Multi-Agent Articles
Browse 431 articles about Multi-Agent.
How to Build a Persistent Memory System for AI Agents: Memarch vs Hermes Compared
Compare Memarch and Hermes memory architectures for AI agents. Learn storage, injection, and recall strategies to stop your agent from forgetting everything.
Claude Code Agent View: How to Manage Multiple AI Agents in One Terminal
Claude Code's new Agent View lets you track multiple running sessions, check status in real time, and send agents to the background. Here's how to use it.
MCP Servers vs CLI Tools for AI Agents: When to Use Each
CLI tools are for development and debugging. MCP servers are for production agent loops. Learn the difference and how to use both in the same project.
How to Build an AI Agent That Runs While You Sleep: Scheduled Automations with Claude
From Claude Code cron jobs to Hermes scheduled tasks, here are three methods for deploying AI agents that run autonomously on a schedule without supervision.
How to Use Claude Code Agent View to Manage Multiple AI Agents at Once
Claude Code's new Agent View consolidates multiple terminal sessions into one dashboard. Learn how to use it to run parallel agents and track their status.
Parallel Agent Execution vs Sequential Agents: When to Use Each
Sequential agents waste time on independent tasks. Learn when to run agents in parallel and how platforms like MindStudio support parallel workflow execution.
What Is Semantic Memory Search for AI Agents? How Vector Databases Enable Meaning-Based Recall
Keyword search misses synonyms and context. Semantic memory search uses vector embeddings to find information by meaning. Here's how to add it to your agents.
What Is Thinking Machines Labs' Interaction Model? Real-Time AI with Time Awareness
Thinking Machines Labs' new interaction model offers real-time translation, time tracking, and simultaneous tool calls. Here's what it means for AI agents.
What Is the Verifier Pattern in Multi-Agent Systems? How Independent Review Catches Bugs
Using the same model to write and verify code preserves biases. The verifier pattern uses a separate agent with no shared context to catch real errors.
Agent Harness Engineering: Why Your Wrapper Matters More Than the Model
Cursor's research shows the same Claude model scores 46% vs 80% depending on harness design. Here's what harness engineering means and how to build better ones.
Claude Code Memory Systems Compared: Memarch vs Hermes vs Built-In
Compare Claude Code's built-in memory, Memarch's vector database, and Hermes's curated facts to find the best persistent memory setup for your agents.
How to Build a Hybrid AI Memory System: Combining Memarch and Hermes
Learn how to combine Memarch's automatic vector capture with Hermes's curated memory injection for a complete Claude Code memory architecture.
Multi-Agent Reliability Math: Why Chaining 5 Agents Drops Success Rate to 77%
Chain five agents at 95% reliability each and your end-to-end success rate collapses to 77%. Here's the compounding problem and how to architect around it.
What Is Thinking Machines Labs? Mira Murati's Real-Time AI Interaction Model
Thinking Machines Labs, founded by ex-OpenAI CTO Mira Murati, demos real-time translation, simultaneous tool calls, and time-aware AI agents.
Why You Shouldn't Switch Models Mid-Conversation in AI Coding Agents
Cursor's blog explains why switching models mid-session causes cache misses, out-of-distribution context, and slower turns—and what to do instead.
How to Build an AI Agent with Persistent Memory Using RAG and Vector Search
Learn the multi-layer memory architecture that combines semantic search, file system tools, and backtracking to give Claude agents reliable long-term recall.
How to Deploy Claude Agents That Run While You Sleep: 3 Methods Compared
Compare slash loops, Claude routines, and Modal deployments for running autonomous Claude agents 24/7 without keeping your computer on.
Multi-Agent Orchestration vs Single Model: Why 100+ Agents Beat One Frontier Model
Microsoft's M-dash uses 100+ models in tandem to outperform Claude Mythos on cybersecurity benchmarks. Here's why orchestration beats brute-force intelligence.
Time-Aware AI Agents: How Thinking Machines' Interaction Model Changes Automation
Thinking Machines' model tracks time, interrupts proactively, and runs parallel tool calls. Here's what that means for building smarter AI agents.
What Is Agentic RAG? How Multi-Layer Retrieval Beats Standard Vector Search
Agentic RAG uses semantic pre-filtering plus file system tools to retrieve information from complex documents. Here's the architecture and when to use it.