Multi-Agent Systems: Architecture Patterns for Developers
Most production agent projects do not fail because the model is weak. They fail because one agent was asked to hold too much at once: routing, planning, tool use, memory, and error...
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Most production agent projects do not fail because the model is weak. They fail because one agent was asked to hold too much at once: routing, planning, tool use, memory, and error...
In this article, you will learn the key differences between single-agent and multi-agent AI systems, and how to decide which architecture fits your problem. Topics...
More agents. More coordination. More complexity. But is the result actually better?Continue reading on Medium »
What happens when AI agents can find each other, communicate, negotiate, and work together?Continue reading on Medium »
Multi-agent coding systems don't necessarily fail because agents can't communicate. They can fail because important commitments made in conversation have nowhere to live afterward....
We have spent the last two years learning how to ground a single AI agent in enterprise data. That was the easy part. Coordinating a fleet of them turns out to be a different probl...
AI applications are rapidly moving from single-model applications toward systems composed of multiple specialized agents. One agent may specialize in weather information, another i...
Most agent projects start the same way: one model, one prompt loop, three or four tools. That's the right place to start, and for a lot of workloads it's also the right place to st...
Multi-agent systems need deeper guarantees than fluent responses: they must select the right tools, respect constraints, and explain their decisions. Learn how to build a Strands-b...
Let the AI decide which agents to run — and run the right ones simultaneouslyContinue reading on Data Science Collective »
The history of agentic AI is a progression spanning more than seven decades of artificial intelligence research. Symbolic reasoning established computational problem solving, exper...
A hands-on guide to defining specialist agents and coordinating their work in the Codex CLI The post From One Agent to a Team: Understanding Codex Subagents appeared first on Towar...
Beyond basic ReAct loops: six production-oriented architectures for building autonomous, reliable, and scalable LLM agents. The post Agentic Systems: A Practitioner's Guide to 6 Ad...
Stop struggling with LLM hallucinations. Learn the multi-agent patterns and infrastructure needed to build reliable, scalable AI systems in production. The post Mastering Multi-Age...
How to catch a payload that looks correct but isn't, using a watchdog pattern with working Python. The post Why Most Multi-Agent Systems Fail Even When Evaluation Passes appeared f...
Many teams build a multi-agent AI prototype in days but hit a wall in production. This post defines five production challenges (orchestration, per-agent model selection, reliable o...
What it takes to turn counterfactual analysis into an AI product The post How I Built a Multi-Agent System for Interrupted Time Series Analysis (ITSA) appeared first on Towards Dat...
The Agentic SOC needs two protocols, not one. Learn how MCP and A2A work together as the vertical and horizontal layers of multi-agent security operations
Enterprise AI is moving beyond isolated prompt-response calls and toward systems that observe events, preserve state, invoke tools, and publish decisions back into operational work...
Bring multiple ACP-compatible agents into the conversations where your team already works with an open-source, self-hostable alternative to Claude Tag. The post AgentConnect -- the...
AI agents extend language models from simply generating responses to carrying out goal-oriented workflows. By combining reasoning, tool use, feedback, and control logic, agents can...
Coordinating agent capability development with the application it powers The post Where the Agent Development Lifecycle Fits appeared first on Towards Data Science.
Here’s a quick strategy to manage multiple AI agents easily. (Don’t worry, it’s all one tool.)
Analyze repositories with multi-agent AI to uncover security, architecture, performance, and code quality issues, reduce technical debt, and prioritize fixes.
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