to the February 2026 final guidance.
Read guide FDASaMD Cybersecurity FDA Requirements: 2024 Compliance Guide
Master SaMD cybersecurity FDA requirements. Learn premarket submission needs, SBOM standards, and postmarket monitoring for SaMD under Section 524B.
Read guide FDASBOM Vulnerability Management for Medical Devices Guide
Master SBOM vulnerability management for medical devices. Learn to track, triage, and mitigate software risks to meet FDA premarket and postmarket requirements.
Read guide FDASTRIDE Threat Modeling for Medical Devices | Blue Goat Cyber
Master STRIDE threat modeling for medical devices. Learn to identify risks, meet FDA premarket requirements, and secure your MedTech ecosystem. Read our guide.
Read guide StandardsThe MedTech Cybersecurity Standards Decoder
FDA Section 524B, IEC 81001-5-1, AAMI TIR57, ISO 14971 and more - what they require, how they connect, and what the FDA expects to see.
Read guide SPDFThe SPDF Playbook
A practical playbook for implementing the Secure Product Development Framework across your QMS and SDLC.
Read guide PostmarketVDP and CVD Workflows for Medical Devices
Stand up a Vulnerability Disclosure Program and Coordinated Vulnerability Disclosure workflow that satisfies FDA, aligns to ISO/IEC 29147 / 30111, and actually works for a small MedTech security team.
Read guide FDAVEX Document Guide for FDA Medical Device Compliance
Learn how VEX documents complement SBOMs for FDA medical device compliance. Expert guidance on Vulnerability Exploitability eXchange for MedTech manufacturers.
Read guideBlog287
20 Common Medical Device Protocols
This post covers the purposes, security risks, & regulatory guidance for medical device protocols for manufacturers, healthcare providers, & regulatory.
Read blog Quality21 CFR Part 820 and Medical Device Cybersecurity
Updated October 26, 2024 The development, manufacturing, and management of medical devices require strict regulatory adherence to ensure these products'.
Read blog Fundamentals5 Steps to Secure Medical Devices
Securing Medical Devices for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog FDA5 VEX Mistakes That Trigger FDA
Avoid common VEX mistakes that trigger FDA cybersecurity deficiencies. Learn to properly prepare your VEX for medical device premarket submissions.
Read blog FDA510(k) Cybersecurity Deficiencies
The four cybersecurity deficiency patterns the FDA flags most often in 510(k) submissions - incomplete SBOMs, thin threat models, scoped-down pen tests.
Read blog FDA510(k) Cybersecurity Requirements Every Maker Must Meet
FDA 510(k) cybersecurity requirements - threat model, SBOM, testing, postmarket plan - scaled across 510(k), De Novo, and PMA pathways under Section 524B.
Read blog TestingA Comprehensive Guide to Software Testing for Medical Devices
Medical device software testing ensures safety, reliability, and regulatory compliance. Learn fundamental principles, types of testing, and standards.
Read blog FDAA New Era for Quality and Safety
How the FDA's QMSR incorporates ISO 13485:2016 and aligns with Section 524B cybersecurity expectations for medical device manufacturers.
Read blog StandardsAAMI SW96 vs TIR57: Did SW96 Replace It?
AAMI SW96 didn't formally replace TIR57, but SW96 is now the FDA-recognized normative standard. Here's what changed and what the FDA expects in 2026.
Read blog StandardsAAMI TIR57 vs TIR97 vs SW96
Medical device cybersecurity relies on AAMI TIR57, TIR97, and SW96. Understand their applications, FDA recognition, and how to use them for compliance.
Read blog AI & MLAI Overfitting in Medical Devices
AI overfitting in medical devices poses cybersecurity threats, leading to misdiagnosis and exploitable vulnerabilities. Learn how to mitigate these risks.
Read blog Pen TestingBLE & RF Penetration Testing
What a real BLE/RF penetration test on a Class II connected medical device actually finds. Aligned with the FDA's Feb 3, 2026 premarket cybersecurity.
Read blog IoT & Connected DevicesBLE and Medical Device Cybersecurity
Explore how BLE (Bluetooth Low Energy) fortifies medical device cybersecurity. Learn about its encryption, authentication, and low-power features.
Read blog FDABLE Vulnerabilities in Medical Devices
The Bluetooth Low Energy (BLE) vulnerabilities that matter most for FDA-regulated medical devices, and how to evidence them in a §524B premarket.
Read blog RiskBluetooth in Medical Devices: Risks
Discover the fascinating world of Bluetooth technology with this comprehensive guide to the different types of Bluetooth. Aligned with the FDA's Feb 3, 2026.
Read blog Threat ModelingBrainjacking: The Real Cyber-Physical Threat to NeuroTech
Brainjacking is unauthorized control of an implanted neurostimulator. We unpack attack vectors, clinical consequences, and what FDA reviewers expect.
Read blog RiskCAN Bus Vulnerabilities in Medical Devices
Where CAN/CANopen shows up inside medical devices, the attack paths reviewers want modeled, and the controls that actually hold up under pen test.
Read blog IoT & Connected DevicesCan Contact Lenses Fool Iris Scans
Can contact lenses fool iris scans? Learn how iris spoofing affects medical device cybersecurity, liveness detection, and FDA lifecycle expectations.
Read blog ComplianceCAPA and Medical Device Cybersecurity
How to run CAPA for medical device cybersecurity findings: when a vulnerability or FDA deficiency triggers a CAPA, and what evidence closes it out.
Read blog QualityCAPA in Medical Device Cybersecurity
CAPA for medical devices explained: root cause analysis, corrective actions, FDA 21 CFR 820.100 alignment, and how cybersecurity findings feed CAPA under the Feb 3, 2026 guidance.
Read blog FundamentalsCBER and Medical Device Cybersecurity
CBER (Center for Biologics Evaluation and Research) explained for medical device manufacturers—definition, FDA context, and what teams must document for 2026 submissions.
Read blog FundamentalsCE Marking for Medical Devices: EU MDR Guide
CE marking for medical devices under EU MDR 2017/745: what it means, how to obtain it, cybersecurity requirements, and how it differs from FDA clearance.
Read blog SPDFCI/CD Security Gates for Medical Devices
How to wire SAST, SBOM, secrets, container, and signature gates into a medical-device CI/CD pipeline so the SPDF produces the evidence FDA reviewers.
Read blog FundamentalsCIA Triad vs. NSA Controls in Medical
Explore how the CIA Triad and NSA cybersecurity controls strengthen medical device security and support FDA compliance from design to postmarket.
Read blog PostmarketCISA KEV Catalog for Medical Devices
What the CISA Known Exploited Vulnerabilities (KEV) catalog is, how medical device manufacturers should use it in SBOM/VEX triage, and how the FDA treats.
Read blog StandardsConducting a Medical Device Security Audit
Step-by-step guide for medical device manufacturers to run a cybersecurity audit: scope, threat modeling, SBOM review, testing, and FDA-aligned documentation.
Read blog CryptographyCryptographic Attacks In Medical Devices
How cryptographic Attacks target medical devices, real-world examples, and the controls FDA expects manufacturers to implement in 2026.
Read blog Testingcurl for Medical Device Cybersecurity Testing
How curl supports medical device cybersecurity testing: APIs, TLS, authentication, and update infrastructure - plus common mistakes teams should avoid.
Read blog FundamentalsCVSS 3.1 vs 4.0 for Medical Devices
0's Safety and Automatable metrics matter for patient harm, and how to handle the transition in FDA submissions and postmarket VEX.
Read blog StrategyCybersecurity Before MVP vs After Market
The real dollar and timeline cost of bolting cybersecurity onto a MedTech device after MVP.
Read blog FundamentalsCybersecurity Best Practices for Medical
Discover cybersecurity best practices for medical device design, from threat modeling to FDA-aligned lifecycle management, to protect patients and data.
Read blog FundamentalsCybersecurity Is Now a QMS Requirement
Cybersecurity documentation belongs in the QMS, not a side folder. What MedTech teams must create, control, and maintain across the full device lifecycle.
Read blog FundamentalsCybersecurity Landscape for MedTech
MedTech Cybersecurity Insights for Innovators: a practical 2026 playbook for MedTech leaders—what to prioritize, how the FDA expects it framed, and where teams stumble.
Read blog FDACybersecurity Measures and Metrics
Cybersecurity Metrics for FDA Compliance for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog FundamentalsCybersecurity Practices for Protecting
Manufacturer Cybersecurity Checklist for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog Penetration TestingDAST vs Penetration Testing for FDA
DAST is a subset of FDA-required penetration testing. What the Feb 2026 guidance expects in eSTAR Slot 7, and why a Burp scan alone will fail review.
Read blog Threat ModelingData Flow Diagrams for Medical Device
What a DFD is, the five DFD elements, and how data flow diagrams feed STRIDE threat modeling and the FDA's Security Architecture Views in a 2026.
Read blog FDADe Novo Cybersecurity Requirements
How cybersecurity expectations apply to De Novo submissions under Section 524B - SPDF, SBOM, threat model, testing - and where De Novo differs from.
Read blog PrivacyDe-Identification vs Anonymization
How de-identification and anonymization differ for medical device data under HIPAA Safe Harbor, Expert Determination, GDPR, and FDA AI/ML expectations.
Read blog FundamentalsDebunking 5 Med Device Cybersecurity Myths
Discover the truth behind the top 5 medical device cybersecurity myths and how debunking them drives innovation, safety, and FDA compliance today.
Read blog Risk ManagementDesign FMEA for Medical Devices: dFMEA
How to run a design FMEA (dFMEA) for a connected medical device, link it to the ISO 14971 risk file, and hand cyber failure modes to the threat model.
Read blog IoT & Connected DevicesDifferences in the IoT and the IoMT
IoT vs IoMT explained: how the Internet of Medical Things differs from consumer IoT in regulation, patient safety impact, and FDA cybersecurity expectations.
Read blog TestingDocker Containers in Medical Devices: FDA
Where containers appear in medical devices, the testing the FDA expects under the Feb 3, 2026 guidance, and how container evidence maps to eSTAR v7.0.
Read blog ComplianceDocumenting Update Cadence for an FDA
How to document update cadence for an FDA §524B submission: the regular cycle and the out-of-cycle expedited path reviewers expect under §524B(b)(2)(B).
Read blog FDA ComplianceDoes Device Class Decide FDA
Class I, II, III doesn't decide your FDA cybersecurity burden. Section 524B's cyber-device test and whether you file a premarket submission do.
Read blog ComplianceDoes FDA 524B Apply to Auto-Injectors?
FDA Section 524B applies to connected auto-injectors when the device constituent has software and any electronic interface, whether CDER or CDRH leads review.
Read blog ComplianceDoes FDA Section 524B Apply to Legacy
FDA Section 524B applies to any new premarket submission for a cyber device, including legacy platforms.
Read blog Threat ModelingDREAD vs STRIDE vs PASTA Threat Modeling
Compare STRIDE, DREAD, and PASTA threat modeling for medical devices. Learn which method is most effective and FDA-aligned for securing MedTech products.
Read blog InteroperabilityEHR/EMR Medical Device Integration
Which EHR and EMR systems medical devices connect to (Epic, Oracle Health, MEDITECH, Allscripts, athenahealth), the integration protocols (HL7, FHIR.
Read blog IoT & Connected DevicesEmbedded Cybersecurity Challenges
The embedded-systems cybersecurity challenges that derail FDA premarket submissions - from constrained crypto to firmware update integrity - and how to fix.
Read blog FundamentalsEmerging Technology Impact on Medical
Emerging technologies significantly expand the attack surface for medical devices. Learn how digital health, AI, ML, and IoT introduce vulnerabilities.
Read blog FundamentalsEnhancing Medical Device Security: Tamper
Learn how tamper-proof seals and cybersecurity labeling secure medical devices, protect patient data, and support FDA compliance with Blue Goat Cyber.
Read blog FundamentalsEphemeral Ports in Medical Device
Ephemeral ports are critical for medical devices needing outbound connections. Learn how they impact firewall rules, threat modeling, and FDA compliance.
Read blog FDA ComplianceeSTAR v7.0 Cybersecurity for IVDs vs nIVD
0 cybersecurity slots are identical for IVD and nIVD submissions, but the content reviewers expect is not.
Read blog FundamentalsExamples of Hacked Medical Devices
Explore real-world examples of hacked medical devices, understanding the patient risks and critical need for enhanced cybersecurity controls in healthcare.
Read blog FDAFaster FDA Clearance for Medical Devices
Cybersecurity for Faster FDA Approval: a practical 2026 playbook for MedTech leaders—what to prioritize, how the FDA expects it framed, and where teams stumble.
Read blog Penetration TestingFDA & AI Pen Testing for Medical Devices
What the FDA's Feb 2026 premarket cybersecurity guidance says (and doesn't say) about AI-run penetration testing, where AI helps, where it fails a 524B.
Read blog FDAFDA 483 Cybersecurity Observations on QMSR
How the FDA is using Form 483 observations to cite cybersecurity gaps under QMSR and 21 CFR 820, with recent examples and how manufacturers should respond.
Read blog FDAFDA 510(k), De Novo, and PMA Databases: Cybersecurity Guide
Search the FDA 510(k), De Novo, and PMA databases for cybersecurity precedent, product codes, and predicate devices before a Section 524B premarket filing.
Read blog AI & MLFDA AI Cybersecurity Threats: 7 Attacks
The FDA's Feb 3, 2026 guidance names 7 AI cyber threats, data poisoning, model inversion, evasion, leakage, overfitting, bias, drift, as 524B obligations.
Read blog FDAFDA Cybersecurity & Interoperability
FDA medical device cybersecurity standards and interoperability considerations: what the Feb 2026 guidance requires for connected device submissions.
Read blog FDAFDA Cybersecurity Deficiencies Triggers
Understanding what causes the FDA to issue a cybersecurity deficiency for medical devices starts with one uncomfortable truth: most deficiencies have.
Read blog FDAFDA Cybersecurity Documentation
FDA cybersecurity documentation requirements (2026): SPDF artifacts, Section 524B evidence, SBOM, threat model, testing, and labeling reviewers expect.
