BCIVault: 체내 이식형 암호 코어, 서브 밀리초 생체 신경 신호 암호화 및 PQC 보안 인클레이브

BCIVault는 뇌-컴퓨터 인터페이스(BCI)를 위한 신경 암호화 엔클레이브 및 초저지연 양자 내성 암호화를 개척하여 미가공 신경 원격 측정 신호, 운동 피질 디코더 및 인지 데이터를 도청과 조작으로부터 차단합니다.

BCIVault Neural Enclave Architecture & Cognitive Telemetry Topology

Micro-electrode signal ingest, on-chip neural encryption, and post-quantum wireless bridge

Central System: Neural Crypto Core - Cognitive Privacy Enclave

Cryptographic Nodes

  • Neural Array Ingest
  • Spike-Sorting Filter
  • Lattice Encryption Pipe
  • Homomorphic Neural Unit
  • Cognitive Air-Gap Bridge

Architectural Layers & Protocols

  • Neural Acquisition Plane (Sub-Threshold Bio-Amplifiers / 1024-Electrode Arrays): Digitizing microvolt-level neural action potentials (spikes) and local field potentials (LFP).
  • On-Chip Cryptographic Sealing (Hardware ML-KEM / ChaCha20 Stream Cipher): Encrypting high-bandwidth neural telemetry (> 20 Mbps) before RF/inductive wireless broadcast.
  • Encrypted Cognitive Inference (CKKS Homomorphic Neural Network Decoding): Executing motor intent decoding on cloud servers without decrypting raw brain signals.
  • Stimulation Safety & Anti-Tamper (Hardware Charge-Balancing Safety Clamp): Preventing malicious electrical stimulation pulses that could induce seizures or neural tissue damage.

Key Metrics: < 1.2 ms (Neural Loop Latency) | 1,024 Ch (Simultaneous Electrodes) | Zero-Leak (Cognitive Privacy Margin) | 100% (Stimulation Safety Verified)

신경 암호 텔레메트리 엔클레이브, 뇌-컴퓨터 인터페이스 및 EEG 프라이버시를 위한 실시간 포스트양자 준동형 보호

Authoritative technical engineering reference for neural cryptographic telemetry enclaves, real-time post-quantum homomorphic protection for brain-computer interfaces & eeg privacy in NIST FIPS 203/204/205 standards, lattice-based cryptography, side-channel attack mitigation, and quantum-resilient infrastructure.

Core Engineering Areas

Technical Articles

Related Cluster Architecture Specifications