Boosters
Advanced Biometric Security Module [ALPHA]
Built for users who want biometric unlock — without compromising privacy.
The Advanced Biometric Security Module [ALPHA] adds a dedicated biometric security layer to your Zero Trace Phone, isolating fingerprint authentication from the main system and keeping biometric data permanently on-device.
No syncing. No servers. No external pathways.
writing.
Facial recognition is disabled across all Zero Trace Phones.
Face unlock introduces unnecessary exposure and is vulnerable to spoofing. Fingerprint authentication is the only supported biometric method — chosen for reliability, consistency, and control.
- Battery: Over 24-hour battery life; up to 72-hour battery life w/ Z-MODE®
- Port: Fast charging (Gen 2), data offloading, data blocking capability
- Wireless Charging: Qi-certified wireless charging
- Dedicated Biometric Processor
A separate secure processor handles biometric operations in isolation, reducing attack surface and preventing unauthorized access. - Fully On-Device Matching
Fingerprint verification happens locally — never sent to the cloud and never processed outside the device. - Hardware-Level Encryption
Biometric templates are protected using hardware encryption designed to resist extraction, replication, and tampering.
Your biometric data is never uploaded, transmitted, synced, or backed up.
There is no server infrastructure for biometric data to touch — eliminating entire categories of leak, interception, and exposure.
If you want the strongest biometric unlocking available on a Zero Trace Phone, this is the upgrade.
Dynamic EM Shielding
Dynamic EM Shielding is an internal hardware treatment designed to reduce electromagnetic leakage from your device’s most sensitive components.
This upgrade applies a precision multi-layer shielding system inside the phone — built to limit emissions that can be exploited for interception, profiling, or signal analysis.
Invisible from the outside. Engineered for maximum protection.
This shielding is applied to key internal components, including:
- CPU / GPU
- Memory modules
- Communication and radio-related chips
- Critical internal surfaces near high-emission zones
By targeting the highest-risk emission sources, Dynamic EM Shielding provides deeper protection than surface-level cases or external wraps.
The process uses a layered internal shielding architecture:
- Conductive Absorption Layer
A thin conductive coating absorbs electromagnetic emissions at the source. - Adaptive Frequency Layer
A responsive polymer matrix with nanomaterials adjusts to shield specific frequency ranges. - Reflective Deflection Layer
A high-reflectivity layer (using materials such as silver or aluminum) helps deflect incoming electromagnetic waves and suppress internal leakage.
Each layer is applied with controlled thickness to preserve device performance and thermal behavior.
Applied using precision robotics in a cleanroom environment, ensuring uniform coverage and maximum consistency across components.
Benefits include:
- Reduced EM-based interception potential
- Increased privacy against side-channel emission analysis
- Stealth protection — no external visual changes
- Durable internal shielding engineered for long-term daily use
A true internal shielding upgrade — built for users who take privacy seriously.