Read blog ComplianceFDA Cybersecurity Failure Consequences
What happens if you fail an FDA cybersecurity inspection: the 483-to-consent-decree enforcement ladder and the commercial fallout for device makers.
Read blog FDAFDA Cybersecurity Major vs Minor
How the FDA distinguishes Major from Minor cybersecurity deficiencies in 510(k) and PMA reviews, the response-window difference, and how to keep findings.
Read blog FDAFDA Cybersecurity Review Timeline: 510(k) & De Novo Guide
How long does FDA cybersecurity review take? Real 510(k), De Novo, and PMA timelines, clock stops, and where cyber deficiencies add 90-180 days.
Read blog FDAFDA Deficiency Letter vs RTA vs Hold
FDA Deficiency Letter, RTA, and Hold Letter explained side-by-side. What each one means, the clock impact, and how to respond without losing months.
Read blog FDAFDA IDE Cybersecurity Requirements: 2026
What the FDA's Feb 2026 guidance recommends for IDE cybersecurity: informed consent, architecture views, SBOM, labeling, and what's not required yet.
Read blog FDAFDA Medical Device Classifications
Updated November 16, 2024 Medical devices are integral to healthcare, ranging from simple tools like bandages to complex machines like pacemakers. S.
Read blog FDAFDA Medical Device Cybersecurity Labeling
FDA 2025 medical device cybersecurity labeling requirements: interfaces, SBOM, secure configuration, update/patch steps - and mistakes that cause review.
Read blog FDAFDA Medical Device Submission Costs
Navigating the FDA clearance process for medical devices involves more than technical documentation and testing - it involves significant regulatory.
Read blog ComplianceFDA PCCP Beyond AI: Cybersecurity, Firmware Uses | Blue Goat
The FDA PCCP guidance isn't AI-only. Use a predetermined change control plan for cybersecurity patches, firmware updates, and SBOM component swaps.
Read blog Pen TestingFDA Pen Test Timing: How Recent Must Your
What the FDA's Feb 3, 2026 guidance expects for penetration test recency, version-match, post-change re-testing, and pre-submission remediation, plus.
Read blog FDAFDA Penetration Testing Requirements
What the FDA's Feb 2026 premarket guidance actually requires for medical device penetration testing - what's inside a real pen test, what's separate.
Read blog FDAFDA Postmarket Cybersecurity for Cleared
FDA postmarket cybersecurity guidance for cleared medical devices: SBOM monitoring, validated patches, CVD, and 21 CFR Part 806 reporting under Section 524B.
Read blog ComplianceFDA Section 524B Subsections Explained
A subsection-by-subsection walkthrough of FDA Section 524B for cyber medical devices: what §524B(a), (b)(1), (b)(2), (b)(3), (b)(4), and (c) require.
Read blog FDAFDA Security Architecture Views
The FDA's four Security Architecture Views for medical devices (global system, multi-patient harm, updateability, security use cases) and how they differ.
Read blog FDAFDA SIR Cybersecurity Response: eSTAR Prep Guide
FDA Submission Issue Request (SIR) response strategy for cybersecurity: eSTAR prep checklist, common 524B gaps, and how to answer without restarting review.
Read blog FDAFDA’s 18 Cybersecurity Deliverables
Learn how to organize FDA medical device cybersecurity requirements into 18 key deliverables, from threat modeling and SBOMs to testing and labeling.
Read blog FDAFDA’s Quality System Regulation (QSR)
Explore FDA's Quality System Regulation (QSR) for medical device cybersecurity: key guidelines, compliance strategies, and best practices for MedTech.
Read blog Risk ManagementFMEA vs Threat Modeling for Medical
FMEA covers random and systematic failure modes; threat modeling covers adversarial action.
Read blog FDAFrom Idea to FDA Clearance
The biggest MedTech startup mistake isn't the tech. Learn why clarity, FDA planning, quality systems, and cybersecurity determine success. Aligned with the.
Read blog Pen TestingFuzz Harness Generation for Medical
How to build FDA-defensible fuzz harnesses for the protocols medical devices actually speak.
Read blog NetworkingGET vs POST: When to Use Each HTTP Method
GET vs POST explained: idempotency, caching, body size, and the security pitfalls, including how to choose correctly for medical device APIs.
Read blog StandardsGMP for Medical Device Cybersecurity
GMP Cybersecurity Compliance for medical device manufacturers: what the FDA expects in 2026, gaps that trigger deficiencies, and evidence to prepare.
Read blog RiskGSM Cybersecurity Risks for Medical
Medical devices using GSM face downgrade and interception risks. Learn practical mitigations: disable 2G, use TLS/mTLS, secure APNs, and FDA-ready.
Read blog PostmarketH-ISAC and Medical Device Threat
The threat intelligence sources medical device manufacturers should monitor to satisfy FDA Section 524B postmarket obligations: H-ISAC, CISA KEV, ICS.
Read blog IoT & Connected DevicesHacking DICOM
Digital Imaging and Communications in Medicine, or DICOM, is the industry standard for medical imaging formats. Aligned with the FDA's Feb 3, 2026 premarket.
Read blog TestingHardware Hacking Tools for Medical
A practical, authorized toolkit for medical device hardware security testing-RFID, SDR, Wi-Fi, HID, and lab essentials-plus FAQs. Aligned with the FDA's Feb.
Read blog RiskHash Collision Risk in Medical Devices
Learn how birthday attacks exploit hash collision probability-and what MedTech teams should do (SHA-256+, signing, truncation rules, testing, evidence).
Read blog InternationalHealth Canada Medical Device
How Health Canada regulates medical device cybersecurity in 2026: pre-market license expectations, MDEL obligations, and how to reuse an FDA Section 524B.
Read blog RiskHeap Spraying in Medical Device
How heap Spraying Attacks target medical devices, real-world examples, and the controls FDA expects manufacturers to implement in 2026.
Read blog ComplianceHHS 405(d) HICP Practice #9 for 524B
How HHS 405(d) and the Health Industry Cybersecurity Practices (HICP) Medical Device Security practice maps to FDA Section 524B artifacts, and how.
Read blog ComplianceHIPAA and Medical Device Manufacturers
When HIPAA applies to medical device manufacturers, how the 2025 Security Rule NPRM raises the bar, and how HIPAA obligations intersect with the FDA's.
Read blog FundamentalsHire Cybersecurity Consultant vs. In-House
Understand whether to hire a medical device security consultant or build an in-house team. Evaluate costs, FDA expertise, and submission timelines.
Read blog FundamentalsHL7 Cybersecurity Concerns for Medical
Updated April 15, 2025 Health Level 7 (HL7) is a vital cog in the machinery of healthcare information technology. Aligned with the FDA's Feb 3, 2026.
Read blog FundamentalsHow Can Medical Device Manufacturers
Postmarket medical device cybersecurity is a shared responsibility. See how manufacturers & healthcare organizations must collaborate to reduce. Aligned with.
Read blog StandardsHow JSP2 and MDS2 Fit Together for Medtech
JSP2 is a development framework, MDS2 is a procurement disclosure form. Here's how the two artifacts complement each other across the device lifecycle.
Read blog StrategyHow Medical Device Manufacturers Can
Cyber-First Culture for MedTech: a practical 2026 playbook for MedTech leaders—what to prioritize, how the FDA expects it framed, and where teams stumble.
Read blog StandardsHow SPDF Maps to IEC 81001-5-1 Activities
A phase-by-phase mapping of the FDA's SPDF onto IEC 81001-5-1 activities, so dual FDA + EU submissions produce one artifact set instead of two.
Read blog FundamentalsHow to Choose a Medical Device
Medical device cybersecurity company selection: 5 criteria that separate FDA-fluent specialists from generalists, with the questions that surface real depth.
Read blog FDAHow to Respond to an FDA Cybersecurity
Receiving an FDA cybersecurity Additional Information Request (AIR) doesn't mean your submission is dead. Aligned with the FDA's Feb 3, 2026 premarket.
Read blog StandardsIEC 62304 and Medical Device Cybersecurity
How IEC 62304 supports medical device cybersecurity: secure software lifecycle, risk controls, and FDA-ready evidence to speed premarket submissions.
Read blog ComplianceIEC 62304 Classes vs FDA Device Classes
IEC 62304 software safety classes (A/B/C) and FDA device classes (I/II/III) are not equivalent.
Read blog StandardsIEC 80001-1
Explore the intricacies of IEC 80001-1 and discover how this crucial standard enhances cybersecurity for medical devices. Aligned with the FDA's Feb 3, 2026.
Read blog StandardsIEC 81001-5-1 & Medical Device Security
IEC 81001-5-1 defines requirements for integrating security into medical device software development. Learn how this standard ensures secure products.
Read blog StandardsIEC 81001-5-1 vs AAMI SW96
IEC 81001-5-1 vs AAMI SW96 compared side-by-side: scope, lifecycle vs risk focus, FDA recognition, and which to anchor your Secure Product Development.
Read blog StandardsIEC 81001-5-1 vs IEC 62304 for Medical Devices
IEC 62304 governs the software lifecycle. IEC 81001-5-1 adds security activities on top.
Read blog StandardsIMDRF: Harmonizing Med Device Regulations
Discover how the International Medical Device Regulators Forum (IMDRF) is working towards harmonizing global regulations for medical devices. Aligned with.
Read blog IoT & Connected DevicesImplantable Device Cybersecurity Concerns
Implantable Device Cybersecurity in medical devices: attack scenarios, patient-safety impact, and mitigations FDA reviewers expect in 2026 submissions.
Read blog Device ClassInfusion Pump Cybersecurity: FDA
What the FDA expects from infusion pump cybersecurity submissions in 2026: threat model focus areas, Section 524B evidence, and the deficiencies that.
Read blog LifecycleIntegrating Cybersecurity Across the Device Lifecycle
Lifecycle Cybersecurity Assessments for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog FDA ComplianceInteroperability Labeling for Devices
What the FDA's Feb 2026 guidance expects in interoperability labeling for connected medical devices, and where each element sits in the eSTAR package.
Read blog RiskInteroperable Medical Device Risk
Discover how to navigate the complexities of interoperable medical devices and effectively manage associated risks. Aligned with the FDA's Feb 3, 2026.
Read blog RiskIPC Vulnerabilities in Medical Devices
IPC (Inter-Process Communication) Vulnerabilities in medical devices: attack scenarios, patient-safety impact, and mitigations FDA reviewers expect in 2026 submissions.
Read blog StandardsISO 13485 and Medical Device Cybersecurity
How ISO 13485 quality management underpins medical device cybersecurity, and what FDA reviewers expect to see linked to your QMS in a 524B submission.
Read blog StandardsISO 14971 + AAMI TIR57: The Connection
This article discusses the relationship between ISO 14971 and AAMI TIR57 / ANSI/AAMI SW96:2023, and how they help address risks in the production and use of medical devices.
Read blog RiskISO 14971 Risk Management for Medical Device Security
Learn how ISO 14971 risk management applies to medical device cybersecurity - identify cyber hazards, control residual risk, and align with FDA. Aligned with.
Read blog FDAISO 27001 & SOC 2 vs FDA Medical Device
Why ISO 27001 and SOC 2 don't satisfy FDA medical device cybersecurity: the gaps in Section 524B evidence and what reviewers require instead.
Read blog IoT & Connected DevicesIVD Cybersecurity Risks and Mitigation
IVD Device Cybersecurity Risk in medical devices: attack scenarios, patient-safety impact, and mitigations FDA reviewers expect in 2026 submissions.
Read blog IoT & Connected DevicesIVD Medical Device Cybersecurity Concerns
IVD Cybersecurity Concerns in medical devices: attack scenarios, patient-safety impact, and mitigations FDA reviewers expect in 2026 submissions.
Read blog RiskJavaScript RCE in Medical Devices
How javaScript RCE Attacks target medical devices, real-world examples, and the controls FDA expects manufacturers to implement in 2026.
Read blog StandardsJSP2 vs SPDF vs IEC 81001-5-1: Framework Pick
The FDA lists JSP2, SPDF, IEC 81001-5-1, and ISA/IEC 62443-4-1 as acceptable cybersecurity frameworks. Here's how to actually pick one for your submission.
Read blog FDAJTAG and UART Vulnerabilities in Medical
Updated April 13, 2025 In the rapidly evolving landscape of medical technology, integrating advanced debugging tools like JTAG (Joint Test Action Group).
Read blog RiskKey Escrow in Medical Device Cybersecurity
Key Escrow for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog NetworkingKey Exchange in Medical Device
Learn how secure key exchange protects connected medical devices. Covers TLS, PKI, MitM/replay risks, key provisioning, rotation, and FDA-ready evidence.
Read blog LifecycleLegacy Medical Device Risks | Hospitals
What are the cybersecurity risks of legacy medical devices in hospitals? It's a question more hospital security teams are asking, and not finding easy.
Read blog FDALetter to File vs New 510(k)
When a cybersecurity change to a cleared device stays as a letter to file in the DHF, and when it forces a new 510(k). Decision framework and examples.
Read blog RiskLoRaWan Vulnerabilities on Medical
Discover the potential risks and implications of LoRaWan vulnerabilities on the cybersecurity of medical devices. Aligned with the FDA's Feb 3, 2026.
Read blog RiskM2M Vulnerabilities in Medical Devices
The risks and vulnerabilities in M2M communication between connected medical devices, and the cybersecurity controls the FDA expects at premarket review.
Read blog StrategyManaging Connected Medical Devices: A Strategic Approach
Discover the essential strategies for effectively managing connected medical devices in this comprehensive article. Aligned with the FDA's Feb 3, 2026.
Read blog StrategyMarket Intelligence & Cybersecurity for MedTech
How MedTech teams combine market intelligence and cybersecurity to accelerate growth, de-risk FDA submissions, and win enterprise health-system deals.
Read blog RiskMastering Cybersecurity in MedTech
MedTech Cybersecurity Leadership: a practical 2026 playbook for MedTech leaders—what to prioritize, how the FDA expects it framed, and where teams stumble.
