Sovereign Identity Protocol

Zero Trust Architecture

Every instruction, spoken waveform, and third-party context payload is treated as potentially compromised. Zero access is granted without deterministic, on-device cryptographic verification.

Verification Node
Local Enclave Gated

Zero remote keys or bypass tokens

Layer 01 – Biometric
Acoustic Voiceprint Gate
Active Vector Match
Multi-harmonic acoustic resonance verification processed locally via on-device TFLite models. Low-confidence waveforms require device unlock and passphrase override.
Enforcement Telemetry
Latency: 18ms
Threshold: >0.94 cosine similarity
Engine: Local Porcupine / Whisper
Layer 02 – OS Hardware
Local Hardware Biometrics
Protected Enclave
Direct binding to platform secure enclaves (Apple Secure Enclave, Windows Hello TPM 2.0). Cryptographic keys never leave the host silicon or touch swap memory.
Enforcement Telemetry
Storage: OS Keychain / TPM
Access: Physical token / Face / Fingerprint
Cloud sync: Prohibited
Layer 03 – Input Defense
Prompt Injection Isolation
Deterministic Parser
External content, web captures, and application transcripts are demoted into untrusted data nodes. System parser enforces clear segregation between user directives and contextual text.
Enforcement Telemetry
Classifier: On-device sanitizer
Action: Instruction stripping
Audit: Real-time flag
Layer 04 – Pipeline Shield
External Data Sanitization
Redaction Enforced
Automatic stripping of bearer tokens, private keys, and sensitive environment variables prior to LLM reasoning cycles. Strict outbound quarantine on all background scripts.
Enforcement Telemetry
Regex + ML Masking: Active
Network Bound: Zero external telemetry
Log Retention: Local encrypted append

Policy Execution Sandbox

State: Deterministic Isolation – Audit Ledger Enforced

Status: Inviolable
Hard Kill Active
// Current validation cycle snippet
# Evaluating incoming user command sequence
[PASS] Voiceprint vector hash: verified match (98.4%)
[PASS] Speaker role: Owner enrolled device identity
[WARN] Intent requests file system modifications
[HALT] Requesting secondary biometric unlock before disk write
[LOCK] Execution suspended pending explicit user approval
No Cloud Fallback

Authentication parameters are stored exclusively in root-owned local memory vaults. External networks never receive your voice vectors, facial landmarks, or verification logs.

Local Matching
100% On-Device
Data Retention
Encrypted Log
External Leaks
Zero Telemetry
Dangerous Action
Explicit Auth
Privacy & safety protocols

Sovereign personal security

JARVIS operates locally on your device, ensuring your data, voice, and actions remain private and under your control.

LOCAL ENCRYPTION
VAULT: SECURE
OS-level credential vaulting

All voiceprints, passphrase hashes, and local memory stores are secured within the device's hardware-backed keychain.

StorageAES-256-GCM
KeychainOS Native Secure
SecretsHardware Isolated
VERIFICATION: LOCALSECURE
AUDIT LOGGING
LOGS: VERIFIED
Tamper-evident activity logs

Every command, tool execution, and system interaction is recorded in an encrypted, local-only audit trail.

IntegritySHA-256 Hashed
AccessUser-Only Read
RetentionLocal Encrypted
VERIFICATION: LOCALSECURE
KILL SWITCH
SAFETY: ARMED
Hardware-level safety override

Instantaneous kill-switch halts all automation, mic input, and screen control with a single physical trigger.

Latency< 1ms Response
ScopeFull System Halt
OverridePhysical Trigger
VERIFICATION: LOCALSECURE
PERMISSIONS
SANDBOX: ACTIVE
Granular tool sandbox control

Strict permission gating for every tool, ensuring JARVIS only accesses what you explicitly authorize.

IsolationProcess Sandbox
AuthVoiceprint/Face
AccessExplicit Grant
VERIFICATION: LOCALSECURE
SYSTEM STATUS

All local security modules active

Voiceprint authentication, sandbox isolation, and audit logging are fully operational.