DECSEA: Deterministic Code Synthesis via Execution Analysis
Frontier models are inherently unpredictable, making them unreliable code generators. We are solving this with DECSEA. It's our formal verification system that provides real-time execution feedback to the AI, taming its non-deterministic nature.
This allows us to harness the speed of AI to deliver software that is efficient, reliable, and enterprise-grade from the start.
Mesh of AI-agents working behind the scenes. These AI agents auto-generate software LEGOs and weave bespoke software solutions.
Multiple specialized AI agents collaborate in real-time, each focused on specific aspects of software development—from architecture design to code generation to testing.
This distributed approach ensures that every component is optimized by an agent with deep expertise in that domain, resulting in higher quality output than any single model could achieve.
A formal verification system that transforms unpredictable AI output into deterministic, enterprise-grade code.
As AI agents generate code, DECSEA continuously executes and analyzes each component in isolated environments, providing immediate feedback on functionality, performance, and security.
When issues are detected, DECSEA guides the AI agents to refine their output, creating a continuous improvement loop that ensures optimal code quality.
Before any code reaches production, DECSEA performs mathematical proofs of correctness, ensuring that the software behaves exactly as specified under all conditions.