Read blog StandardsMDCG 2019-16 & MedTech Cybersecurity
Explore the implications of MDCG 2019-16 on medical device cybersecurity, highlighting key guidelines, industry challenges, and strategies for ensuring.
Read blog FDA ComplianceMDS2 and HSCC Disclosure for Medical
What the MDS2 / HSCC Manufacturer Disclosure Statement for Medical Device Security covers, what the FDA's Feb 2026 guidance expects in the disclosure.
Read blog FundamentalsMDSAP for Medical Devices
Explore how the Medical Device Single Audit Program (MDSAP) streamlines international compliance for medical devices. Aligned with the FDA's Feb 3, 2026.
Read blog FundamentalsMed Device Software Composition Analysis
Delve into the world of binary software composition analysis and its crucial role in medical device testing. Aligned with the FDA's Feb 3, 2026 premarket.
Read blog TestingMedical Device Abuse & Misuse Testing
Abuse and misuse case testing for medical devices: how to design malformed and unexpected input tests that surface real safety risks before FDA submission.
Read blog AI & MLMedical Device AI Data Poisoning
How aI Data Poisoning target medical devices, real-world examples, and the controls FDA expects manufacturers to implement in 2026.
Read blog AI & MLMedical Device AI Evasion & Cybersecurity
Explore the evolving landscape of cybersecurity in healthcare as we delve into the challenges of AI model evasion and the protection of medical devices.
Read blog AI & MLMedical Device AI Model Inversion
How aI Model Inversion Attacks target medical devices, real-world examples, and the controls FDA expects manufacturers to implement in 2026.
Read blog AI & MLMedical Device AI Performance Drift
AI performance drift degrades medical device accuracy over time. Learn its impacts, causes, and mitigation strategies to maintain safety and efficacy.
Read blog FundamentalsMedical Device Attack Surface Analysis
Attack Surface Analysis for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog FDAMedical Device Authentication &
FDA Authentication & Authorization Controls for medical device manufacturers: what the FDA expects in 2026, gaps that trigger deficiencies, and evidence to prepare.
Read blog TestingMedical Device Closed Box Testing
Evaluate medical device security with closed box testing. Simulate real-world attack scenarios to identify vulnerabilities and bolster device resilience.
Read blog FundamentalsMedical Device Code, Data, and Execution
Ensure medical device security with robust code, data, and execution integrity controls. Learn how FDA guidance shapes premarket cybersecurity for devices.
Read blog FundamentalsMedical Device Cybersecurity
Cybersecurity Neglect in MedTech: a practical 2026 playbook for MedTech leaders—what to prioritize, how the FDA expects it framed, and where teams stumble.
Read blog IoT & Connected DevicesMedical Device Cybersecurity
Discover the crucial steps to safeguarding network security for connected medical devices in the healthcare industry. Aligned with the FDA's Feb 3, 2026.
Read blog FundamentalsMedical Device Cybersecurity Abuse &
Medical device cybersecurity abuse and misuse leads to patient harm, operational disruption, and financial consequences. Learn how to mitigate risks.
Read blog FundamentalsMedical Device Cybersecurity Assessment
Utilize our medical device cybersecurity assessment checklist designed for manufacturers, developers, and healthcare organizations to secure devices.
Read blog PricingMedical Device Cybersecurity Cost (2026)
What medical device cybersecurity actually costs in 2026: four cost drivers, fixed-fee vs hourly pricing, and premarket vs postmarket budget lines.
Read blog FundamentalsMedical Device Cybersecurity Entry Points
Medical Device Attack Entry Points in medical devices: attack scenarios, patient-safety impact, and mitigations FDA reviewers expect in 2026 submissions.
Read blog FundamentalsMedical Device Cybersecurity Importance
Why medical device cybersecurity matters: protect patients, prevent disruptions, and meet FDA expectations with lifecycle security from design to EOL.
Read blog FDAMedical Device Cybersecurity Insights
Premarket Cybersecurity Insider Tips: a practical 2026 playbook for MedTech leaders—what to prioritize, how the FDA expects it framed, and where teams stumble.
Read blog StandardsMedical Device Cybersecurity Labeling
Learn how to get medical device cybersecurity labeling right with MDS2, JSP2, and FDA expectations - improving transparency, accountability, and patient.
Read blog LifecycleMedical Device Cybersecurity Lifecycle
Medical device cybersecurity is not a documentation exercise you complete before submission. Aligned with the FDA's Feb 3, 2026 premarket cybersecurity.
Read blog FDAMedical Device Cybersecurity Risk Analysis
Performing a thorough cybersecurity risk analysis for a medical device isn't optional once your product qualifies under Section 524B of the FD&C Act.
Read blog RiskMedical Device Cybersecurity Risk Profiles
Medical Device Cybersecurity Risk Profiles for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog SDLCMedical Device Cybersecurity SPDF vs TPLC
SPDF vs TPLC in medical device cybersecurity: how the Secure Product Development Framework maps to Total Product Life Cycle expectations from the FDA.
Read blog FDAMedical Device Cybersecurity Standards
The 14 medical device cybersecurity standards FDA reviewers expect - ISO 14971, IEC 62304/81001-5-1, AAMI TIR57/TIR97, UL 2900 - mapped to SPDF artifacts.
Read blog StandardsMedical Device Cybersecurity Traceability
Medical device cybersecurity traceability links risks, controls, and verifications throughout a device's lifecycle. Aligned with the FDA's Feb 3, 2026.
Read blog FundamentalsMedical Device Cybersecurity: 2026 Best Practices Guide
The 12 medical device cybersecurity best practices FDA reviewers expect in 2026: threat modeling, SBOM, secure updates, postmarket CVD, and Section 524B evidence.
Read blog StrategyMedical Device Go-to-Market &
Cybersecurity in MedTech Go-to-Market: a practical 2026 playbook for MedTech leaders—what to prioritize, how the FDA expects it framed, and where teams stumble.
Read blog RiskMedical Device Hazard Analysis
Learn why medical device hazard analysis and critical control points are crucial for ensuring the safety and effectiveness of medical devices. Aligned with.
Read blog PostmarketMedical Device Incident Response Plan
What the FDA's Feb 3, 2026 final premarket cybersecurity guidance expects from a medical device incident response plan, who owns it, and the documents.
Read blog RiskMedical Device Interoperability Risks
Updated October 26, 2024 Medical devices are often designed to connect to other devices and systems. Aligned with the FDA's Feb 3, 2026 premarket.
Read blog FundamentalsMedical Device Inventory for Cybersecurity
Medical Device Cybersecurity Inventory for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog RiskMedical Device MedRadio Vulnerabilities
Explore the potential vulnerabilities in MedRadio and delve into the crucial aspects of medical device cybersecurity in this insightful article.
Read blog NetworkingMedical Device OTA Update Vulnerabilities
Explore the hidden dangers of OTA update vulnerabilities in this insightful article. Aligned with the FDA's Feb 3, 2026 premarket cybersecurity guidance.
Read blog Pen TestingMedical Device Pen Testing
When penetration test reports are vague, incomplete, or written to enterprise IT standards rather than medical device requirements, FDA reviewers issue.
Read blog FDAMedical Device Pen Testing: FDA vs EU MDR 2026
Medical device pen testing under FDA vs EU MDR: the 5 FDA report elements, MDR Annex I §17.2/17.4, and how one report serves both submissions.
Read blog Pen TestingMedical Device Penetration Testing Cost: 2024 Guide
Medical device pen testing typically runs $25K-$120K. See what drives the price, FDA scope expectations, and how to avoid deficiency-triggering shortcuts.
Read blog Pen TestingMedical Device Robustnesss & Fuzz Testing
Ensure medical device safety with robustness and fuzz testing. Uncover critical vulnerabilities and maintain performance under diverse conditions.
Read blog RiskMedical Device Safety vs Security Risks
Explore the critical distinctions between safety and security risks in medical devices. Aligned with the FDA's Feb 3, 2026 premarket cybersecurity guidance.
Read blog FundamentalsMedical Device Software Functional and Non
Dive into the intricate world of medical device software with our comprehensive guide. Aligned with the FDA's Feb 3, 2026 premarket cybersecurity guidance.
Read blog TestingMedical Device Software V&V Explained
Ensure patient safety and regulatory compliance through meticulous medical device software verification and validation. Learn Blue Goat's approach.
Read blog FDAMedical Device Threat and Attack Trees
Threat Trees vs Attack Trees for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog FundamentalsMedical Device vs. Traditional
Traditional vs Medical Device Cybersecurity: a practical 2026 playbook for MedTech leaders—what to prioritize, how the FDA expects it framed, and where teams stumble.
Read blog RiskMedical Device Vulnerabilities with QIH
QIH Medical Device Vulnerabilities in medical devices: attack scenarios, patient-safety impact, and mitigations FDA reviewers expect in 2026 submissions.
Read blog TestingMedical Device Vulnerability Testing
Medical device vulnerability testing identifies security weaknesses in devices. Protect patients, data, and operations. Learn more from Blue Goat Cyber.
Read blog RiskMedical Devices Are Designed
Discover how medical devices are meticulously designed with patient safety as the top priority. Aligned with the FDA's Feb 3, 2026 premarket cybersecurity.
Read blog FundamentalsMedical Devices: Why Agents Don't Work
Why IDS/IPS agents don’t work for medical devices and what FDA-aligned alternatives like segmentation, gateways, and monitoring mean for patient safety.
Read blog FundamentalsMedJacking Explained
How medJacking & MedHacking target medical devices, real-world examples, and the controls FDA expects manufacturers to implement in 2026.
Read blog IoT & Connected DevicesMedTech Augmented Reality Cybersecurity
AR Medical Device Cybersecurity in medical devices: attack scenarios, patient-safety impact, and mitigations FDA reviewers expect in 2026 submissions.
Read blog StrategyMedTech Cybersecurity: A Competitive Edge
Discover how MedTech innovators use cybersecurity as a strategic advantage to gain investor trust, meet FDA expectations, and drive market success.
Read blog FundamentalsMicrokernels for Medical Devices
Microkernels can improve isolation and reduce trusted code in medical devices. Learn real tradeoffs, design patterns, and FDA-friendly evidence ideas.
Read blog FDAMining FDA Databases for Cybersecurity Precedent
A five-source workflow (510(k), De Novo, PMA, MAUDE, FOIA) for mining FDA cybersecurity precedent by product code before a Section 524B filing.
Read blog RiskMQTT Vulnerabilities in Connected
MQTT is one of the most common protocols in IoMT and one of the most commonly misconfigured.
Read blog LifecycleNavigating Cybersecurity Challenges
Legacy Medical Device Cybersecurity: a practical 2026 playbook for MedTech leaders—what to prioritize, how the FDA expects it framed, and where teams stumble.
Read blog RiskNeuroTech Cybersecurity Risks
NeuroTech cybersecurity risks affect therapy and neural data. Learn threats, controls, and FDA-ready documentation for neurostimulators, EEG, and BCI.
Read blog Identity & AccessNFC & BLE Security in Medical Devices
NFC and BLE risks in medical devices: real attack patterns, hype vs reality, and practical design and postmarket controls for proximity interfaces.
Read blog FDANFC & RFID Security in Medical Devices
The complete guide to NFC and RFID cybersecurity for FDA-regulated medical devices - vulnerabilities, threat modeling, test evidence, and §524B / SPDF.
Read blog IoT & Connected DevicesNFC and Medical Device Cybersecurity
Discover the critical role of Near Field Communication (NFC) in safeguarding medical devices from cyber threats. Aligned with the FDA's Feb 3, 2026 premarket.
Read blog FundamentalsNonrepudiation in Medical Device Security
How nonrepudiation - digital signatures, secure audit logs, and trusted timestamps - protects patient safety and satisfies FDA cybersecurity expectations.
Read blog StandardsOpenSSF’s Impact on Medical Device
OpenSSF for Medical Devices for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog IoT & Connected DevicesPACS Cybersecurity: Imaging Infrastructure
PACS (Picture Archiving and Communication System) is vital for medical imaging. Learn why PACS cybersecurity is essential for safeguarding patient data.
Read blog RiskPACS Medical Device Vulnerabilities
PACS Vulnerabilities in medical devices: attack scenarios, patient-safety impact, and mitigations FDA reviewers expect in 2026 submissions.
Read blog FundamentalsParameterized Queries for Medical Device
Stop SQL injection (CWE-89) in medical device software using parameterized queries, testing, and FDA-aligned secure development evidence. Aligned with the.
Read blog Identity & AccessPassword Security for Medical Devices
Compare online guessing vs offline hash cracking in MedTech systems. Learn MFA, rate-limits, and secure password storage to reduce risk & support FDA.
Read blog RiskPATCH Act & Legacy Medical Devices
The PATCH Act only applies to new medical devices. Legacy medical devices pose significant cybersecurity risks because they lack modern protections.
Read blog FDA CompliancePatch and Update Mechanism Testing
Section 524B(b)(1) makes patchability statutory. What the FDA's Feb 2026 guidance expects in the patch and update mechanism test evidence, the test cases.
Read blog Penetration TestingPenetration Test Case Design for Medical
How to design penetration test cases from a medical device threat model, the methodology that bridges STRIDE-style threats and concrete bench test.
Read blog Identity & AccessPermissions vs Rights
Permissions vs Rights (Access Control) for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog FDAPMA Supplement Cybersecurity Changes
Which PMA submission type a cybersecurity change requires - 180-day supplement, Real-Time, Special, 30-day notice, or annual report - and the decision.
Read blog Pen TestingPost-Exploitation Frameworks in MedTech
Learn what post-exploitation frameworks (like Empire) mean for medical device cybersecurity-plus detection priorities, controls, and testing guidance.
Read blog FundamentalsPowerShell in Medical Device
How powerShell Attacks target medical devices, real-world examples, and the controls FDA expects manufacturers to implement in 2026.
Read blog FDAPremarket FDA Cybersecurity Checklist
The 2026 FDA premarket cybersecurity submission checklist: the six Section 524B deliverables reviewers score on 510(k), De Novo, and PMA filings.
Read blog FDAPreparing Your eSTAR 510(k) Cybersecurity
Every cybersecurity artifact the FDA expects in an eSTAR 510(k): Section Q mapping, SBOM, threat model, SPDF evidence, and traceability matrix.
