Multi-Agent Systems Explained
Basics · 6 min
Multi-Agent Systems (MAS) are systems where multiple AI agents work together to solve complex problems. Instead of one all-powerful AI, you have specialized agents that communicate and collaborate.
Why Multiple Agents?
- Specialization: Each agent can be optimized for a specific task
- Scalability: Add more agents as needed
- Robustness: System continues even if one agent fails
- Cost efficiency: Use simple agents for simple tasks
Agent Types
1. Research Agent
Searches the web, reads documents, gathers information.
2. Coder Agent
Writes code, fixes bugs, implements features.
3. Review Agent
Reviews code, checks tests, ensures quality.
4. Deploy Agent
Deploys to production, manages infrastructure.
5. QA Agent
Runs tests, reports bugs, validates outputs.
Communication Patterns
| Pattern | Use Case |
|---|---|
| Message Passing | Direct communication between agents |
| Blackboard | Shared memory all agents access |
| Publish/Subscribe | Agents subscribe to topics |
| Orchestrator | Central agent coordinates all |
Real-World Example
User: "Write a web app"
|
v
[Orchestrator]
|
+--> [Research Agent] --> "Best frameworks for web apps"
|
+--> [Coder Agent] --> "Writes the code"
|
+--> [Review Agent] --> "Reviews the code"
|
v
Final Web AppNext step: move from knowledge to implementation
If you want more than theory: setups, workflows and templates from real operations for teams that want local, documented AI systems.
Why AI Engineering
- Local and self-hosted by default
- Documented and auditable
- Built from our own runtime
- Made in Austria
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