How we orchestrate 12 Codex threads on one software product
Inside the PLAYGRND workflow: twelve specialised Codex threads, one PM orchestrator, explicit ownership, compact handovers and human release gates.
Practical notes from building context systems for software teams.
Inside the PLAYGRND workflow: twelve specialised Codex threads, one PM orchestrator, explicit ownership, compact handovers and human release gates.
How I use Linear, GitLab, Slack and bounded local AI runs at Tilt to turn a defined software scope into review-ready changes overnight.
From the industrial revolution and early LLMs to Lightning payments: how to recognise an infrastructure shift while limiting the risk of an early technology bet.
How to connect ideas across domains, detect compression error, and test the critical assumption cheaply before making a larger investment.
A technical review of Block's Buzz, its signed-event architecture, agent identity model, practical strengths, production gaps, and fit for software teams.
How a short break from prompting became a deployed site-planning tool in about 15 hours, and what that speed means for software companies.
A technical review of Victor Taelin's OptMem, its hierarchical memory compression, practical advantages, trust limits, and fit for software teams.
A practical record model for keeping source evidence, reviewed facts, inferences, corrections, and agent access separate.
A practical playbook for finding where AI can help a software team without giving it unsafe access, stale assumptions, or unverifiable context.
PLAYGRND is a practical example of how a small team can move quickly with AI-assisted engineering, as long as AI accelerates judgment instead of replacing it.
A PLAYGRND optimization moved stable season aggregates from raw query paths into persisted derived tables and Redis snapshot cache, with raw fallback when derived state is missing.
For some products, the best auth flow is not another password or email loop. If users already work in WhatsApp, auth should listen to that channel.
Agent reliability is not only about retrieving the right information. Software teams also need rules for conflict, freshness, ownership, and permission.
Recent agent work is converging on a simple point: memory, tools, evals, and permissions need to become one accountable context layer.
An agent should not merely remember text. It needs source, freshness, permission, scope, and a reason to trust that the information is still valid.