Read blog TestingProtecting Medical Devices from XSS Attacks
How xSS Attacks target medical devices, real-world examples, and the controls FDA expects manufacturers to implement in 2026.
Read blog FDAQ-Day: A Present-Day FDA Compliance Gap
The FDA's February 2026 premarket guidance requires cryptography that stays strong throughout a device's service life. Q-Day exposes a real compliance gap.
Read blog FDAQ-Sub vs Pre-Sub: FDA Cybersecurity Guide
Q-Sub vs Pre-Sub for FDA cybersecurity: what they are, how they differ, and when to use a Pre-Submission to de-risk Section 524B threat models, SBOMs, and pen tests.
Read blog FundamentalsQIH Medical Devices Explained
Discover the innovative world of QIH devices in medical technology. Learn about their unique features, applications, and the potential impact on patient.
Read blog RiskQNX Vulnerabilities in Medical Devices
Explore QNX operating system vulnerabilities, risks, and mitigation strategies crucial for medical devices. Understand how to secure QNX-based systems.
Read blog FundamentalsRecalled Medical Devices: Cyber Failures
Discover how cybersecurity failures in medical devices have led to recalls and potential risks for patients. Aligned with the FDA's Feb 3, 2026 premarket.
Read blog FDAReports
Medical device cybersecurity will face heightened FDA scrutiny in 2026, extending beyond premarket to postmarket performance. Manufacturers must prepare.
Read blog FundamentalsReturn-to-libc Attacks in Medical Devices
Learn what return-to-libc attacks mean for medical device cybersecurity-and how to reduce risk with memory protections, secure coding, and testing.
Read blog IoT & Connected DevicesRFID and Medical Device Cybersecurity
RFID in medical devices enhances cybersecurity through authentication, real-time monitoring, and inventory management. Learn how this tech secures healthcare.
Read blog TestingRisk-Based Testing for Medical Device Software
Risk-based testing for medical device software: prioritize cases by patient harm severity, threat model coverage, and FDA cybersecurity expectations.
Read blog RiskRisks of Cyber Threats in Medical Devices
In this post, we unravel this complex issue of cyber threats in medical devices and discuss what manufacturers can do to make their devices more secure.
Read blog FDARTOS Cybersecurity for Medical Devices
How to secure real-time operating systems (FreeRTOS, VxWorks, QNX, Zephyr) inside medical devices and evidence the controls in a §524B premarket.
Read blog FundamentalsSaMD vs SiMD
Learn the difference between SaMD and SiMD, why it matters for FDA strategy, and how to build secure-by-design medical devices across your product.
Read blog FDASBOM + SAST for FDA Compliance
SBOM + SAST explained: how component transparency and static code scanning strengthen medical device cybersecurity and align with FDA guidance.
Read blog FDASBOM Diffing & CVE Correlation Postmarket
How to operationalize SBOM diffing and CVE correlation across releases so postmarket vulnerability monitoring holds up under FDA Section 524B and the Feb.
Read blog SBOM & Supply ChainSBOM EOS, EOL & LoS for FDA 524B
EOS vs EOL vs Level of Support in your medical device SBOM: what Section 524B requires, how to express it in CycloneDX and SPDX, and how to defend it.
Read blog SBOM & Supply ChainSBOM for Third-Party Chip Firmware
When a chip vendor's SBOM is enough, when it isn't, and what changes the moment a MedTech team modifies modem, radio, or SoC firmware in the device.
Read blog SBOM & Supply ChainSBOM vs VEX: What's the Difference?
SBOM vs VEX explained for medical device submissions. What each document does, how they pair, and what the FDA actually expects in your 510(k) package.
Read blog Pen TestingScoping A Medical Device Penetration Test
Identifying a scope for the penetration test of a medical device is a vital stage of the test plan development phase. Aligned with the FDA's Feb 3, 2026.
Read blog FDASection 524B(b)(2): Medical Device
Section 524B(b)(2) makes cybersecurity statutory for FDA cyber devices: SPDF design controls, vulnerability management, and a working patch/update mechanism.
Read blog TestingSecure File Upload Validation: Best
How to secure file uploads in web apps: allow-lists, MIME and signature checks, size limits, malware scanning, and storage rules, with a MedTech focus.
Read blog SDLCSecure Software Development for Medical Devices
Secure software development for medical devices protects patients, ensures data privacy, and maintains device functionality against cyber threats.
Read blog Secure ArchitectureSecure Update Infrastructure for Medical
How to design, isolate, and defend the update channel for connected medical devices - signed manifests, dual-bank A/B, rollback protection, HSM-backed.
Read blog FundamentalsSecurely Updating Medical Devices
Secure Updates for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog NetworkingSecuring Communication Protocols in Medical Devices
This guide emphasizes securing communication protocols in medical devices and provides actionable insights for manufacturers to enhance safety and privacy.
Read blog IoT & Connected DevicesSecuring IoMT Devices in Healthcare
Healthcare IoT Security for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog IoT & Connected DevicesSecuring IoT-Enabled Medical Devices: 5 Essential Tips
Strengthen IoT-enabled medical device security with 5 essential tips. Protect patient data, ensure clinical operations, and meet regulatory needs.
Read blog LifecycleSecuring the Total Product Lifecycle
Total Product Lifecycle (TPLC) security and a Secure Product Development Framework (SPDF) to protect medical devices, patient data, and reduce cyber risk.
Read blog RiskSoC Vulnerabilities in Medical Devices
Learn how SoC vulnerabilities (SweynTooth, BrakTooth, NUCLEAUS) threaten connected medical devices-and what manufacturers need to secure and comply.
Read blog FDASPDF and IEC 62304 Mapping: FDA Cyber
How SPDF activities map to IEC 62304 software lifecycle processes - the exact crosswalk FDA reviewers expect, where they overlap, and where 62304 falls.
Read blog SDLCSPDF vs SSDLC: What Medtech Teams Get
SPDF vs SSDLC for medical devices. Why the FDA's Secure Product Development Framework demands more than a standard Secure SDLC, and what to add.
Read blog FDASpecial vs Traditional 510(k)
When the FDA accepts a Special 510(k) for cybersecurity changes - BLE, firmware signing, Secure Boot, SBOM swaps - and when it pushes you to Traditional.
Read blog SDLCSSDLC for Medical Device Cybersecurity
Discover how implementing a Secure Software Development Life Cycle (SSDLC) can significantly bolster cybersecurity measures for medical devices.
Read blog FundamentalsSteganography in Medical Devices
Steganography is a growing threat to medical devices. Learn how hidden code affects firmware, telemetry, and compliance-and how to defend against it.
Read blog IoT & Connected DevicesSurgical Robot Cybersecurity: Protecting
Surgical robot cybersecurity ensures the safety and integrity of these advanced medical devices against cyber threats. Learn how to protect robotic surgery.
Read blog FDASweynTooth Medical Devices & FDA §524B
SweynTooth BLE Vulnerability in medical devices: attack scenarios, patient-safety impact, and mitigations FDA reviewers expect in 2026 submissions.
Read blog Threat ModelingTARA for Medical Devices: FDA Premarket
How Threat Analysis and Risk Assessment (TARA) fits FDA premarket cybersecurity, AAMI TIR57 / ANSI/AAMI SW96:2023, and ISO 14971 for medical device manufacturers in 2026.
Read blog InternationalTGA Medical Device Cybersecurity
How the TGA regulates medical device cybersecurity in Australia in 2026: ARTG entry expectations, the TGA cybersecurity guidance, and how to reuse FDA.
Read blog IoT & Connected DevicesThe Dangers of Pacemaker Hacks
Pacemaker hacks pose serious risks, potentially altering heart rhythms or causing malfunction. Learn about pacemaker security and protective measures.
Read blog FDAThe FDA’s New Medical Device
FDA Cybersecurity Rules (Beyond Red Tape) for medical device manufacturers: what the FDA expects in 2026, gaps that trigger deficiencies, and evidence to prepare.
Read blog NetworkingThe FHIR Medical Device Protocol
FHIR Protocol security in medical devices: known weaknesses, FDA-aligned mitigations, and test evidence to include in 2026 submissions.
Read blog QualityThe Importance of a Medical Device QMS
Learn why implementing a robust Medical Device Quality Management System (QMS) is crucial for ensuring product safety, regulatory compliance, and overall.
Read blog FundamentalsThe Medical Device and Health IT JSP
Joint Security Plan (JSP) explained for medical device manufacturers—definition, FDA context, and what teams must document for 2026 submissions.
Read blog RiskThe Overlooked Threat in MedTech
Cybersecurity is the overlooked threat in MedTech. Discover how Blue Goat Cyber helps founders avoid FDA delays, protect patients, and win investor trust.
Read blog StandardsThe Role of MDS² in Medical Device Cybersecurity
Updated November 16, 2024 The cybersecurity of medical devices has emerged as a critical concern for manufacturers, healthcare providers, and regulatory.
Read blog FundamentalsThe Top 10 Most Vulnerable Medical Devices
The top 10 medical devices most exposed to cyber attacks, why each is vulnerable, and the cybersecurity controls manufacturers should apply before submission.
Read blog RiskThe Top 50 Cybersecurity Issues with Medical Devices
The 50 most common cybersecurity issues in medical devices, why each matters for patient safety, and how penetration testing catches them pre-submission.
Read blog FundamentalsTherac-25 Malfunctions: Software Failures
Explore the harrowing tale of the Therac-25 incident, a pivotal case study in medical device failures. Aligned with the FDA's Feb 3, 2026 premarket.
Read blog Threat ModelingThreat Modeling Connected & Implantable Devices
A short orientation to threat modeling connected and implantable medical devices, with a pointer to the full STRIDE pillar guide for FDA-ready methodology.
Read blog IoT & Connected DevicesTop 10 Embedded OS for Medical Devices
Compare the top embedded OS options for medical devices using security, long-term support, and update readiness-so teams can choose and defend decisions.
Read blog RiskTop 10 Medical Device Breach Monetization
The 10 ways cybercriminals monetize medical device breaches - and how MedTech teams can protect patient data, device safety, and clinical operations.
Read blog RiskTop 10 Medical Device Vulnerabilities
Discover the top 10 medical device cybersecurity vulnerabilities from real-world penetration testing & learn how to protect patients and meet FDA.
Read blog FundamentalsTwo Medical Device Cybersecurity Gaps
Ownership & Asset Inventory Gaps: a practical 2026 playbook for MedTech leaders—what to prioritize, how the FDA expects it framed, and where teams stumble.
Read blog FundamentalsUL 2900 and Medical Device Cybersecurity
UL 2900 is a critical cybersecurity standard for medical devices, recognized by the FDA. Learn how it safeguards patient data and ensures device security.
Read blog FundamentalsUnderstanding Threats to Medical Devices
Relevant Threats to Medical Devices for medical devices: step-by-step practices, FDA-aligned documentation, and pitfalls to avoid in 2026 submissions.
Read blog FDA ComplianceUnresolved Anomalies in FDA Cybersecurity
What the FDA's Feb 2026 guidance expects in the unresolved cybersecurity anomalies assessment, how to document residual risk, and the deficiency pattern.
Read blog FDAV&V and Regression Testing for Medical
How verification, validation, and regression testing work together to produce defensible FDA premarket cybersecurity evidence under Section 524B, IEC.
Read blog RiskVentilator Recalled for Cybersecurity Risk
Ventilator Cybersecurity Recall Lessons: a practical 2026 playbook for MedTech leaders—what to prioritize, how the FDA expects it framed, and where teams stumble.
Read blog RiskVM Escape Attacks: How They Work
VM escape lets attackers break out of a guest VM and compromise the hypervisor. Real-world examples, attack vectors, and mitigations for medical devices.
Read blog IoT & Connected DevicesVulnerabilities with DICOM in MedTech
DICOM Protocol Vulnerabilities in medical devices: attack scenarios, patient-safety impact, and mitigations FDA reviewers expect in 2026 submissions.
Read blog FDAVxWorks Vulnerabilities in Medical Devices
How MedTech teams should identify, triage, and document VxWorks RTOS vulnerabilities (URGENT/11 and beyond) for FDA Section 524B premarket and postmarket.
Read blog FundamentalsWhat Are IRT Medical Devices? Explained
IRT medical devices use infrared thermography to map body temperature. Learn how these devices work, their benefits, risks, and cybersecurity needs.
Read blog FDAWhat are Medical Device De Novo Requests?
De Novo Requests establish classifications for novel medical devices without predicates. Blue Goat Cyber helps manufacturers navigate this FDA pathway.
Read blog FundamentalsWhat Are the Most Concerning Medical
Top Medical Device Cyber Threats in medical devices: attack scenarios, patient-safety impact, and mitigations FDA reviewers expect in 2026 submissions.
Read blog FDAWhat FDA Reviewers Actually Check on a Submitted SBOM
The concrete SBOM elements FDA reviewers verify at RTA screening: format, identifiers, vulnerability disposition, and update process, based on 250+ reviews.
Read blog FDAWhat Is a Medical Cyber Device? FDA
FDA cyber-device definition: how software, USB/HDMI/Bluetooth ports, and third-party tools pull a medical device into Section 524B cybersecurity rules.
Read blog FDAWhat is a Modular PMA Submission?
Modular PMA Submission explained for medical device manufacturers—definition, FDA context, and what teams must document for 2026 submissions.
Read blog IoT & Connected DevicesWhat Is a Radiology Information System?
RIS meaning explained: what RIS software does, how RIS integrates with PACS/EHR using HL7 and DICOM, and key cybersecurity controls to reduce risk.
Read blog FDAWhat is CDRH? FDA's Device Center Explained
The essential role of the Center for Devices and Radiological Health (CDRH) in ensuring the safety, effectiveness, and cybersecurity of medical devices.
Read blog IoT & Connected DevicesWhat Is DICOM in Medical Devices?
DICOM is the medical imaging standard for medical devices. Learn how it impacts interoperability, data integrity, and cybersecurity in healthcare.
Read blog FundamentalsWhat Is Software as a Medical Device?
