AI-Driven SDLC
Intelligent LLM-based SDLC to migrate source code from legacy to modern languages and frameworks using a multi-agent system.
Key Metrics
Target Users
- Developers
- Product Managers
- IT Leaders
Business Benefits
- Enhanced operational efficiency
- Reduced processing time
- Improved accuracy and consistency
- Better resource allocation
Operational Impact
- Accelerated development timelines through automated code generation and documentation
- Improved code quality and consistency across development teams
- Knowledge preservation and sharing through comprehensive documentation
- Reduced onboarding time for new developers joining projects
Customer Impact
- Faster migration of legacy codebases to modern architectures
- Reduced time spent documenting complex systems
Technical Highlights
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Migration Workflow
Status Panel
Business Context
Organizations frequently face the challenge of migrating legacy codebases to modern languages and frameworks. This process is typically manual, error-prone, and requires significant expertise in both source and target technologies. Our AI-Driven SDLC System automates this process using a series of specialized LLM agents that analyze, plan, and execute the migration while keeping humans in the loop for critical decision points.
Problem Statement
Manual code migration is time-consuming, error-prone, and expensive, often requiring specialized knowledge in both legacy and modern systems. Many organizations struggle with modernizing their critical applications due to the complexity and risk involved. This PoC demonstrates how AI-assisted code migration can accelerate the process while maintaining quality and reducing risk.
Impact and Importance
Our AI-Driven SDLC System can reduce migration time by up to 70%, drastically cut costs, and improve the quality of migrated code through consistent patterns and best practices. It enables organizations to modernize faster, reduce technical debt, and improve maintenance and scalability of critical applications.
Developer Setup
To set up and run this PoC locally, follow these steps:
1. Backend Setup
- Clone the agent repository and install dependencies:
- Start the Quart server:
git clone ...
cd ET-AI-AMS-Automation
pip install -r src_v2/requirements.txt
python src_v2/app.py
3. Event Stream Format
The event stream sends JSON objects with the following structure:
{
"event": "update",
"data": {
"status": "processing",
"current_phase": "analyze",
"files": ["src/main.py", "src/utils.py"],
"embedding_ready": true,
"source_info": { ... },
"analysis_result": { ... },
// Additional state information
}
}