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408 posts on AI agents, the laws and asymmetries that shape how we build, and lunch-break physics. Search, filter by tag, or start with a series.

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2026

  1. Content Provenance Is Growing Up: What Anthropic's Watermark Really Signals

    TL;DR: Text from Claude’s newer models carries an imperceptible statistical watermark, and its generated files carry a cryptographically signed C2PA provenance manifest where the platform supports it.…

    GenAI Ā· ResponsibleAI Ā· ContentProvenance Ā· MediaEntertainment

  2. AI Moved Into the Database. I've Spent 25 Years Getting Logic Out of It.

    TL;DR: SQL Server 2025 (and Amazon RDS’s managed version of it) can now store vectors natively and call Amazon Bedrock straight from T-SQL. Half of that is genuinely good: vectors are data, and data b…

    AWS Ā· Database Ā· GenAI Ā· Architecture

  3. The Beach Test: Why Big Neural Networks Stop Getting Stuck

    TL;DR: Dry sand flows; densely packed, confined sand jams into a rigid pile - and the jamming transition that describes that rigidity is, in the work of physicist Matthieu Wyart, analogous to a transi…

    ComplexityTheory Ā· DeepLearning Ā· Generalization Ā· FoundationModels

  4. Laws & Disorder #5 — Goodhart's Law: The Goal You Specify Is the Only One You Get

    TL;DR: Goodhart’s Law says that when a measure becomes a target, it stops being a good measure. People optimize the number and quietly drop every goal you had in mind but never expressed. I once watch…

    LawsAndDisorder Ā· Metrics Ā· FinOps Ā· AIAgents

  5. The AI That Only Watches

    TL;DR: The whole industry is racing to give AI more permissions: more tools, more autonomy, more write access. I went the other way this month and noticed something uncomfortable: the assistant that o…

    AgenticAI Ā· ToolsForThought Ā· HumanInTheLoop

  6. Self-Consistency Is Just Probability Amplification

    TL;DR: ā€œSelf-consistencyā€, ask a model the same question several times at a non-zero temperature and take the answer they most agree on (a plurality vote), gives large accuracy gains over greedy decod…

    AI Ā· LLMs Ā· RandomizedAlgorithms Ā· Reasoning

  7. Laws & Disorder #4 — Gall's Law: Great Systems Are Built From Small Bricks, Not Big Plans

    TL;DR: Gall’s Law says a complex system that works is invariably found to have evolved from a simple system that worked, and that a complex system designed from scratch never works. There are two read…

    LawsAndDisorder Ā· Architecture Ā· AWSArchitecture Ā· Migration

  8. Understanding Is the New Bottleneck — and Your AI Agent Can Fix It

    TL;DR: In AI coding the hard part is no longer writing the code, it is understanding the code the agent wrote well enough to keep steering. Geoffrey Litt’s framing is that the human job shifts from ve…

    AgenticAI Ā· AICoding Ā· DeveloperExperience Ā· Kiro

  9. Generate-and-Verify: What P vs NP Teaches Us About AI Reasoning

    TL;DR: The defining feature of the complexity class NP is polynomial-time verifiability: a candidate answer is cheap to check. The asymmetry that matters shows up in its hardest members, the NP-comple…

    AI Ā· LLMs Ā· AgenticAI Ā· Reasoning

  10. Laws & Disorder #3 — Tesler's Law: You Can't Delete Complexity, Only Choose Who Owns It

    TL;DR: Tesler’s Law, the conservation of complexity, says a system has an inherent amount of complexity that can be reallocated between owners but not simply deleted, and the boundary condition is tha…

    LawsAndDisorder Ā· Architecture Ā· Complexity Ā· BuildVsBuy