Understand Software as a Medical Device (SaMD), its regulations, types, and impact on healthcare. Learn how SaMD aids diagnosis, treatment, and monitoring.
Read blog IoT & Connected DevicesWhat is the IVD Regulation in Medical
IVD Regulation Cybersecurity for medical device manufacturers: what the FDA expects in 2026, gaps that trigger deficiencies, and evidence to prepare.
Read blog FundamentalsWhen to Start Medical Device Cybersecurity
You're two years into product development and still \"not ready\" for cybersecurity? You're already late.
Read blog FundamentalsWhy Hooded Hackers Hurt Medical Device
The “hoodie hacker” cliché distorts risk, weakens hiring, and misguides security decisions. Here’s what MedTech teams should do instead. Aligned with the.
Read blog FundamentalsWhy Medical Device Cybersecurity
Medical device cybersecurity fundamentally differs from enterprise IT due to patient safety, FDA regulations, and unique technical constraints. Learn why.
Read blog Identity & AccessWindows LAPS for Medical Devices
Manage local admin passwords on Windows-based medical devices safely. Why GPP is risky, and how Windows LAPS supports rotation, control, and audits.
Read blog RiskWPA2 4-Way Handshake Risks for Medical
Understand WPA2’s 4-way handshake, real risks like KRACK and weak passphrases, and practical mitigations for connected medical device Wi-Fi ecosystems.
Read blog FundamentalsWrite Blocker: Forensic Use, Types
A write blocker preserves evidence integrity during forensic imaging. How hardware vs software blockers work, plus medical device investigation use cases.
Read blog IoT & Connected DevicesZigbee in Medical Devices Cybersecurity
How Zigbee is used in medical devices, the cybersecurity risks it introduces, and controls manufacturers should build in to satisfy FDA reviewer expectations.
Read blogPodcast81
Ep 00 · How to Build an SBOM That Passes FDA Review
SBOMs are one of the most common sources of FDA deficiencies in medical device submissions. Most companies think they're doing it right, but then they get feedback asking for missing components or clarification on what's included.
Read podcast PodcastEp 00 · Master Medical Device Cybersecurity: Avoid FDA Delays | Blue Goat Cyber Webinar
How can medical device manufacturers meet FDA cybersecurity requirements the first time around? What are the most significant challenges medical device manufacturers face in ensuring FDA cybersecurity compliance?
Read podcast PodcastEp 00 · Trailer - The Med Device Cyber Podcast
You rely on a medical device to stay healthy, but what if that device could be hacked? What if someone, miles away, could manipulate it, putting your loved one’s life at risk?
Read podcast PodcastEp 00 · Webinar: 5 Key FDA Cybersecurity Standards with Jordan John
How can you integrate relevant cybersecurity standards early in your medical device development process? Also, how do FDA cybersecurity standards help reduce the time to market for new medical devices?
Read podcast PodcastEp 00 · Webinar: Hacking Med Devices - What Penetration Testing Reveals Before the FDA Does
Cyber threats targeting medical devices are increasingly sophisticated. A single undiscovered vulnerability could delay your FDA submission and put patient safety at risk.
Read podcast PodcastEp 00 · Webinar: Mastering Threat Modeling for Medical Device Cybersecurity
Christian Espinosa, CEO of Blue Goat Cyber, and Trevor Slattery, Director of Medical Device Cybersecurity, explore the critical topic of threat modeling in medical device cybersecurity.
Read podcast PodcastEp 00 · Webinar: Medical Device Penetration Testing: What Every Manufacturer Must Know
What are the unique challenges and regulatory requirements of medical device penetration testing? In this webinar episode with Christian Espinosa, CEO of Blue Goat Cyber, and Trevor Slattery, CTO of Blue Goat Cyber, you’ll learn: * How Medical Device Penetration Testi
Read podcast PodcastEp 00 · Webinar: Medical Device Risk Assessments - Cybersecurity, Compliance & Patient Safety
Medical devices are becoming more connected, but with that connectivity comes risk. In this episode, Christian and Trevor dive into risk assessments for medical devices - a crucial process in ensuring both patient safety and cybersecurity compliance.
Read podcast PodcastEp 00 · Webinar: Navigating FDA Cybersecurity Compliance: A Guide for RA/QA Professionals
When you’re working with a manufacturer to ensure that a medical device has strong cybersecurity, what do you need to know from a regulatory perspective?
Read podcast PodcastEp 00 · Webinar: Postmarket Cybersecurity Management
MedTech manufacturers, how prepared are you to monitor vulnerabilities continuously once your medical device reaches the market? Also, would you like a free checklist for your Cybersecurity Management Plan?
Read podcast PodcastEp 00 · Webinar: Risk Management Frameworks For Medical Device Safety & Security
Join Trevor Slattery, Director of Cybersecurity, and Christian Espinosa, CEO of Blue Goat Cyber, for a comprehensive webinar on medical device cybersecurity.
Read podcast PodcastEp 00 · Webinar: Security Architecture Views: Protecting Medical Devices Through Strategic Design
How can security architecture views strengthen a medical device manufacturer’s FDA submissions? This episode/webinar dives into the four critical security architecture views required by the FDA: global system, multi-patient harm, updatability and patchability, and secure use case
Read podcast PodcastEp 00 · Webinar: Why FDA Cybersecurity Submissions Fail and How to Get Yours Approved
MedTech innovators and medical device manufacturers, how can you prevent cybersecurity deficiencies from delaying your FDA submission?
Read podcast PodcastEp 01 · Cybersecurity for Medical Devices: Protecting Human Lives
How do medical device cybersecurity risks differ from traditional cybersecurity threats? In this episode, Christian Espinosa and Trevor Slattery discuss the critical importance of cybersecurity for medical devices, sharing real-life stories and insights into how device vulnerabil
Read podcast PodcastEp 02 · Hidden Vulnerabilities in Medical Devices: Why Cybersecurity Matters
How vulnerable are current medical devices to cyberattacks, and what are the consequences of these exploits? In this episode, Christian Espinosa and Trevor Slattery discuss the critical vulnerabilities in medical devices and the cybersecurity threats they face.
Read podcast PodcastEp 03 · Navigating the Regulatory Landscape of Medical Device Cybersecurity
What are the main categories of medical devices, and how do regulatory bodies govern them? In this episode, Christian Espinosa and Trevor Slattery unpack the complex regulatory environment surrounding medical device cybersecurity.
Read podcast PodcastEp 04 · Building Resilient Medical Devices: A Look at the Essential Technologies and Infrastructure
How can some of the biggest cybersecurity concerns with medical devices be addressed in the design phase?
Read podcast PodcastEp 05 · Avoid the Dumb Tax: Cybersecurity Lessons for MedTech Startups with Steve Bell
What are the most common mistakes MedTech startups make in cybersecurity, and how can founders avoid them? In this episode, Christian Espinosa and Trevor Slattery dive into the challenges MedTech startups face with their guest, Steve Bell, a 35-year veteran of the industry.
Read podcast PodcastEp 06 · The Evolution of Medical Device Cyber Threats: Past, Present, and Future
How do medical device vulnerabilities pose life-threatening risks? In this episode, Christian and Trevor again explore the fascinating and critical world of medical device cybersecurity.
Read podcast PodcastEp 07 · Startups, Regulations, & Risk: Insights from MedTech Guru Etienne Nichols
What are some of the key challenges MedTech companies face in balancing innovation with compliance? This episode dives into the intersection of quality management and cybersecurity in the MedTech industry.
Read podcast PodcastEp 08 · The Human Factor: Why Cybersecurity Awareness is Key in Medical Device Manufacturing
How does human behavior impact medical device cybersecurity? Also, why do cybersecurity awareness programs often fail to make a lasting impact? This episode dives into the human factor in medical device cybersecurity.
Read podcast PodcastEp 09 · FDA AI Guidance Explained: What It Means for Medical Device Cybersecurity
How does the FDA’s latest AI guidance on medical devices impact manufacturers and cybersecurity challenges in healthcare? In this episode, Christian and Trevor discuss the latest FDA AI guidance and how it will impact real-world AI applications in healthcare.
Read podcast PodcastEp 10 · How Trump & RFK Jr Affect AI Med Device Guidelines
How might the second Donald Trump administration and Robert F. Kennedy Jr. impact the MedTech cybersecurity world? In this episode, Christian and Trevor discuss how the Trump administration and RFK Jr.’s policies could reshape medical device cybersecurity and regulation.
Read podcast PodcastEp 11 · Advanced Threat Modeling in Medical Devices
What is threat modeling, how does it differ from penetration testing, and why are both necessary? This episode dives into the nuances of advanced threat modeling for medical devices.
Read podcast PodcastEp 12 · Postmarket Surveillance and Anomaly Detection for Medical Devices
What are some of the biggest cybersecurity risks medical devices face after they hit the market? This episode dives into the challenges of postmarket surveillance for medical devices.
Read podcast PodcastEp 13 · SBOMs Unpacked: Myths, Risks, & Benefits with Cortez Frazier Jr.
Why are Software Bill of Materials (SBOMs) critical for medical device security? In this episode, Cortez Frazier Jr. joins Christian and Trevor to discuss SBOMs, vulnerability prioritization, and why companies should stop fearing software transparency.
Read podcast PodcastEp 14 · The Growing Importance of Interoperability and Third-Party Component Security
Why is interoperability increasing cybersecurity risks in healthcare, and what can we do about it? Interoperability is making healthcare more efficient but also more vulnerable to cyber threats.
Read podcast PodcastEp 15 · Commercialize Your MedTech with Craig T Ingram
What are the 10 essential components of a successful commercialization plan in the MedTech industry, and why are they often overlooked? This episode explores the critical role of commercialization in the MedTech industry.
Read podcast PodcastEp 16 · Collaboration is Key: Bridging the Gap Between Developers and Cybersecurity Experts
What are some of the biggest barriers to effective collaboration between coders and cyber experts, and how can they be overcome? This episode explores the essential components of successful collaboration and teamwork.
Read podcast PodcastEp 17 · Cybersecurity Challenges & Trends in US Healthcare with Paul-Lukas Hoffschmidt
If you’re launching a MedTech product, what should you know about market access, cybersecurity, reimbursement challenges, and customer education?
Read podcast PodcastEp 18 · Early Cyber Strategies for MedTech Trailblazers
What are some strategies founders can use to incorporate cybersecurity into the early stages of developing a MedTech product? In this episode, Christian and Trevor break down the critical role of cybersecurity in early-stage MedTech startups.
Read podcast PodcastEp 19 · Data Protection in Medical Devices: A Deep Dive with Kevin Derr
How can medical device companies own their data without compromising security? In this episode, Kevin Derr from NeuronSphere joins Christian and Trevor to dive into the intersection of cybersecurity, compliance, and innovation in the MedTech world.
Read podcast PodcastEp 20 · The Human Factor in MedTech Design with Dylan Horvath
How can human-centered design influence medical device cybersecurity? In this episode, Christian Espinosa chats with Dylan Horvath of Cortex Design about the powerful intersection of human-centered design and medical device cybersecurity.
Read podcast PodcastEp 21 · Essential Software Documentation for Med Device Manufacturers
What documents should engineers prepare to get ready for submitting a medical device to the FDA? In this episode, Christian and Trevor dig into the underestimated role software documentation plays in cybersecurity, especially in the medical device space.
Read podcast PodcastEp 22 · AI in Medical Devices: Opportunities & Regulation with Matt Lemay
What does responsible AI implementation look like in medical devices? This episode explores the intersection of AI, cybersecurity, and medical device regulation with guest Matt Lemay, CEO of Lemay.ai.
Read podcast PodcastEp 23 · Unpacking Post-Market Management and Incident Response for Medical Devices
What should you do when a vulnerability is discovered in a medical device after it's already on the market? This dives into post-market management and incident response for medical devices, exploring what happens when a device is hacked or a vulnerability is reported.
Read podcast PodcastEp 24 · From Concept to Compliance: A Guide to Med Device Approval
Med device manufacturers, are you setting up your quality system early enough in product development? Also, are you misunderstanding the FDA’s "guidance" documents - and risking rejection?
Read podcast PodcastEp 25 · Cybersecurity Labeling and MedTech Transparency
Why is cybersecurity labeling more than just a compliance checkbox for medical device companies? In this episode, Christian and Trevor dive into the nuanced world of cybersecurity labeling for medical devices.
Read podcast PodcastEp 26 · Why Cybersecurity and Quality Are One and the Same
How can medical device startups avoid missteps in cybersecurity, quality, and compliance? In this episode, Trevor Slattery speaks with Ashkon Rasooli about the intersection of quality systems and cybersecurity in medical devices.
Read podcast PodcastEp 27 · Total Product Lifecycle Security: From Design to Disposal
How well does your security strategy cover the entire product lifespan - from concept to decommissioning? This episode dives into the importance of the Total Product Lifecycle (TPLC) and Secure Product Development Framework (SPDF) in medical device cybersecurity.
Read podcast PodcastEp 28 · Shared Responsibility in Medical Device Cybersecurity with Greg Garcia
How can shared responsibility models improve healthcare cybersecurity? In this episode, Greg Garcia joins Christian and Trevor to break down the evolving landscape of medical device cybersecurity from a national policy perspective.
Read podcast PodcastEp 29 · What the FDA Wants in Security Architecture Views for Devices
What are the four security architecture views that the FDA prioritizes, and how do they impact your device's design? This episode explores the FDA-defined security architecture views essential for medical device cybersecurity.
Read podcast PodcastEp 30 · FDA Cybersecurity Gets Real with Monica Montañez of NAMSA
How have medical device cybersecurity requirements changed since 2023, and what does this mean for your product development? In this episode, Christian and Trevor welcome Monica Montañez from NAMSA to unpack the evolving landscape of FDA cybersecurity requirements.
Read podcast PodcastEp 31 · Understanding Cybersecurity Measures and Metrics for Medical Devices
How do measures and metrics differ, and why is this distinction crucial for FDA submissions? In this episode, Christian and Trevor demystify the difference between cybersecurity measures and metrics in the context of FDA guidance.
