Frequently asked questions.

No. Deepfakes defeat systems that rely on what a person looks or sounds like — a face, a voice, a selfie. These are files that can be played back. A-Live uses none of those. A-Live uses a live signal that reads neuromuscular micro-vibrations through the motion sensors already in your device — no camera, no image, no recording. There is nothing to deepfake.

Those are static features — a fixed pattern that can be copied, replayed, and, once leaked, never reissued. Touch Technology uses a live signal generated by your nervous system that exists only at the moment of authentication and is never stored.

Two reasons. They can be spoofed — fingerprints lifted from photos, voice systems fooled by relatives, face recognition defeated by generative AI. And they store a reference file, on the device or in the cloud, that becomes a permanent liability in a breach — you can’t reissue a face. You cannot get or buy new fingers. Not convinced? Read about IDEMIA’s Aadhaar catastrophe in India.

The authorization architecture was informed by established standards for identity assurance, authentication, cryptographic key management, and zero-trust security, including FIDO2, WebAuthn/CTAP, NIST PIV, NIST Zero Trust Architecture, NIST SP 800-57, and FIPS requirements.

None. Touch Technology runs every product on-device. No biometric data, nor personal data, are collected, stored, or transmitted — recognition is a live computation, not a comparison against a saved file. Nothing leaves the device, so there is no database to breach.

No. Everything happens on the device, using its own sensors and chip — Cloudless AI. Our models are pre-trained and cover 98% of all existing mobile devices on the market. No cloud calibration, no transmission of biometric data.

A-Live answers “Is a human present?” It gates human access to systems, services, and credentials by passively detecting human presence through neuromuscular micro-vibrations captured by commodity IMU sensors — no cameras, no challenges, no friction. It runs entirely on-device, returns a result in 0.5 seconds, and integrates into any existing login or access flow via SDK/API. It can extend to laptops and consoles, using a phone as a second factor.

A-Tag answers “Did a human make this?” It establishes human provenance across digital content, allowing for copyright protection for creators.

A-Cert answers “Is the right person authorizing it?” It binds credentials to the legitimate user.

AerWheel answers “Is this driver aware?” It extends physiology-based trust into regulated, safety-critical, and compliance-driven environments such as automotive.

Via SDK/API. A-Live and A-Tag drop into any existing flow. Integration time is days or weeks, not months. A-Tag is also available as an app for creators looking to protect their work.

Nothing beyond the device itself. Touch Technology uses the commodity IMU sensors — accelerometer and gyroscope — standard in smartphones and tablets. No cameras, no special hardware, no external readers. We cover 98% of all existing mobile devices on the market.

Yes. Because everything runs on-device, authentication works with no network connection.

Licensing plus SDK — contact us.

Your brain continuously controls your muscles through tiny, involuntary micro-vibrations, unique to your individual neuromuscular anatomy. This will be our biometric authenticator, called NeuroPrint®, operating on a phone. Touch Technology reads those signals through your device’s motion sensors to confirm a real, present human.

Yes. It derives from the structure of your brain, nerves, and muscles, which differ from person to person — even between identical twins.

Yes — we have 35 granted patents and 26 pending. We have patents covering major markets like in the U.S., E.U., Korea, and Taiwan. Here’s a sample: