FERZ builds infrastructure for a future in which AI must be governable by design.
Our product suite transforms the core mechanisms of AI behavior—what it says, what it does, and how it guides—into deterministic systems with formal guarantees. Each system operates independently, but together they form a composable governance layer for enterprises navigating today's regulatory requirements and tomorrow's autonomous landscapes.
The Language Constitution for AI
Govern what AI says.
Deterministic Action Validation
Govern what AI does.
Each FERZ product governs a distinct layer of intelligent behavior:
Ensures linguistic precision and compliance integrity
Validates decisions and governs machine execution
LASO(f) and Tsutka are independent—built for different layers of the AI stack—but together, they enable deterministic outputs and bounded guidance within a single ecosystem.
Automate compliance checks and legal documentation with AI that understands regulatory requirements.
Ensure accurate medical documentation and patient safety with AI that understands healthcare protocols.
Automate financial reporting and risk assessment with AI that understands compliance requirements.
Ensure AI systems align with human values and ethical guidelines through cognitive alignment.
Modernize and structure legacy data for AI readiness with intelligent transformation tools.
Prepare for the future of autonomous systems with robust AI governance frameworks.
Every FERZ product is:
Predictable, reproducible, and formally governed systems that deliver consistent results every time.
Cryptographically auditable and inspection-ready with full transparency into decision-making processes.
Tuned to high-integrity use cases with deep understanding of regulatory and compliance requirements.
Architected for composability and scalability in tomorrow's superintelligent systems landscape.
Designed to fit seamlessly into any infrastructure environment with enterprise-grade reliability
Seamlessly deploy in any cloud environment with container orchestration
Fully operational in secure, isolated environments with no external dependencies
Optimized for low-latency processing at the network edge
Flexible integration with existing enterprise systems and workflows