Read podcast PodcastEp 32 · From Surgery to MedTech Startups: Dr. Dylan Attard’s Journey
What cybersecurity challenges face hospitals and medical devices today that MedTech innovators should know about? Today’s guest is Dr. Dylan Attard, who swapped his scalpel for startups when he founded MedTech World, a global conference series elevating healthcare innovation.
Read podcast PodcastEp 33 · Vulnerability, Penetration & Other Cybersecurity Testing Types Explained
Which cybersecurity tests are the most crucial, and which ones does the FDA require for medical device approval? In this episode, Christian and Trevor break down the many types of cybersecurity testing required for medical devices.
Read podcast PodcastEp 34 · Integrating Project Management to Strengthen Cybersecurity Outcomes with Steve Curry
What project management mistakes can med tech innovators avoid? What methods and tools can help med tech companies manage projects?
Read podcast PodcastEp 35 · Balancing Innovation and Regulation in MedTech Development with Karandeep Singh Badwal
How can MedTech innovators balance speed with compliance in medical devices? In this episode, Christian and Trevor sit down with Karandeep Singh Badwal about the challenges of balancing innovation with quality and regulatory compliance in medical devices, especially with the rise
Read podcast PodcastEp 36 · When Cybersecurity Becomes a Crime
What happens when cybersecurity flaws in medical devices cross the line into criminal violations? In this episode, Christian and Trevor unpack the groundbreaking case of Illumina, where cybersecurity misrepresentation led to Department of Justice enforcement.
Read podcast PodcastEp 37 · Overcoming AI and Data Security Challenges in MedTech with May Lee
How can you prepare your device for future quantum computing risks? In this episode of The Med Device Cyber Podcast, Christian and Trevor talk with May Lee of CS Life Sciences about the fast-changing world of medical device cybersecurity.
Read podcast PodcastEp 38 · Top 10 Medical Device Vulnerabilities with Myles Kellerman
How safe are the medical devices I rely on, and what are the biggest cybersecurity risks I should know about?
Read podcast PodcastEp 39 · Medical Device Startups and Cybersecurity Challenges with Suzy Engwall
What are some of the greatest challenges medical device startups face when bringing their products to market? This episode features Suzy Engwall, a healthcare innovation consultant with experience mentoring startups and guiding hospitals.
Read podcast PodcastEp 40 · What Happens When AI in Medical Devices Make Mistakes?
MedTech manufacturers and developers, what happens if your AI-powered medical device makes a terrible, life-threatening mistake? This episode explores what happens when artificial intelligence in medical devices goes wrong.
Read podcast PodcastEp 41 · 5 Most Common Misconceptions of Medical Device Security
In this episode, Christian and Trevor unpack the five most common misconceptions that put medical device manufacturers at risk.
Read podcast PodcastEp 42 · What Is A Medical Device?
MedTech developers and manufacturers, could your medical device unknowingly qualify as a “cyber device”? In this episode, Christian and Trevor break down what the FDA considers a “cyber device” and why so many manufacturers misunderstand this definition.
Read podcast PodcastEp 43 · Why AI Literacy Matters for the Future of Healthcare with José Acosta
How can AI literacy reduce patient risk in healthcare settings? In this episode, Christian Espinosa and Trevor Slattery are joined by Dr. José Acosta.
Read podcast PodcastEp 44 · Cyber Risk Management for MedTech Legacy Devices
What options do MedTech manufacturers have to bring older devices up to modern cybersecurity standards? Also, how does the FDA’s latest guidance change the process for updating legacy devices?
Read podcast PodcastEp 45 · Designing Secure Medical Device Software with Randy Horton
In medical device software development, why should cybersecurity be viewed as an element of product quality, not an add-on? In this episode, Christian and Trevor speak with Randy Horton of Orthogonal about the future of medical device software development.
Read podcast PodcastEp 46 · How Market Intelligence Shapes MedTech Growth with Kevin Saem
In the MedTech space, how can you leverage market intelligence and machine learning for business development and sales enablement? In this episode, Christian and Trevor talk with Kevin Saem about how market intelligence and cybersecurity intersect in the MedTech space.
Read podcast PodcastEp 47 · What Is Required for an FDA Pre-Market Cyber Submission?
What are the 18 required cybersecurity deliverables for a pre-market submission, and how do they map to eSTAR’s 13 sections?
Read podcast PodcastEp 48 · Cybersecurity Qs MedTech Innovators Ask: Christian’s Hot Seat
MedTech manufacturers, how can you avoid the cybersecurity pitfalls that most often lead to FDA rejection? In this episode, Trevor puts Christian “in the hot seat” to tackle the most common - and sometimes misunderstood - cybersecurity questions MedTech innovators ask.
Read podcast PodcastEp 49 · How Cybersecurity Shapes Regulatory and Quality Success with Jim Goodmiller
What risks do you take when cybersecurity is left off your development roadmap? In this episode, Christian, Trevor and guest Jim Goodmiller explore how cybersecurity intersects with regulatory expectations and quality systems, creating new challenges and opportunities for MedTech
Read podcast PodcastEp 50 · The Differences Between Black, Grey, and White Penetration Testing
MedTech developers, do you know which penetration testing methodology the FDA actually prefers for medical device submissions?
Read podcast PodcastEp 51 · Trevor Slattery Answers Tough Medical Device Cyber Questions
This episode puts Trevor in the hot seat. If you were put in the hot seat, could you clearly explain cybersecurity, safety, and lifecycle terms like Trevor?
Read podcast PodcastEp 52 · When Medical Device Cyber Failures Become Fatal
What past ransomware and medical device incidents might reveal gaps that manufacturers are still overlooking today?
Read podcast PodcastEp 53 · Untangling Software Composition Analysis for MedTech Teams
Why does software composition analysis matter beyond regulatory compliance? This episode explores SCA (Software Composition Analysis) and explains how SBOMs (Software Bill of Materials), SOUP (Software of Unknown Provenance), and related tooling fit into the broader medical devic
Read podcast PodcastEp 54 · What It Takes to Succeed in the MedTech Industry with Omar Khateeb
Ever thought about what it really takes to launch a successful MedTech startup? Omar M. Khateeb knows the challenges firsthand. As a founder with a track record of building healthtech companies, he’s lived through the hurdles that come with innovating in the MedTech space.
Read podcast PodcastEp 55 · Why Most MedTech Companies Fail at Global Expansion (And How to Fix It) with William Jin
Thinking about taking your medical device to China? Or maybe you're a Chinese company looking at the American market? William Jin has spent over 30 years helping companies do exactly that, and he'll tell you straight up that most of them aren't ready.
Read podcast PodcastEp 56 · What MedTech Startups Get Wrong About Cybersecurity Documentation with Marc Zemel
Marc Zemel has been building Retia Medical for 15 years. The company started as two guys with slides and licensed technology.
Read podcast PodcastEp 57 · From Idea to FDA Clearance: What Nobody Tells MedTech Founders with Darcy Bachert
Building medical device software is hard. Building it the right way is harder. And getting it through FDA approval while managing cybersecurity requirements? That's what Darcy Bachert has been doing for 17 years.
Read podcast PodcastEp 58 · How AI Code Security Became a Medical Device Problem with Jun Xiang Tan
Ten years ago, Singapore's healthcare system got hacked. Patient records were stolen at a national scale. The government responded by building one of the most comprehensive medical device security frameworks in the world. The Cybersecurity Labeling Scheme has four tiers.
Read podcast PodcastEp 59 · Prevention Is Better Than Cure: Applying Medical Principles to MedTech Cybersecurity
Medical device risk assessments are failing patients, not because the process is too hard, but because nobody doing the assessment has ever been in the room where the device actually gets used.
Read podcast PodcastEp 60 · How to Move Stakeholders from Awareness to Sustained Adoption Without Friction
Marketing medical devices requires understanding that stakeholders are different, buying processes are longer, and friction points are more complex than consumer products or software.
Read podcast PodcastEp 61 · Alarm Fatigue, Workflow Integration, and the Intelligent Operating Room (Professor Aamer Ahmed)
Devices that do not integrate into the clinical workflow sit unused regardless of technical sophistication. Physicians work in high-pressure environments where equipment must be 100 percent reliable, secure, and enhance workflow rather than disrupt it.
Read podcast PodcastEp 62 · Edge Cases, Alarm Fatigue, and Why AI Cannot Replace Clinical Judgment with Brandon Fertig, Senior Manager at Philips Healthcare
Alarm fatigue happens when monitoring systems raise so many false flags that clinical staff begin ignoring them, even when real critical events occur.
Read podcast PodcastEp 63 · Early Design Decisions that Shape Medical Device Success with Chris Danek, CEO of Bessel
Early design decisions define the trajectory of a medical device long before commercialization begins. Choices related to software architecture, third-party components, and system connectivity establish both the opportunity and the risk profile of the product.
Read podcast PodcastEp 64 · Traceability Requirements and Documentation Audit Trails with Dr. Basant Bajpai, CEO of Compliance MedQRA
Quality management system implementation delays create cascading failures across medical device development timelines.
Read podcast PodcastEp 65 · Why Clinical Trials Are the Most Expensive Capital Outlay for Startups with Rob Bedford, CEO of Franklyn Health
Early planning prevents expensive corrections when startups address clinical strategy, regulatory pathways, and cybersecurity requirements from day one rather than improvising solutions before launch.
Read podcast PodcastEp 66 · Vibe Coding Security Risks and Malicious Code Injection with Jake Rodriguez of Triangle Tech
Vibe coding enables rapid development through AI-generated code but introduces security risks when developers accept outputs without verification. Malicious actors can inject vulnerabilities through manipulated training data or prompt engineering.
Read podcast PodcastEp 67 · De-Risking Product Decisions in MedTech Startups with Brent Lavin of Ironwood MedTech Partners
Product decisions made during early development determine commercialization outcomes years later. Wrong choices about regulatory pathways, feature sets, and market segments create compounding problems limiting commercial success.
Read podcast PodcastEp 68 · Why MedTech Needs More Than Approval with Michael Branagan Harris of HealthTech Strategies Limited
A device can clear regulatory hurdles and still struggle commercially if the evidence is too narrow. MedTech companies need proof that speaks to affordability, care quality, operational impact, and long term value, not just technical performance.
Read podcastNews31
Blue Goat Cyber Brings Global Medical Device Cybersecurity Expertise to SWITCH Singapore 2025
Blue Goat Cyber, the global authority in medical device cybersecurity and regulatory compliance, will attend the Singapore Week of Innovation and…
Read new NewsBlue Goat Cyber Celebrates Milestone with the Release of Its 10th Episode on the Med Device Cyber Podcast
Blue Goat Cyber, a leader in medical device cybersecurity, is thrilled to announce the release of the 10th episode of the Med Device Cyber Podcast-a…
Read new NewsBlue Goat Cyber Expands Global Presence with Strategic Success at LSI Europe 2024 and RAPS Convergence 2024
Scottsdale, Arizona, United States - October 5, 2024 Blue Goat Cyber, a leader in medical device cybersecurity solutions, is excited to announce its…
Read new NewsBlue Goat Cyber Expands into Asian Market at Mednovation MedTech Forum
SCOTTSDALE, AZ, UNITED STATES, October 24, 2024 Blue Goat Cyber, a leader in medical device cybersecurity, is excited to announce its participation in the…
Read new NewsBlue Goat Cyber Highlights Expertise at DeviceTalks West 2024; Christian Espinosa Shares Key Cybersecurity Insights
SANTA CLARA, CA, UNITED STATES, October 18, 2024 Blue Goat Cyber, a leader in cybersecurity solutions for the medical device industry, showcased its…
Read new NewsBlue Goat Cyber Highlights FDA Cybersecurity at DeviceTalks West 2025; CTO Trevor Slattery to Present
Blue Goat Cyber, a trusted leader in medical device cybersecurity and FDA compliance strategy, announced today its sponsorship of DeviceTalks West 2025, a…
Read new NewsBlue Goat Cyber Joins MedTech World Bay Area as Gold Sponsor; Christian Espinosa to Join Regulatory Strategy Panel
Blue Goat Cyber, a leading cybersecurity consultancy for FDA-regulated medical devices, has been announced as a Gold Sponsor of MedTech World Bay Area…
Read new NewsBlue Goat Cyber Launches “The Med Device Cyber Podcast”: Your Go-To Resource for Medical Device Security
SCOTTSDALE, AZ, UNITED STATES, October 16, 2024 Blue Goat Cyber, a leader in medical device cybersecurity, is excited to announce the launch of “The Med…
Read new NewsBlue Goat Cyber Launches Legacy Medical Device Cybersecurity Service with Advanced Monitoring and Testing
SCOTTSDALE, AZ, UNITED STATES, October 30, 2024 Blue Goat Cyber, a medical device cybersecurity solutions leader, has announced a new service dedicated to…
Read new NewsBlue Goat Cyber Launches Milestone 25th Podcast Episode: Cybersecurity Labeling and MedTech Transparency
Blue Goat Cyber, the global authority in medical device cybersecurity, announces the release of the 25th episode of The Med Device Cyber Podcast.
