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Welcome to Kodezi Chronos-1

Introduction to Chronos-1

What Is Chronos-1?Key Innovations Availability Timeline

Core Architecture

Multi-Source Input Layer Adaptive Retrieval Engine Debug-Oriented LLM Core Autonomous Fix Loop Persistent Debug Memory Execution Sandbox Explainability Layer

Getting Started

Model Access Using Chronos-1 Teams & Enterprise Get Access About Kodezi

SWE-Bench Lite Results Multi Random Retrieval Benchmark Bug Category Performance Repository-Scale Performance Language Support Component Impact Analysis

Kodezi OS Integration Kodezi Web IDE Integration Kodezi CLI Integration Kodezi API Integration

Key Innovations

Persistent Debug Memory (PDM)Adaptive Graph Guided Retrieval (AGR)Output-Optimized Design Debug-Specific Training Data Autonomous Debugging Loop

Chronos-1 vs General-Purpose Models Debugging Gap Analysis Technical Differences

Research Paper Frequently Asked Questions (FAQ)

Contact Information License & Proprietary Notice

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Comparisons

How Chronos-1 differs from general-purpose models, traditional tools, and debugging workflows.

Chronos-1 is fundamentally different from general-purpose language models and traditional developer tools.
This section provides structured comparisons that highlight why debugging requires specialized architectures, training data, and execution workflows.

Explore how Chronos-1 compares across:

General-purpose language models
The debugging performance gap
Technical architecture differences

Autonomous Debugging Loop

Chronos’ iterative fix-test-refine cycle that produces fully validated patches.

Chronos-1 vs General-Purpose Models

A detailed comparison showing why general LLMs fail at debugging and how Chronos is engineered for repository-scale repair.