


Why Lyratone
Why partner with an IP-independent provider
Most hearing-aid technology in the market traces back to a small number of licensed chipset and algorithm platforms. Lyratone's architecture, algorithms, and device designs are self-developed and independently patented — end to end, not stitched together from someone else's IP.
Every layer of Lyratone's stack — algorithm, chipset integration, hardware design, and fitting software — is ours. Nothing here is licensed, resold, or rebranded.
Reasons Lyratone is different
about who owns the technology your product runs on.
Full-stack self-developed IP
Algorithm, chipset integration, hardware design, and fitting software — every layer built in-house, not stitched together from licensed pieces you don't control.
Architectural innovation — SDH & AIDH
The Software-Defined and AI-Defined Hearing architecture, pioneered by Lyratone since 2018 — not a licensed platform retrofitted with an AI label.
Cost & supply-chain advantages
Built on general-purpose SoC platforms instead of proprietary medical ASICs, keeping partners' unit economics and supply chain flexible.
Product versatility
One platform spans RIC, BTE, TWS, bone-conduction, and open-ear form factors — no redesign required to move between them.
Proven B2B pedigree
An end-to-end service model from algorithm through full device, for partners who'd rather launch than build a hearing-technology team from scratch.
Add paragraph text here.The architecture
Every OWS algorithm on this page runs on that architecture — SDH makes it programmable, AI makes it intelligent.
The Foundation
Software-Defined Hearing
The Evolution
AI-Defined Hearing
What "IP-independent" means in practice
If your technology partner is reselling someone else's IP, you inherit their roadmap, their pricing, and their risk if that upstream relationship ever changes. Lyratone's algorithms, PCBA integration, and device designs are self-developed and independently patented — when you build on Lyratone, you're not one licensing renewal away from losing the technology your product is built on.
Specifications — Lyratone reference design
Pass-through frequency response, phase behavior, self-noise, and distortion were validated end-to-end in an anechoic chamber against an IEC 711 coupler, benchmarked directly against a leading consumer TWS reference product rather than against a passive-earplug baseline — the goal from day one was a listening experience that doesn't feel like protective equipment.
Who this is for
The teams best positioned to define this category early.
Industrial PPE
ODM and brands
Teams with an established passive product line looking to add electronics and move into consumer-facing retail channels.
Outdoor sport & shooting sport
ODM and brands
Users who need "protected, but can still hear a companion talk" as a core use case — among the earliest paying adopters of electronic protection.
How you can work with us
Software — LyraOS
License the OWS algorithm suite — feedback suppression, bass enhancement, WDRC — into hardware you already control.
PCBA module — LyraCore
Algorithm and chipset integration on one board, tuned for open-ear acoustics, ready to drop into your industrial design.
Full device — LyraHearing
A certified, ready-to-brand OWS device — clip-on or ear-hook — so you can launch without building a hearing-technology team.
Built on an IP-independent platform
Lyratone's OWS algorithms are self-developed and independently patented, built on the same architecture that powers our prescription and hearing-protection lines: Software-Defined Hearing as the foundation, AI-Defined Hearing as the evolution. That means your OWS product keeps improving through software updates rather than a hardware redesign — and it means you're never one licensing renewal away from losing the technology your product is built on.
See why an IP-independent partner matters →
Team story
Lyratone's founding team pairs deep audiology and signal-processing research, product and engineering experience from the cloud-communications industry of 25 years. The same discipline behind shipping software that updates continuously is what the team applied to hearing health, and it's a large part of why the Software-Defined Hearing architecture exists in the first place.
See the solutions behind these claims
Software-Defined and AI-Defined Hearing, and the LyraOS / LyraCore / LyraHearing platform built on it.
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