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Experimental framework for multi-agent coordination and collaborative learning architectures. Research platform exploring agent-based learning systems, coordination protocols, and emergent behavior analysis. Progressive tutorials from reactive agents to AI-driven distributed systems.

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Agent Academy Labs: Production-Grade Multi-Agent Systems Framework

Agent Academy Labs Preview

Python: 3.11+ Version: v0.1.0-dev Status: In Development License: Apache 2.0

ByteStack Labs GitHub Stars Contributions welcome


Project Status: In Active Development

This repository is currently in development. The multi-agent systems framework and educational content are being built from the ground up with a focus on production-grade architecture and enterprise reliability.

Watch this space, we're building something different for the agent development community.


Vision: Enterprise-Grade Multi-Agent Framework

Most "AI agent" implementations are shallow wrappers around LLM APIs. This project will provide production-ready architecture with async/await patterns, comprehensive monitoring, and enterprise-grade reliability.

What We're Building

Component Description Status
BaseAgent Enterprise-grade agent with async perception-action cycle In Development
ReactiveAgent Priority-based behavior rules with statistics tracking In Development
Environment Scalable state management and agent registration In Development
Examples Production-ready demonstrations (Smart Devices, etc.) In Development
Documentation Comprehensive guides and API documentation In Development

Framework vs. Tutorial Code

Aspect Tutorial Code Agent Academy Framework (Planned)
Architecture Single function calls Full perception-action cycle
Concurrency Basic threading Async/await throughout
Error Handling Try/catch Timeout handling, retry logic
Monitoring Print statements Performance metrics, observability
Production Ready No Enterprise-grade

Development Roadmap

Phase 1: Core Framework (In Progress)

  • BaseAgent Architecture: Async perception-action cycle with timeout handling
  • ReactiveAgent Implementation: Behavior rules with priority system
  • Environment System: State management and agent registration
  • Performance Monitoring: Built-in metrics and observability
  • Type Safety: Complete type hints for enterprise development

Phase 2: Examples & Validation (Planned)

  • Smart Device(s) Demo: Working example with behavior rules
  • Multi-Agent Scenarios: Agent coordination and communication
  • Performance Benchmarks: Load testing and optimization
  • Test Suite: Comprehensive coverage and validation
  • Documentation: API docs and usage guides

Phase 3: Advanced Features (Future)

  • Distributed Communication: SPADE framework integration
  • Modern Protocols: Support for cutting-edge agent communication
  • Enterprise Deployment: Production deployment patterns
  • Monitoring & Observability: Advanced performance tracking

Planned Production Features

  • Async/Await Architecture: Full concurrency support for scalable deployment
  • Performance Monitoring: Built-in metrics collection and analysis
  • Error Recovery: Timeout handling, retry logic, graceful degradation
  • Type Safety: Complete type hints for enterprise development
  • Observability: Structured logging with performance tracking

Getting Started (When Ready)

The framework will support modern Python development practices:

# Planned installation process
curl -LsSf https://astral.sh/uv/install.sh | sh
git clone https://github.com/Cre4T3Tiv3/agent-academy-labs
cd agent-academy-labs
uv sync --all-extras

Design Philosophy: Production Over Prototypes

What We Will Build

  • Hand-crafted agent architectures with proper lifecycle management
  • Enterprise-grade async patterns for scalable deployment
  • Comprehensive monitoring with performance tracking
  • Type-safe implementations for maintainable code

What We Won't Build

  • No shallow LLM wrappers or prompt chains
  • No demo-level code that breaks in production
  • No framework dependencies that hide architectural complexity
  • No magic that obscures how agents actually work

Our Approach

  • Technical rigor: Every component designed for production use
  • Performance focus: Benchmarked and optimized for real workloads
  • Educational value: Code that teaches proper agent architecture
  • Community driven: Open source with comprehensive documentation

Contributing

This project is in active development. We welcome:

  • Architecture discussions in GitHub Discussions
  • Feature requests through GitHub Issues
  • Code contributions following our development guidelines (coming soon)
  • Testing and feedback as components become available

Stay Updated

  • Star this repository to follow development progress
  • Watch releases for major milestones
  • Join discussions for architecture and design conversations
  • Follow ByteStack Labs for broader updates

License & Future Citation

Agent Academy Labs will be licensed under the Apache 2.0 License.

Future Citation

@software{agent_academy_labs,
author = Jesse Moses (@Cre4T3Tiv3),
title = {Agent Academy Labs: Production-Grade Multi-Agent Systems Framework},
url = {https://github.com/Cre4T3Tiv3/agent-academy-labs},
version = {0.1.0},
year = {2025},
organization = {ByteStack Labs}
}

Author & Contact

Agent Academy Labs is being built by Jesse Moses (@Cre4T3Tiv3) at ByteStack Labs.

Professional Background

  • AI Engineer with 10+ Years Experience
  • MS AI/ML and MS CS (in progress)
  • Multi-Agent Systems Engineer and Researcher

Connect & Collaborate


Question for the Developer Community: What if agent frameworks started with production-grade architecture instead of tutorial-level wrappers?


Building the future of agent systems at ByteStack Labs
Production-grade architecture for developers who need real solutions


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Experimental framework for multi-agent coordination and collaborative learning architectures. Research platform exploring agent-based learning systems, coordination protocols, and emergent behavior analysis. Progressive tutorials from reactive agents to AI-driven distributed systems.

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