Typical clinical uses
- Behind-the-ear and in-the-ear hearing aids
- Cochlear implants and bone-anchored hearing systems
- OTC hearing aids and self-fit devices
- Tele-audiology / remote programming platforms
- Companion apps for patient control and adherence
MedTech segment · Hearing
Hearing Devices cybersecurity.
Cybersecurity for hearing aids, cochlear implants, and OTC hearing.
What we mean by hearing.
BLE-connected hearing aids and cochlear implants are increasingly programmable from patient-facing apps. We secure the BLE link, mobile companion, and fitting workflow.
Hearing aids and cochlear implants are some of the highest-volume BLE-paired medical devices on the market. Phone-pairing security is foundational, and the move to OTC and tele-audiology adds new authenticated remote-write paths that must be modeled and tested.
Key data flows & integrations
- Device ↔ phone (BLE, MFi / ASHA / LE Audio)
- Phone ↔ cloud audiology platform (TLS, OAuth)
- Cloud ↔ audiologist remote-programming session (authenticated)
- Cloud ↔ EHR (HL7, FHIR where applicable)
- Manufacturing programmer ↔ device (key provisioning)
Threat surface
Cyber risks specific to hearing.
BLE programming interfaces
Audio-streaming and programming services on hearing devices need authentication and authorization separation.
Fitting software supply chain
Audiologist fitting software is a privileged client and a target for supply-chain attacks.
Top concerns
Top cybersecurity concerns for hearing.
Hearing aids and cochlear implants are some of the highest-volume BLE-paired medical devices in market - phone-pairing security is foundational.
- BLE pairing and link-layer attacks
- Companion-app account takeover
- Programmable parameter integrity (audiologist remote programming)
- Firmware update authenticity for implantables
- PHI exposure in cloud audiology platforms
- Patient-data export / sharing controls
- Phone-OS variability across iOS/Android
- Counterfeit / cloned accessory risk
Operational challenges
Where hearing teams get stuck.
Remote audiology programming
Tele-audiology adds a new authenticated remote-write path that must be modeled and tested as an attack surface.
Implant lifetime vs. crypto
Cochlear implants in service for 15+ years require crypto-agility planning, including post-quantum readiness.
OTC hearing aids regulatory shift
OTC categories change the consumer-vs-medical risk profile and the documentation FDA expects.
What FDA scrutinizes
Reviewer focus areas
Remote audiology programming
Tele-audiology adds a new authenticated remote-write path that must be modeled and tested as an attack surface.
OTC categorization
OTC categories change the consumer-vs-medical risk profile and the documentation FDA expects.
Implant lifetime crypto-agility
Cochlear implants in service for 15+ years require crypto-agility planning, including post-quantum readiness.
Regulatory pathways and standards
Regulatory pathways
FDA pathways we support
510(k) De Novo OTC special controls
Standards & guidance
Applicable standards
FDA 2026 Premarket Cyber Guidance AAMI SW96 IEC 62304
Services
How we help hearing teams.
FAQs
Hearing cybersecurity FAQs.
Do OTC hearing aids need a cyber package?
If they're connected and software-controlled (most are), then yes - the OTC special controls reference applicable FDA cyber guidance.
How do you test the BLE programming interface?
We separate audio-streaming from programming services in the threat model and verify authentication and authorization on every programming command - including from the patient app.
What about the audiologist fitting software?
Fitting software is a privileged client. We review its supply chain, signing, update path, and the credentials it uses to talk to the device.
Are cochlear implants treated like other implantables?
Yes - same expectations as other Class III implantables: full premarket package, postmarket vulnerability management, and a CVD program.
How do you handle the patient companion app?
Standard mobile premarket package: MASVS-aligned testing, secure storage, TLS pinning, and authorization checks against the device and any cloud APIs.
What's expected for OTC hearing aid labeling?
Cybersecurity content in the IFU, including pairing instructions, update behavior, and a coordinated vulnerability disclosure point of contact - consistent with FDA premarket guidance.
Hearing device cybersecurity
Secure your hearing aid or cochlear implant for FDA submission.
BLE/wireless audio protocol testing, fitting software review, and SBOM for hearing devices.
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- Fixed-fee proposal in 48 hrs
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In their words
Backed by MedTech leaders.
HT
"Blue Goat Cyber's depth of expertise was impressive. We had no in-house cybersecurity experience, and their team guided us through every step of the FDA process. The penetration testing and SBOM testing were thorough and gave us complete confidence."
Hank Tucker
CEO · MedTech Manufacturer
For Hearing
Get Hearing cybersecurity that lands.
Cybersecurity for hearing aids, cochlear implants, and OTC hearing.