Read new NewsBlue Goat Cyber Launches Monthly Medical Device Cybersecurity Webinar Series
SCOTTSDALE, AZ, UNITED STATES, October 31, 2024 Blue Goat Cyber, a leader in medical device cybersecurity and FDA regulatory compliance, is excited to…
Read new NewsBlue Goat Cyber Launches New Secure MedTech Product Design Consulting Service to Meet Growing Client Demand
- Christian Espinosa, Blue Goat Cyber Founder and CEO SCOTTSDALE, AZ, UNITED STATES, November 19, 2024 - Blue Goat Cyber, a leader in medical device…
Read new NewsBlue Goat Cyber Leads Medical Device Cybersecurity Compliance as FDA Finalizes New Guidance
On February 3, 2026, the U.S. Food and Drug Administration (FDA) finalized its medical device cybersecurity guidance, “Cybersecurity in Medical Devices:…
Read new NewsBlue Goat Cyber Leads the MedTech Cybersecurity Revolution at DeviceTalks Boston 2025
Blue Goat Cyber is driving the next wave of MedTech cybersecurity innovation as a platinum sponsor of DeviceTalks Boston 2025, which will take place April…
Read new NewsBlue Goat Cyber Named Gold Sponsor at MedTech World Malta 2025, Advancing FDA and EU MDR Cybersecurity Alignment
Blue Goat Cyber, a U.S.-based leader in medical device cybersecurity and global regulatory compliance, is proud to announce its role as a Gold Sponsor of…
Read new NewsBlue Goat Cyber Named Medical Device Cybersecurity Services Company of the Year by Healthcare Business Review
Blue Goat Cyber, a leading medical device cybersecurity solutions provider, has been named Medical Device Cybersecurity Services Company of the Year by…
Read new NewsBlue Goat Cyber Reaches Milestone: 21 Episodes of The Med Device Cyber Podcast Now Available
Blue Goat Cyber, a global leader in MedTech cybersecurity and FDA cybersecurity compliance consulting, has announced the release of the 21st episode of…
Read new NewsBlue Goat Cyber Releases Essential White Paper to Streamline Medical Device Cybersecurity Compliance
SCOTTSDALE, AZ, UNITED STATES, November 15, 2024 Blue Goat Cyber, a leading provider of cybersecurity solutions for medical device manufacturers, is…
Read new NewsBlue Goat Cyber Sponsors Cybersecurity for Medical Devices Summit to Strengthen Healthcare Security
SCOTTSDALE, AZ, UNITED STATES, November 6, 2024 Blue Goat Cyber, a leader in medical device cybersecurity, proudly announces its sponsorship of the…
Read new NewsBlue Goat Cyber Sponsors DeviceTalks Minnesota; Jordan John to Share FDA Cybersecurity Strategies
Blue Goat Cyber, a leading authority in medical device cybersecurity and FDA compliance strategy, proudly announces its sponsorship of DeviceTalks…
Read new NewsBlue Goat Cyber Sponsors LSI Asia 2025; CTO Trevor Slattery to Lead High-Impact MedTech Cybersecurity Panel
Blue Goat Cyber, a trusted authority in medical device cybersecurity and regulatory strategy, announces its sponsorship of LSI Asia 2025, the region’s…
Read new NewsBlue Goat Cyber Sponsors LSI Europe 2025; CEO Christian Espinosa to Lead MedTech Cybersecurity Panel
Blue Goat Cyber, a leading medical device cybersecurity consultancy, today announced its sponsorship of LSI Europe 2025, the Emerging MedTech Summit,…
Read new NewsBlue Goat Cyber Sponsors MedTech World Dubai 2025 to Support Medical Device Security in the GCC Region
Blue Goat Cyber, a leader in medical device cybersecurity, is proud to sponsor MedTech World Dubai 2025, reinforcing its commitment to securing connected…
Read new NewsBlue Goat Cyber to Exhibit at The MedTech Conference 2025 Showcasing FDA Compliance & Cybersecurity Services
Blue Goat Cyber, a leading provider of medical device cybersecurity services, announced today it will exhibit at The MedTech Conference 2025, hosted by…
Read new NewsBlue Goat Cyber to Lead Global MedTech Cybersecurity Masterclass at Asia Pacific 2025 Finals
Blue Goat Cyber, a global leader in medical device cybersecurity and regulatory strategy, will lead a high-impact masterclass at the MedTech Innovator…
Read new NewsBlue Goat Cyber to Share Critical FDA Cybersecurity Strategies at AMDM 2025 Annual Meeting
Medical device manufacturers increasingly face regulatory setbacks, with cybersecurity deficiencies emerging as one of the top reasons for FDA premarket…
Read new NewsBlue Goat Cyber to Showcase Healthcare and Medical Device Cybersecurity Solutions at HLTH 2025 in Las Vegas
Blue Goat Cyber, a leader in healthcare cybersecurity, medical device protection, and FDA compliance consulting, announced today that it will exhibit at…
Read new NewsBlue Goat Cyber to Speak at MedTech World Hong Kong on Medical Device Cybersecurity
Blue Goat Cyber, a leader in medical device cybersecurity, is proud to announce its participation in the upcoming MedTech World Hong Kong Roadshow, taking…
Read new NewsBlue Goat Cyber to Sponsor and Attend LSI USA ‘25 Emerging MedTech Summit
Blue Goat Cyber, a leader in medical device cybersecurity, proudly announces its sponsorship of the LSI USA ‘25 Emerging MedTech Summit at the Waldorf…
Read new NewsBlue Goat Cyber to Sponsor MedTech World Singapore Roadshow; Christian Espinosa to Speak on Medical Device Cybersecurity
Blue Goat Cyber, a leader in medical device cybersecurity, announced its sponsorship of the MedTech World Singapore Roadshow, taking place on October 1,…
Read new NewsBlue Goat Cyber Wins ‘MedTech Service Provider Excellence Award of the Year’ at MedTech Malta 2025
Blue Goat Cyber, a leading global provider of medical device cybersecurity services, has been awarded the MedTech Service Provider Excellence Award of the…
Read newMedTech Segments23
Cardiac Rhythm Management (CRM)
Cybersecurity for pacemakers, ICDs, CRT-Ds, leadless pacers, ILRs, programmers, and home monitors.
Read medtech segment MedTech segmentCardiovascular Devices
Cybersecurity for pacemakers, ICDs, CIEDs, and cardiac monitoring.
Read medtech segment MedTech segmentConnected Drug Delivery & Combination Products
Cybersecurity for connected auto-injectors, smart inhalers, on-body injectors, and drug-device combination products.
Read medtech segment MedTech segmentDental Devices
Cybersecurity for digital dentistry, intraoral scanners, and CAD/CAM.
Read medtech segment MedTech segmentDiabetes & Continuous Glucose Monitoring
Cybersecurity for CGMs, insulin pumps, and AID systems.
Read medtech segment MedTech segmentDialysis & Renal Replacement Therapy
Cybersecurity for in-center hemodialysis, home hemodialysis, and peritoneal-dialysis cyclers with cloud connectivity.
Read medtech segment MedTech segmentDigital Pathology & Lab Automation
Cybersecurity for whole-slide imaging, AI pathology, and connected lab-automation platforms.
Read medtech segment MedTech segmentDigital Therapeutics (DTx)
Cybersecurity for prescription digital therapeutics and DTx apps.
Read medtech segment MedTech segmentEndoscopy & Minimally-Invasive Visualization
Cybersecurity for flexible and rigid endoscopes, video processors, capsule endoscopy, and image-management systems.
Read medtech segment MedTech segmentHearing Devices
Cybersecurity for hearing aids, cochlear implants, and OTC hearing.
Read medtech segment MedTech segmentImaging & AI / SaMD
Cybersecurity for SaMD, AI/ML diagnostics, and medical imaging.
Read medtech segment MedTech segmentIn-Vitro Diagnostics (IVD)
Cybersecurity for IVD analyzers, LIS integrations, and lab platforms.
Read medtech segment MedTech segmentInfusion & Drug Delivery
Cybersecurity for infusion pumps and connected drug delivery.
Read medtech segment MedTech segmentNeuroTechnology & Brain-Computer Interfaces
Cybersecurity for BCIs, neuromodulation, and implantable neural devices.
Read medtech segment MedTech segmentOphthalmic Devices
Cybersecurity for surgical, diagnostic, and therapeutic ophthalmic devices.
Read medtech segment MedTech segmentOrthopedic & Implantable Devices
Cybersecurity for smart implants, orthopedic robots, and surgical planning.
Read medtech segment MedTech segmentPatient Monitoring & Anesthesia
Cybersecurity for ICU/OR multiparameter monitors, capnography, anesthesia workstations, and central-station networks.
Read medtech segment MedTech segmentRadiation Oncology & Radiotherapy
Cybersecurity for linacs, treatment planning systems, oncology information systems, and brachytherapy platforms.
Read medtech segment MedTech segmentRespiratory & Ventilation Devices
Cybersecurity for ventilators, CPAP/BiPAP, oxygen concentrators, and connected respiratory therapy.
Read medtech segment MedTech segmentSurgical Navigation & Image-Guided Surgery
Cybersecurity for image-guided navigation, AR-guided surgery, and intraoperative tracking platforms.
Read medtech segment MedTech segmentSurgical Robotics
Cybersecurity for robot-assisted surgery and telesurgery platforms.
Read medtech segment MedTech segmentWearables & Remote Patient Monitoring
Cybersecurity for clinical wearables and RPM ecosystems.
Read medtech segment MedTech segmentWomen's Health Devices
Cybersecurity for fertility, maternal, and women's health devices.
Read medtech segmentTopic Hubs12
510(k) Cybersecurity
Cybersecurity for FDA 510(k) submissions under the Feb 2026 guidance and Section 524B: what reviewers expect, common deficiencies, and how to ship clean.
Read topic hub Topic hubAI/ML Medical Device Cybersecurity
Cybersecurity for AI/ML medical devices: PCCP, GMLP, model evasion, data poisoning, model inversion, performance drift, and the FDA's expectations under the 2026 guidance and 2025 draft AI guidance.
Read topic hub Topic hubCoordinated Vulnerability Disclosure (CVD)
Coordinated Vulnerability Disclosure for medical devices: CVD policy, intake, triage, and remediation under FDA postmarket guidance and ISO/IEC 29147.
Read topic hub Topic hubFDA Premarket Cybersecurity
Everything a MedTech team needs to clear FDA premarket cybersecurity review under Feb 2026 guidance and Section 524B - services, guides, FAQs.
Read topic hub Topic hubIDE Cybersecurity
Cybersecurity for FDA IDE submissions: what reviewers expect, how to avoid a Clinical Hold, and how artifacts roll forward into 510(k), De Novo, or PMA.
Read topic hub Topic hubMedical Device Penetration Testing
Pen testing built for FDA submissions and connected medical devices - black, gray, and white box methods, scoping, and the standards that map to each.
Read topic hub Topic hubMedTech Cybersecurity Standards
FDA guidance, AAMI, ISO, IEC, and NIST standards that govern medical device cybersecurity - what each one requires and how they connect.
Read topic hub Topic hubPMA Cybersecurity
Cybersecurity evidence for Class III PMA submissions: SPDF artifacts, threat modeling, SBOM, pen testing, and PMA-supplement change control under the FDA's 2026 guidance.
Read topic hub Topic hubPostmarket Medical Device Cybersecurity
Vulnerability monitoring, CVD intake, patching, and FDA reporting for cleared devices - the postmarket program Section 524B now requires.
Read topic hub Topic hubSBOMs for Medical Devices
FDA-compliant SBOM generation, CVE/KEV monitoring, and the formats (SPDX, CycloneDX) reviewers expect in 510(k), De Novo, PMA, and IDE submissions.
Read topic hub Topic hubSoftware as a Medical Device (SaMD) Cybersecurity
Cybersecurity for Software as a Medical Device (SaMD) - cloud, mobile, and standalone software under FDA 2026 guidance, IEC 62304/81001-5-1, and Section 524B.
Read topic hub Topic hubThreat Modeling for Medical Devices
Threat models that hold up under FDA review - STRIDE applied to connected and implantable devices, AAMI SW96 alignment, and the gaps reviewers flag most often.
Read topic hubGlossary87
AAMI SW87
Standard for application of quality management system concepts to medical device data systems.
Read glossary Standards (AAMI/ISO/IEC/NIST)AAMI TIR57:2016 (R2023) - Principles for Medical Device Security - Risk Management (AAMI TIR57)
The MedTech-specific extension of ISO 14971 for cybersecurity. Defines how to identify cybersecurity assets, threats, and vulnerabilities, then estimate, evaluate, and control the resulting risk.
Read glossary Standards (AAMI/ISO/IEC/NIST)AAMI TIR97
AAMI TIR97:2019 - Principles for medical device security - Postmarket risk management for device manufacturers.
Read glossary FDA GuidanceAdditional Information (AI) Letter
FDA correspondence sent during review listing deficiencies the sponsor must address before clearance. Different from the AI in 'AI/ML'.
Read glossary AI/ML DevicesAdversarial Input
Crafted input designed to cause an ML model to misclassify or behave incorrectly while appearing normal to humans.
Read glossary Standards (AAMI/ISO/IEC/NIST)ANSI/AAMI SW96:2023 - Standard for Medical Device Security - Security Risk Management (ANSI/AAMI SW96)
The current consensus standard for medical device security risk management. Builds on AAMI TIR57 and aligns with the ISO 14971 risk-management process, but treats cybersecurity threats as a first-clas
Read glossary Threat Modeling & RiskAttack Surface
Sum of all points where an unauthorized user can attempt to enter, extract data from, or interact with a device or system.
Read glossary Threat Modeling & RiskAttack Tree
Tree-structured diagram of how an attacker might achieve a specific goal, with nodes representing attack steps or sub-goals.
Read glossary Testing & ValidationBoundary Analysis
Security testing focused on inputs and behaviors at the edges of valid input ranges, often combined with fuzzing.
Read glossary Cryptography & IdentityCode Signing
Cryptographic signature applied to firmware or software so that a device or system can verify authenticity and integrity before installation.
Read glossary SBOM & Supply ChainCommon Platform Enumeration (CPE)
NIST identifier scheme for IT products and platforms. Used to map components to vulnerabilities in the NVD.
Read glossary Postmarket & LifecycleCommon Security Advisory Framework (CSAF)
OASIS standard for machine-readable security advisories. Increasingly expected for postmarket disclosures.
Read glossary Threat Modeling & RiskControlled vs Uncontrolled Risk
FDA postmarket cybersecurity framework that classifies each residual cyber risk as either **controlled** (residual risk to patient safety has been reduced to an acceptable level by mitigations, monito
Read glossary Core ConceptsCovert Channel
Unintended communication path that allows information to move in violation of policy or controls.
Read glossary Regulation & StatuteCyber Device
Per Section 524B, a device that (1) includes software validated/installed/authorized by the sponsor, (2) has the ability to connect to the internet, and (3) contains technological characteristics that
Read glossary Threat Modeling & RiskData Flow Diagram (DFD)
Diagram showing how data moves through a system, including processes, data stores, external entities, and trust boundaries.
