Agent Drift: How Autonomous AI Agents Lose the Plot
Autonomous AI agents degrade over long-horizon tasks through accumulated context pollution, not single failures. What agent drift is, why it happens, and how to architect against it.
Read more →Technical insights on machine learning, MLOps, AI engineering, and software development. Sharing practical experiences and deep dives into the latest trends in tech.
Autonomous AI agents degrade over long-horizon tasks through accumulated context pollution, not single failures. What agent drift is, why it happens, and how to architect against it.
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The AI stack is shaped like an hourglass — wide at energy and applications, pinched at chips and GPUs. But the pinch is shifting. Everyone's watching Nvidia; the real chokepoint is one layer below.
Build AI agents from the inside out — start with behavior in CLAUDE.md, add capabilities via MCP, then wrap in code with the Claude Agent SDK.
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Repowire is a pull-based mesh network that lets Claude Code sessions communicate across repositories in real-time, replacing stale docs with live agent-to-agent queries.
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Multi-repo coding agent workflows turn you into the message bus. When work spans repositories, you become the slowdown and the source of errors.
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Agents are stateful logic, not stateless apps. The cloud primitives — durable execution, agent identity, MCP — that AI agents need to run reliably.
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AI agent memory management mirrors database design. Agent state needs persistence, retries, and checkpointing — the same problems backend systems solved.
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Code is becoming a transient artifact — AI-generated bytecode. The future of programming belongs to Architects of Intent, not writers of loops.
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Torale monitors the web so you don't have to. How ambient AI turns passive monitoring into proactive intelligence — and how Gemini made it possible.
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Early architectural decisions create a flywheel effect that accelerates your path to production. Discover the Nimble Flywheel framework for scaling ML.
A modality-aware machine learning project template that gets you from idea to training in minutes using uv, Polars, and LitServe for modern ML workflows.
A month with Claude Code: I shipped more projects than ever while paradoxically becoming worse at programming from scratch. Here's what actually happened.
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Fix your ML training workflow with the Pre-Flight, In-Flight, Post-Flight framework—catch bugs early, monitor runs, and evaluate beyond vanity metrics.
Explore how agentic MLOps uses AI agents and MCP to autonomously handle data drift, model deployment, and ML pipeline orchestration across your entire stack.
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Learn how the A2A Protocol enables secure AI agent communication. Covers Google's open standard, MCP differences, authentication, monetization, orchestration, and Python examples.
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Six shifts define tech trends next decade: Autonomous Economy, Radical Abstraction, Composability, Ecosystem Dynamics, Ambient Intelligence, Next-Gen UX.
A practical comparison of AI agent frameworks — OpenAI Agents SDK, Google ADK, AWS Bedrock, and Smol Agents — covering architecture, multi-agent systems, and emerging trends.
Treating ML experiments as disposable runs undermines reproducibility and model quality. Learn why experiment tracking belongs in MLOps infrastructure.
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Scale ML models faster with the right training infrastructure. Covers distributed training, GPU clouds, spot instances, and cloud-agnostic setups.
A decision framework for when to invest in MLOps at your startup — from early-stage flexibility through scaling infrastructure at each growth stage.
Building tech products for India from first principles—local habits, scale, price sensitivity, and cultural diversity require a full ground-up rethink.
How the histories of full stack web development and machine learning converged to create the full stack machine learning engineer role.
The ML ecosystem mirrors JavaScript's 2015 framework chaos. I map the fragmentation layers and share how I tackled it by building torchwebio.
Compare pipenv vs pyenv and learn how combining both tools solves Python version management and dependency isolation in one workflow.