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AGENTS
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The Agentic AI Bible: Complete Guide to LLM-Powered Agents
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Check this out at https://t.co/yb8splH5S3
— Kirk Borne (@KirkDBorne) 30 mars 2026
"The Agentic AI Bible: The Complete and Up-to-Date Guide to Design, Build, and Scale Goal-Driven, LLM-Powered Agents that Think, Execute and Evolve" pic.twitter.com/KKnT16NzXFCheck this out at http://
amzn.to/4sUCgzc "The Agentic AI Bible: The Complete and Up-to-Date Guide to Design, Build, and Scale Goal-Driven, LLM-Powered Agents that Think, Execute and Evolve" -

Claude Code Custom Agents with System Prompts and Tools
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14/ Use –agent to give Claude Code a custom system prompt & tools Custom agents are a powerful primitive that often gets overlooked. To use it, just define a new agent in .claude/agents, then run claude –agent=
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Claude /batch: Massive Parallel Code Migration with Worktree Agents
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11/ Use /batch to fan out massive changesets /batch interviews you, then has Claude fan out the work to as many worktree agents as it takes (dozens, hundreds, even thousands) to get it done. Use it for large code migrations and others kinds of parallelizable work.
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Using /btw Command for Side Queries with AI Agents
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9/ Use /btw for side queries I use this all the time to answer quick questions while the agent works
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Powerful Claude Code Features: /loop and /schedule for Automation
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3/ Two of the most powerful features in Claude Code: /loop and /schedule Use these to schedule Claude to run automatically at a set interval, for up to a week at a time. I have a bunch of loops running locally: – /loop 5m /babysit, to auto-address code review, auto-rebase, and
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Using Hooks for Deterministic Agent Lifecycle Logic Management
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4/ Use hooks to deterministically run logic as part of the agent lifecycle For example, use hooks to:
– Dynamically load in context each time you start Claude (SessionStart)
– Log every bash command the model runs (PreToolUse)
– Route permission prompts to WhatsApp for you to -

Stanford’s Agent0: AI System That Teaches Itself Without Human Supervision
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🚨 BREAKING: Stanford just unlocked the cheat code for infinite AI reasoning. Not an upgrade. Not another model. A completely new way for AI to teach itself. Researchers at Stanford University just introduced a framework called Agent0… And it doesn’t learn like anything we’ve seen before. Most AI systems today depend on: • Massive curated datasets • Human feedback loops • Predefined training pipelines Agent0 throws all of that out. No labeled data. No human supervision. No hand-holding. Just pure self-evolution. Here’s what makes it wild: Agent0 starts from zero knowledge… Then improves by: • Generating its own problems • Solving them • Learning from its own mistakes • Iterating endlessly It’s basically AI teaching itself how to think. And the results? Honestly insane: → +18% improvement in mathematical reasoning → +24% boost in general reasoning tasks → Outperforms every existing self-play method currently available This isn’t incremental. This is a leap. But here’s the craziest part: You can literally watch the system evolve… It begins with basic geometry problems (simple shapes, angles, proofs) Then gradually levels up to: • Multi-step logical reasoning • Complex combinatorics • Abstract problem-solving No external help. Just self-driven intelligence scaling. Why this matters: We might be entering a phase where AI no longer needs: • Human-generated datasets • Expensive labeling • Constant retraining Instead… AI systems could: • Continuously improve themselves • Adapt in real-time • Unlock reasoning abilities we didn’t explicitly program If this direction scales… We’re not just building smarter AI. We’re building AI that learns how to become smarter on its own.
→ View original post on X — @debashis_dutta, 2026-03-30 00:28 UTC
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LlamaAgents Builder: Deploy AI Agents from Prompts Instantly
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LlamaAgents Builder: From Prompt to Deployed AI Agent in Minutes https://
machinelearningmastery.com/llamaagents-bu
ilder-from-prompt-to-deployed-ai-agent-in-minutes/?utm_source=dlvr.it&utm_medium=twitter
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AI-Designed Agent Harnesses Replace Human-Coded Constraints
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I have long felt that agent harnesses – even claude code – are too restrictive, because they are still designed by humans. New paper for Tinsghua and Shenzhen says, what if AI itself runs the harness, rather than defining it in code? Given a natural language SOP of how an agent should orchestrate subagents, memory, compaction, etc., we can just have an LLM execute that logic! (And AI could design that SOP dynamically and depending on the task too) It's a bit mind-warping to think about, but genius once it clicks. Makes you wonder how else we should be designing AI systems as we can start consuming more and more tokens
→ View original post on X — @debashis_dutta, 2026-03-29 23:42 UTC
