Asking an LLM whether a value changed significantly turns a cheap comparison into a slow, untestable guess. Here is the split I use in WordPress: PHP thresholds decide when to act, and the model only writes the message.
Timer-XL makes the case that decoder-only Transformers beat encoders at forecasting. This looks at how TimeAttention keeps temporal order intact, why patch tokens cut the compute, and what the zero-shot numbers mean for real pipelines.
WooCommerce added a Subscriptions Health Check tool under Status. It finds subscriptions stuck on manual renewal after the HPOS cache bug, plus active subs with missing or overdue payment dates. Here is what caused it, and what the changelog left out.
MARL for logistics: RL picks the routing strategy, Linear Programming handles packing, and ratio-based observations let one agent run at a rural hub or a metro sorting center. Includes the sequential training loop that keeps agents stable.
WooCommerce for Claude came out of Automattic’s Radical Speed Month. It uses MCP to give the model analytics lookup tables, a store knowledge layer and an AI-readiness score, all on one endpoint. Plus the provider pattern and how to run it locally.
A “5x improvement” on its own tells you nothing. Three questions pull it apart: which dimension moved, from what baseline, and against which period. Examples from Core Web Vitals, model accuracy, and a transient cache bug that faked a 10x speed boost.
Claude Code gets more reliable when it can run its own output: unit tests through WP-CLI, parallel prompts compared against the goal, and Chrome screenshots over MCP for front-end work. Also why an agent looping with no check-in is worse than no loop.
AI coding tools copy whatever patterns already exist in a repo and know nothing about battery budgets or packet sizes. In IoT that combination turns into technical debt faster than a team can refactor it away.
A store you can launch in an hour is fine for a prototype. For a real business, the shipping zones, tax classes, asset loading and payment webhooks you set up on day one decide how much refactoring you do later.
WordPress 7.0 benchmarks show TTFB about 10% worse than 6.9 while LCP holds steady, which puts the cost on the PHP side. Notes on the script module dependency ticket, oversized Link headers that make Nginx return 502, and polling in real-time collaboration.