Read glossary Core ConceptsDefense in Depth
Layered security strategy in which multiple controls protect against a given threat so that failure of one does not compromise the system.
Read glossary Threat Modeling & RiskDREAD
Legacy threat-rating method (Damage, Reproducibility, Exploitability, Affected users, Discoverability). Largely superseded by CVSS for scoring.
Read glossary Testing & ValidationDynamic Application Security Testing (DAST)
Testing of a running application by sending crafted inputs to find runtime vulnerabilities.
Read glossary Postmarket & LifecycleEnd-of-Life / End-of-Support (EOL/EOS)
Defined points at which a manufacturer stops shipping (EOL) or supporting (EOS) a product. Cybersecurity expectations include planning and customer notification well before EOS.
Read glossary EU & GlobalEU Cyber Resilience Act (CRA)
EU regulation imposing cybersecurity requirements on products with digital elements. Medical devices are largely carved out, but the interaction with MDR matters.
Read glossary Core ConceptsExploit Prediction Scoring System (EPSS)
Data-driven estimate of the probability that a CVE will be exploited in the wild within the next 30 days.
Read glossary FDA GuidanceFDA AI/ML Lifecycle Guidance
FDA's evolving framework for AI/ML-enabled device software, including Predetermined Change Control Plans (PCCPs) and Good Machine Learning Practices.
Read glossary FDA GuidanceFDA eSTAR v6 - Cybersecurity Section
The FDA's interactive PDF that has replaced the legacy 510(k) format. The cybersecurity section has structured upload slots for the threat model, SBOM, SPDF documentation, pen test, postmarket plan, a
Read glossary FDA GuidanceFDA Postmarket Cybersecurity Guidance (2016)
FDA guidance on managing cybersecurity vulnerabilities and exploits in marketed and distributed medical devices, including the controlled-vs-uncontrolled risk framework.
Read glossary FDA GuidanceFDA Premarket Cybersecurity Guidance (Feb 2026)
FDA's final premarket cybersecurity guidance, effective February 3, 2026. Defines the seven-section cybersecurity submission format reviewers enforce at Technical Screening.
Read glossary Cryptography & IdentityFIPS 140-2 / 140-3
US federal standards for cryptographic modules. Often referenced for cloud-connected device backends.
Read glossary Regulation & StatuteFood, Drug, and Cosmetic Act (FD&C Act)
The federal statute that gives FDA its authority over food, drugs, devices, and cosmetics in the United States.
Read glossary Testing & ValidationFuzz Testing
Automated testing technique that supplies malformed or unexpected inputs to find crashes, hangs, or memory-safety bugs. Expected for protocol parsers and exposed interfaces.
Read glossary Cryptography & IdentityHardware Root of Trust
Tamper-resistant hardware element (TPM, secure element, HSM) that provides the foundation for secure boot, attestation, and key storage.
Read glossary EU & GlobalHealth Canada
Canadian medical-device regulator. Publishes premarket cybersecurity guidance broadly aligned with FDA.
Read glossary Standards (AAMI/ISO/IEC/NIST)IEC 60601 series
Family of standards covering basic safety and essential performance of medical electrical equipment.
Read glossary Standards (AAMI/ISO/IEC/NIST)IEC 62304:2006/AMD 1:2015 - Medical Device Software - Software Life Cycle Processes (IEC 62304)
Defines software safety classification (Class A/B/C), software development planning, requirements, architecture, unit and integration testing, and problem resolution. The bedrock of MedTech software e
Read glossary Standards (AAMI/ISO/IEC/NIST)IEC 81001-5-1:2021 - Health Software and Health IT Systems Safety, Effectiveness and Security (IEC 81001-5-1)
The international standard the FDA points to for the Secure Product Development Framework (SPDF). Defines security activities at each lifecycle stage - planning, requirements, design, implementation,
Read glossary Postmarket & LifecycleIncident Response (IR)
Coordinated process to detect, contain, eradicate, and recover from a cybersecurity incident.
Read glossary Standards (AAMI/ISO/IEC/NIST)ISO 13485:2016 - Medical Devices - Quality Management Systems (ISO 13485)
The international QMS standard for MedTech. Covers design controls, document control, CAPA, supplier management, and post-market surveillance. The QMSR final rule (effective Feb 2, 2026) harmonizes 21
Read glossary Standards (AAMI/ISO/IEC/NIST)ISO 14971:2019 - Medical Devices - Application of Risk Management to Medical Devices (ISO 14971)
The umbrella risk-management standard for medical devices. Defines hazard identification, risk estimation, risk evaluation, risk control, and residual risk evaluation. Cybersecurity risks must be reco
Read glossary Postmarket & LifecycleISO/IEC 29147
International standard for vulnerability disclosure processes.
Read glossary Postmarket & LifecycleISO/IEC 30111
International standard for vulnerability handling processes inside an organization.
Read glossary Cryptography & IdentityKey Management
Lifecycle of cryptographic keys: generation, distribution, storage, rotation, revocation, and destruction.
Read glossary Core ConceptsKnown Exploited Vulnerabilities Catalog (KEV)
CISA-maintained catalog of vulnerabilities known to be actively exploited. Useful prioritization input for postmarket monitoring.
Read glossary Core ConceptsLeast Privilege
Principle that every component, user, and process should operate with the minimum permissions necessary.
Read glossary AI/ML DevicesMachine Learning Bill of Materials (ML-BOM)
Inventory of model artifacts, datasets, and dependencies - a CycloneDX extension applicable to AI/ML medical devices.
Read glossary EU & GlobalMDCG 2019-16
Medical Device Coordination Group guidance on cybersecurity for medical devices under the EU MDR/IVDR.
Read glossary Core ConceptsMemory Safety
Property of code that prevents access to memory in unintended ways. Lack of memory safety is the root cause of a large share of CVEs.
Read glossary SBOM & Supply ChainMinimum Elements for an SBOM (NTIA)
NTIA-defined baseline data fields for any SBOM: supplier, component name, version, unique identifier, dependency relationship, author, and timestamp.
Read glossary Threat Modeling & RiskMITRE ATT&CK
Globally accessible knowledge base of adversary tactics, techniques, and procedures (TTPs). Useful for threat modeling and detection engineering.
Read glossary Threat Modeling & RiskMITRE CAPEC
Common Attack Pattern Enumeration and Classification - catalog of common attack patterns used to model threats.
Read glossary Threat Modeling & RiskMITRE CVE (CVE)
Common Vulnerabilities and Exposures - the public identifier scheme (e.g. CVE-2024-12345) for a specific, disclosed vulnerability in a specific product and version. CVE Numbering Authorities (CNAs) as
Read glossary Threat Modeling & RiskMITRE CWE (CWE)
Common Weakness Enumeration - community-developed catalog of software and hardware weakness types (e.g. CWE-79 cross-site scripting, CWE-787 out-of-bounds write). A CWE describes a class of flaw, not
Read glossary AI/ML DevicesModel Drift
Degradation of model performance over time as real-world data diverges from training data. A key postmarket monitoring concern for AI/ML devices.
Read glossary AI/ML DevicesModel Poisoning
Attack in which an adversary injects malicious data into model training to degrade accuracy or insert backdoors.
Read glossary Cryptography & IdentityMulti-Factor Authentication (MFA)
Authentication that requires two or more independent factors (something you know, have, or are).
Read glossary Cryptography & IdentityMutual TLS (mTLS)
TLS variant requiring both client and server to present X.509 certificates. Common for device-to-cloud authentication.
Read glossary Core ConceptsNational Vulnerability Database (NVD)
NIST-maintained database that enriches CVE entries with CVSS scores, CWE mappings, and CPE identifiers.
Read glossary EU & GlobalNIS2 Directive
EU directive on measures for a high common level of cybersecurity across the Union. Touches healthcare operators that may use medical devices.
Read glossary Standards (AAMI/ISO/IEC/NIST)NIST Cybersecurity Framework 2.0 (NIST CSF)
Six functions: Govern, Identify, Protect, Detect, Respond, Recover. Not MedTech-specific, but commonly used by health-system customers as their procurement bar - so device makers need to map their con
Read glossary Standards (AAMI/ISO/IEC/NIST)NIST SP 800-30
Guide for conducting risk assessments. Useful baseline for IT-side risk methodology, complementary to AAMI SW96 on the device side.
Read glossary Core ConceptsOWASP Top 10
Industry-standard list of the most critical web application security risks. The Mobile and API Top 10 lists are also frequently cited.
Read glossary SBOM & Supply ChainPackage URL (purl)
Standardized URL format for identifying software packages across ecosystems (npm, PyPI, Maven, etc.). Common identifier in SBOMs.
Read glossary Threat Modeling & RiskPASTA
Process for Attack Simulation and Threat Analysis - risk-centric, seven-stage threat modeling methodology.
Read glossary Regulation & StatutePATCH Act
Protecting and Transforming Cyber Health Care Act - the legislative vehicle that became Section 524B inside the Consolidated Appropriations Act, 2023.
Read glossary Postmarket & LifecyclePatch Management
Process for identifying, testing, releasing, and tracking software updates to remediate vulnerabilities and bugs over a device's supported life.
Read glossary Threat Modeling & RiskPatient Harm Linkage
Discipline of tracing each cybersecurity threat to a possible patient-safety consequence - the bridge between cyber risk and ISO 14971 risk.
Read glossary Testing & ValidationPenetration Test
Authorized simulated attack on a device or system to find exploitable vulnerabilities. Required testing artifact in FDA cybersecurity submissions.
Read glossary Cryptography & IdentityPost-Quantum Cryptography (PQC)
Cryptographic algorithms resistant to attack by large-scale quantum computers. NIST has standardized initial PQC algorithms; long-lived devices need a migration plan.
Read glossary Postmarket & LifecyclePostmarket Cybersecurity Monitoring Plan
Documented plan describing how the manufacturer monitors for new vulnerabilities and threats affecting marketed devices, and how decisions get made.
Read glossary Postmarket & LifecycleProduct Security Incident Response Team (PSIRT)
Team responsible for receiving, triaging, and responding to security issues affecting an organization's products.
Read glossary Regulation & StatuteProtected Health Information (PHI)
Individually identifiable health information protected under HIPAA.
Read glossary Cryptography & IdentityPublic Key Infrastructure (PKI)
System of certificate authorities, certificates, and revocation that binds public keys to identities.
Read glossary Testing & ValidationRed Team Exercise
Goal-based adversary simulation across people, process, and technology - broader in scope than a scoped penetration test.
Read glossary Regulation & StatuteSection 524B of the FD&C Act (21 CFR 807.81 partner)
Section 524B of the FD&C Act (the statutory partner to 21 CFR 807.81) was added by the Consolidated Appropriations Act, 2023. It gives the FDA explicit authority to require a complete cybersecurity pa
Read glossary Testing & ValidationSecure Code Review
Manual or tool-assisted review of source code focused on security defects - auth flaws, crypto misuse, input validation, memory safety.
Read glossary Core ConceptsSecure Coding Standards
Language- and platform-specific guidance (e.g., CERT C, MISRA) for writing software that resists common security defects.
Read glossary Core ConceptsSecure Product Development Framework (SPDF)
A documented framework that shows security activities are integrated across the device lifecycle - not bolted on at the end. Includes secure requirements, threat modeling, secure coding, V&V, vulnerab
Read glossary Core ConceptsSecure Software Development Framework (NIST SSDF)
NIST SP 800-218 - set of practices for integrating security into the software development lifecycle. Maps cleanly to FDA SPDF expectations.
Read glossary Core ConceptsSoftware Bill of Materials (SPDX or CycloneDX) (SBOM)
A machine-readable inventory of every commercial, open-source, and off-the-shelf software component in the device. Must conform to NTIA Minimum Elements (now stewarded by CISA) and include vulnerabili
Read glossary Testing & ValidationSoftware Composition Analysis (SCA)
Automated identification of open-source and third-party components and their known vulnerabilities. Inputs into SBOM and VEX.
Read glossary SBOM & Supply ChainSoftware Identification Tag (SWID)
ISO/IEC 19770-2 tags identifying installed software. One of the SBOM-compatible identifier formats.
Read glossary Testing & ValidationStatic Application Security Testing (SAST)
Analysis of source code or binaries without executing them, to identify security defects.
Read glossary SBOM & Supply ChainSupply Chain Risk Management (SCRM)
Discipline of identifying, assessing, and mitigating risks from third-party software, firmware, hardware, and services in the device supply chain.
Read glossary SBOM & Supply ChainThird-Party / OTS Component
Off-the-shelf software, firmware, or hardware integrated into the device that the manufacturer did not author. Subject to FDA documentation expectations.
Read glossary Core ConceptsThreat Model (STRIDE or equivalent)
A structured analysis of how an attacker could compromise the device, organized by threat category (e.g. STRIDE - Spoofing, Tampering, Repudiation, Information disclosure, DoS, Elevation of privilege)
Read glossary Cryptography & IdentityTransport Layer Security (TLS)
Cryptographic protocol providing confidentiality and integrity for network communications. TLS 1.2+ is the floor for medical device cloud links.
Read glossary Threat Modeling & RiskTrust Boundary
Line in a system architecture across which the level of trust changes. Common locations for security controls and threat enumeration.
Read glossary Standards (AAMI/ISO/IEC/NIST)UL 2900 series
UL standards for software cybersecurity for network-connectable products, including UL 2900-2-1 specific to medical devices.
Read glossary Testing & ValidationVulnerability Assessment
Systematic identification of known vulnerabilities (typically via automated scanners) without active exploitation.
Read glossaryPages14
About Blue Goat Cyber
--- title: "About Blue Goat Cyber" description: "Blue Goat delivers full-service medical device cybersecurity, including secure design, FDA-submission-ready documentation/testing, and postmarket manag
Read page PageAccelerate FDA & Regulatory Clearance with Full-Service Medical Device Cybersecurity
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Read page AboutAwards & Recognition
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--- title: "Christian Espinosa" description: "Founder & CEO · Blue Goat Cyber Christian Espinosa Medical device cybersecurity, treated as patient safety. Not a compliance checkbox. LinkedIn · Forbes C
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