Deterministic AI for Mission-Critical Operations
Most AI is designed to assist. SILVIA is engineered to be trusted.
A Deterministic Cognitive Operating System that plugs into your stack and executes.
A Deterministic Cognitive Operating System that plugs into your stack and executes.
100
Execution Time
Zero Hallucinations
0
Years in Production
Trusted by Defense industry experts
5
Proven in Production
0
Uptime
300
Runtime Footprint
120
Security Compromises
What SILVIA does
SILVIA is a patented Deterministic Cognitive Operation System that sits at the point where decisions become real.
It queries live and historical data, evaluates system state and constraints, applies explicit, human-defined logic, computes a clear outcome, and
executes actions within approved authority.
Every step is deterministic, explainable, and repeatable.
It queries live and historical data, evaluates system state and constraints, applies explicit, human-defined logic, computes a clear outcome, and
executes actions within approved authority.
Every step is deterministic, explainable, and repeatable.
No hallucinations
Every output is derived from explicit logic—never generated, never guessed.
Immune to prompt manipulation
Architectural immunity to jailbreaks, injection attacks, and adversarial inputs.
Direct control of software, hardware, and sensors
Execute commands to operational systems, devices, and sensors in real time.
Designed for regulated, classified, and national-security environments
Air-gapped, on-prem, and embedded deployment with full sovereign control.
What SILVIA Powers:
From voice-driven command execution to autonomous system control—deterministic AI that acts, not generates.
Mission assistants that execute
Operators speak. SILVIA executes hundreds of deterministic actions in real time.
Predictable autonomous agents
Explainable, repeatable agent behavior with zero drift between deployments.
Real-time monitors and decision engines
Process sensor feeds, alerts, and system states with sub-10ms response.
Digital twins and training simulations
Deterministic NPC behavior and instructor interaction for high-fidelity training environments.
Robotics and unmanned systems
0
Deterministic
Fail-safe onboard reasoning for UAVs, UGVs, and unmanned platforms.
DETERMINISTIC BY DESIGN
When operational risk is non-negotiable, predictability isn’t a feature—it’s the architecture.
SILVIA (Deterministic)
- Predictable outputs
- Zero hallucinations
- <10ms response times
- On-prem / air-gapped
- Executes
- Auditable
- 5mb Runtime
LLMs (Probabilistic)
- Variable outputs
- Hallucination risk
- High latency
- Cloud-dependent
- Generates text
- Blackbox
- GPU Farm
Flexible Integration
REST, WebSocket, SCADA/OPC-UA, Unity, GIS, and ERP/CRM—connect to existing systems without disruption.
Air-Gapped Deployment
On-prem servers, classified networks, edge devices, embedded simulators—zero cloud exposure required.
Minimal Footprint
5MB runtime deploys on constrained hardware, tactical systems, and forward-deployed environments.
Cross-Platform
Windows, Linux, macOS, iOS, Android. C#, .NET, Python, C++, and JavaScript supported.
From POC to Full Deployment
Implementation timelines built for mission-critical environments.
Industries
Purpose-built for environments where failure is not recoverable.
Defense & Aerospace
Real-time deterministic reasoning for autonomous systems, air-defense environments, simulation networks, and command infrastructure.
Industrial & Infrastructure
Deterministic control for SCADA, utilities, energy, manufacturing, and emergency response—where alarm cascades and safety logic require guaranteed execution.
Utilities & Energy
Real-time control for grid management, pipeline monitoring, and critical infrastructure where alarm cascades and safety logic require guaranteed execution.
Autonomous Systems
Fail-safe onboard reasoning for UAVs, UGVs, robotics, and unmanned platforms requiring explainable, deterministic behavior.
Embedded & Edge
5MB runtime for tactical systems, forward-deployed hardware, and constrained compute environments.
Finance
Deterministic decision logic for trading systems, fraud detection, and regulatory compliance where auditability and zero behavioral drift are non-negotiable.
Life Sciences
Precision reasoning for drug discovery pipelines, clinical trial management, and laboratory automation requiring explainable, reproducible outcomes.
Healthcare
Fail-safe logic for diagnostic support, medical device integration, and patient safety systems where deterministic execution is critical.
Government
Mission-critical reasoning for federal operations, intelligence analysis, and public safety systems demanding air-gapped deployment and zero hallucinations.