Brave AI
Acoustic & Neural Foundryv2.6 Live

Sculpting the voice ofprivate intelligence.

The precision data calibration studio powering Brave AI on-device models. Engineered with zero-compromise privacy, raw uncompressed acoustics, and rigorous whole-speaker stratification.

Acoustic Live Stream
16-bit 16kHz PCM
Acoustic Prompt:"Hey Brave, search the web privately."
16-BIT 16kHz PCM READY
Acoustic Neural Core • 16kHz
Resonance: 0.04 RMS Clean Noise Floor⚡ Ultra-Low Latency Neural Trigger
ACTIVE & UPCOMING CAMPAIGNS

Acoustic & AI Collection Pipelines

Currently collecting live production datasets for the Hey Brave wake-word engine. Additional AI pipelines are in active planning.

Active Collection

Acoustic Wake-Word Engine

Precision On-Device Neural Activation

Train low-power on-device neural trigger models using natural wake-words, conversational commands, and phonetically adjacent negative speech.

54 calibrated protocol takes
L1 language stratification
Zero cloud telemetry
Launch Voice Studio
Coming Soon

Conversational Turn-Taking AI

In Planning & Protocol Development

Upcoming multi-turn conversational speech and latency calibration datasets. Collection guidelines and criteria will be published once finalized.

Protocol design in progress
Acoustic latency calibration in review
Contribution timeline to be announced
Coming Soon
Coming Soon

Search & Citation Evaluation

In Architectural Exploration

Human preference feedback and citation verification campaigns are under exploration. Specific evaluation metrics will be announced upon review.

Evaluation rubric in review
Privacy sandbox planning
Announcements upon review
Coming Soon
ZERO-COMPROMISE FOUNDATIONS

Engineered with Mathematical Integrity

Zero-Trust

Architectural Privacy

Every recording session is bound by cryptographic consent with automated non-overlapping whole-speaker data partitions.

Stratified

Acoustic Diversity

Continuous demographic balancing across 9 regional L1 dialects, ambient noise profiles, and heterogeneous microphone hardware.

Client-Side

Sub-Pixel Pre-Flight QA

Instantaneous local verification of clipping, RMS noise floor, and duration thresholds before committing data to storage.

Hardened

End-to-End Encryption

Direct encrypted uploads guarded by sliding-window rate limiters, RIFF/WAVE magic-byte checks, and HMAC signed access.