Agentic

Agentic

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A2A Deep Dive: Getting Real-Time Updates from AI Agents
A2A Deep Dive: Getting Real-Time Updates from AI Agents
I recently published a blog post on how to get started with the official A2A demo. In it we explored the capabilities of A2A and how it helps AI agents, potentially built with different frameworks…
·medium.com·
A2A Deep Dive: Getting Real-Time Updates from AI Agents
Introducing MCP-Scan: Protecting MCP with Invariant
Introducing MCP-Scan: Protecting MCP with Invariant
Today we are launching MCP-Scan, a security scanner designed to protect your agentic systems from MCP-based security vulnerabilities, including Tool Poisoning Attacks and MCP Rug Pulls.
·invariantlabs.ai·
Introducing MCP-Scan: Protecting MCP with Invariant
Chain-of-Thought Prompting
Chain-of-Thought Prompting
Learn how Chain-of-Thought prompting improves AI reasoning by guiding models to explain their thought process. Discover its impact on LLM accuracy and complex tasks.
·learnprompting.org·
Chain-of-Thought Prompting
LangChain (@LangChainAI) on X
LangChain (@LangChainAI) on X
Understanding multi-agent handoffs Handoffs are a central concept in multi-agent systems. LangGraph swarm is built on them. But, they can be hard to understand. Here, we break-down the swarm handoff mechanism. 📽️: https://t.co/YkSCFeg9A8
·x.com·
LangChain (@LangChainAI) on X
Open-Source MCP servers | Glama
Open-Source MCP servers | Glama
Enterprise-grade security, privacy, with features like agents, MCP, prompt templates, and more.
·glama.ai·
Open-Source MCP servers | Glama
Running Dockerized Puppeteer in Claude Desktop
Running Dockerized Puppeteer in Claude Desktop
Discover how the Model Context Protocol (MCP) simplifies building AI applications by seamlessly integrating Anthropic Claude with Docker Desktop, enhancing developer productivity and workflow efficiency.
·docker.com·
Running Dockerized Puppeteer in Claude Desktop
mcp-use
mcp-use
Model-Agnostic MCP Library for LLMs
·pypi.org·
mcp-use
A Visual Guide to LLM Agents
A Visual Guide to LLM Agents
Explore the main components of what makes LLM Agents special.
An agent is anything that can be viewed as perceiving its environment through sensors and acting upon that environment through actuators.
Agents interact with their environment and typically consist of several important components
chain-of-thought
This is where planning comes in. Planning in LLM Agents involves breaking a given task up into actionable steps.
reasoning” and “thinking” a bit loosely as we can argue whether this is human-like thinking or merely breaking the answer down to structured steps.
without any examples (zero-shot prompting)
Providing examples (also called few-shot prompting7)
ReAct
Reflecting
These Multi-Agent systems usually consist of specialized Agents, each equipped with their own toolset and overseen by a supervisor.
three LLM roles
SELF-REFINE
To enable planning in LLM Agents, let’s first look at the foundation of this technique, namely reasoning.
·newsletter.maartengrootendorst.com·
A Visual Guide to LLM Agents