ShirikaShirika is not another AI assistant; it's a deterministic OS for your code. It enables autonomous agents to build, refactor, and evolve your software with verifiable safety and mathematical precision.
Explore the ArchitectureCore Architecture
Deterministic Semantic Engine
Replaces probabilistic guesswork with provable correctness. Our engine builds a live, compiler-grade model of your code, allowing AI to operate with logical certainty instead of fragile assumptions.
Fine-Grained Version Control
Forget Git commits. Shirika treats your codebase's history as a high-velocity event stream. This enables instant, atomic rollbacks and time-travel debugging, giving autonomous agents the safety net they need to perform complex tasks.
Human-Agent Symbiosis
You define the intent; the agents handle execution. Shirika provides the symbolic guardrails that turn AI chaos into predictable, deterministic evolution. Elevate your role from code supervisor to system architect.
How It Works: The Physics Engine for Code
Real-Time Analysis
The Rust-based `shirika-daemon` watches every change, updating a live dependency graph and semantic model of your entire project in milliseconds.
MCP Interface
Agents (and your IDE) communicate with the daemon via the Model Context Protocol, issuing semantic commands like `ast_rename_symbol` instead of fragile text edits.
Transactional Safety
Multi-file changes are executed in a "Shadow Graph." The system validates the final state, ensuring 100% correctness before committing, eliminating broken states.
Stop Supervising. Start Architecting.
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