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Showing posts with the label autonomous ai

Software Testing Knowledge Copilot: How I Built a Secure Multi-Agent AI Assistant for Teams Without Cloud APIs

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Summary : Software Testing Knowledge Copilot is a secure, deterministic, multi-agent AI system that helps QA Engineers instantly discover trusted software testing knowledge from an internal repository. Unlike general-purpose AI assistants, it operates entirely on a local dataset, eliminating cloud API costs, protecting intellectual property, and delivering reliable, traceable technical guidance. View the Local Multi-Agent System video below. Then, read on. There are two ways that you can get this Knowledge Copilot: Kaggle notebook (recommended option): You can copy / edit or download my Software Testing Knowledge Copilot on Kaggle here . On Kaggle, you can read the detailed Knowledge Copilot Project Writeup here . GitHub: You can clone this Knowledge Copilot from (that uses a public Software Testing dataset ) on GitHub here . Introduction: Why Teams Need Their Own AI Knowledge Copilot Every project team builds an enormous knowledge base over time. For example, a soft...

Agentic AI Session1: How to Build Production-Grade AI Agents That Think and Act

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Summary : Agentic AI is not about clever prompts. It is about engineering intelligent systems that can reason, plan, act, and learn reliably in production environments. Want to learn more? Run the Agentic AI Session 1 notebook in Google Colab. Building a production-grade AI agent is less about prompt engineering and more about systems engineering. While most people still think of AI as a chatbot, Agentic AI engineers see something very different. An AI agent is a reasoning engine. To be useful, that engine needs a chassis, fuel, controls, and safety mechanisms. Without these, you don't have an agent. You just have a demo. Based on our Agentic AI curriculum , this post breaks down the foundational concepts that separate experimental agents from production-ready systems. 1. The Anatomy of an Agent: Core Primitives To build reliable agents, teams must share a common language. These primitives describe the essential building blocks of any agentic system. ...