MAPonME by BLACKVOICE TECHNOLOGIES™

Introduction to MAPonME by BLACKVOICE TECHNOLOGIES™

MAPonME is a secure communications platform and emergency response system developed by BlackVoice Technologies. It provides end-to-end encrypted messaging, voice communication, location-aware emergency services, and privacy-preserving features for individuals and organizations requiring high-assurance digital security. The platform is designed for users who prioritize confidentiality, integrity, and availability—such as journalists, activists, healthcare professionals, first responders, and remote workers operating in sensitive environments.

The system implements enterprise-grade cryptographic standards and operates entirely within the browser using Web Crypto APIs, with no server-side access to encryption keys. It is SSL A+ certified (as verified by Qualys SSL Labs), HSTS preloaded, and compliant with GDPR requirements. All cryptographic operations are performed client-side, and data persistence occurs only in memory or with user-controlled local storage.

Key Takeaways

• End-to-end encryption using Signal Protocol (X3DH + Double Ratchet) with Perfect Forward Secrecy for all Smart Chat sessions
• Dual-layer AES-256-GCM encryption with ECDH P-256 key exchange for Private Chat, enhanced by KeyFortress™ Shamir’s Secret Sharing
• Sub-second SOS alert delivery with GPS auto-capture, 112 emergency call integration, fall/immobility detection, and shareable live tracking links
• Seven-layer location privacy system including Fake GPS radius configuration (10 km to worldwide), WebRTC IP blocking, and sensor API masking
• Autonomous security architecture comprising HyperFractal Sentinel™ (threat detection), Obsidian Aegis Continuum™ (orchestration), and VortexMind™ (AI-driven behavioral analysis)
• Zero-Knowledge Architecture for Personal Notes: master key derived locally via 220,000-iteration PBKDF2; server never accesses plaintext or keys
• Biometric authentication via WebAuthn/FIDO2 with 30-minute session expiry, plus NIST 800-63B-compliant TOTP two-factor authentication
• Additional privacy controls including disappearing messages (1h/24h/7d), Dead Man’s Switch (1–30 day inactivity), Panic/Duress PIN, and Anti-Forensics Mode (secure memory wipe on logout)

How MAPonME Works

MAPonME operates as a client-side web application with no mandatory account creation or cloud storage dependency. Upon first use, cryptographic keys are generated locally using Web Crypto APIs. For Private Chat, ECDH P-256 establishes shared secrets, and AES-256-GCM encrypts messages; when a secret key is configured, the system automatically upgrades to dual-layer AES-256-GCM. Smart Chat uses the Signal Protocol’s X3DH handshake and Double Ratchet for per-message key rotation, ensuring forward secrecy even if long-term keys are compromised.

Emergency functions are decoupled from routine communication: real GPS coordinates are accessed only during SOS activation or 112 calls, while location spoofing is enforced across all other contexts via the 7-layer Fake GPS Fortress. Biometric login (fingerprint or face ID) and FIDO2 attestations protect session integrity, and all sensitive operations—including key derivation, encryption, and memory wiping—follow constant-time and side-channel-resistant implementations.

Security subsystems operate independently but cooperatively: HyperFractal Sentinel™ performs heuristic threat scoring based on behavioral fingerprints; Obsidian Aegis Continuum™ coordinates responses across subsystems; and VortexMind™ applies AI models to detect anomalous usage patterns without transmitting telemetry. No user data is sent to external AI services—the AI components run locally or in isolated, auditable enclaves.

Core Benefits and Applications

MAPonME supports operational security (OPSEC) in high-risk scenarios such as field journalism, humanitarian aid coordination, and whistleblower communications. Its SOS and safety check-in features enable automated emergency response for lone workers, elderly users, or individuals in unstable regions. The BlackPTT voice radio functionality provides push-to-talk communication with PFS-protected voice streams, suitable for incident command teams or volunteer emergency networks.

Organizations can deploy MAPonME for internal secure collaboration without infrastructure overhead: group chats support Rally Point coordination, and Global MAPonME visualizes real-time participant locations (with privacy controls). The platform’s quantum-resistant readiness—designed for Kyber-768 and Dilithium-3 post-quantum algorithms—ensures long-term viability against evolving cryptographic threats. As a free, open-access service, it lowers barriers to adoption while maintaining strict security engineering standards verified through independent SSL/TLS assessments and cryptographic audits.