One Platform — Three Domains of Sovereignty
SerenityVault™ adapts to the distinct needs of enterprises, governments, and critical infrastructures — delivering verifiable security, regulatory compliance, and operational independence at every scale.
For Enterprises
Digital Trust for a New Era of Business
Enterprises today need more than defense — they need proof. SerenityVault™ provides a sovereign security layer that keeps sensitive data on-site and under your control, while ensuring instant, AI-assisted threat response.
Features
Sovereign Appliance Kits for finance, healthcare, and energy sectors
GDPR-compliant, fully on-premise data governance
Sub-second detection and automated neutralization of advanced threats
Immutable proof of every system action
For Governments
National Sovereignty in the Digital Realm
When national resilience depends on technology, dependency becomes a liability. SerenityVault™ empowers governments to secure critical infrastructure, defense networks, and citizen data on nation-owned, quantum-resilient infrastructure.
Features
Nation-scale deployments with Sovereign Appliances
Legal and technical independence from foreign cloud providers
Post-quantum cryptography for long-term security
Red team testing, audit trails, and multi-jurisdictional resilience
For Critical Infrastructure
Proof-Based Protection for the Systems That Cannot Fail
Energy, healthcare, transport, and defense sectors form the backbone of civilization. SerenityVault™ ensures these networks remain operational, autonomous, and verifiable — even under extreme conditions.
Features
Distributed infrastructure immune to shutdowns or isolation
Real-time threat detection (<1s) and mitigation (<100ms)
Explainable, auditable AI operations
Quantum-secure communications across all nodes
Degraded-Environment Resilience
ALADIN 360 + JASON v2.1
When GNSS (GPS/Galileo) is jammed or spoofed, SerenityVault™ maintains operational continuity through sensor fusion (IMU, optical, and environmental sensors) on NVIDIA Jetson AGX Orin. Navigation is preserved even in contested environments, without reliance on external satellite signals.
