High-assurance software, formally verified.
Formal methods verification, automated testing, program synthesis, accelerators and orchestrators, and integration for safety-critical software.
Website · Research · Orchestrator · Accelerators and Orchestrators · Contact
- Overview
- What we do
- Products
- Accelerators and Orchestrators
- Tools and research platforms
- Standards
- Contact
Giolit Labs works on the specification, verification, synthesis, testing, and integration of software systems whose correctness, safety, security, and reliability are critical. Our methods are grounded in formal methods — model checking, theorem proving, abstract interpretation, constraint solving, and automated reasoning — applied across software, protocols, embedded controllers, neural networks, hardware, and cyber-physical systems.
Based in Thrissur, Kerala, India.
| Area | Description |
|---|---|
| Formal Verification | Mathematical proof of functional correctness, safety, security, robustness, reachability, and liveness properties across programs, protocols, controllers, and neural networks. |
| Automated Testing | Test generation, regression testing, fuzzing, protocol testing, API validation, and AI system evaluation. |
| Program & Controller Synthesis | Correct-by-construction generation of software and control logic from formal specifications. |
| Verified System Integration | Composition of heterogeneous, formally verified components while preserving system-level correctness. |
| Accelerators and Orchestrators | Problem-specific acceleration paired with constraint-aware execution routing, under the same correctness guarantees. |
Enterprise Orchestration Platform Constraint-aware workflow orchestration with mathematical proof of goal reachability and zero undefined execution states.
Hospital Management System (HMS) IEC 62304-aligned healthcare software covering clinical operations, hospital operations, analytics, and HL7/FHIR interoperability. Distributed through a marketplace of verification-ready, Giolit-signed components.
Specialized components that reformulate select computational problems for substantially lower solve cost, then route execution through the Enterprise Orchestration Platform — under the same correctness and reachability guarantees applied elsewhere in our stack.
Internal tooling built on our research, powering the products and services above.
| Tool | Function |
|---|---|
| CHC Solver | Constraint Horn Clause solving for verification backends |
| Automated Software Verifier | End-to-end automated verification of programs |
| Controller Verifier | Verification of control logic and embedded controllers |
| Verified Program / Controller Generators | Synthesis with correctness guarantees |
| Fuzzer | Intelligent fuzzing for vulnerability and edge-case discovery |
| Neural Network Simulator | Simulation and behavioral analysis of AI models |
| Automated Software Integrator | Composition of heterogeneous components with preserved correctness |
See Research for publications and platform details.
Our methodologies apply to systems developed under:
ISO 26262 (automotive) · IEC 61508 (functional safety) · IEC 62304 (medical device software) · DO-178C (airborne systems) · EN 50128 (railway) · MISRA · secure software development standards
| giolitlabs@gmail.com | |
| Demo requests | giolit.com/request-demo |
| Location | Ramavarmapuram, Thrissur, Kerala – 680009, India |