Blog
Practical guides and research on choosing, building, and evaluating useful AI.
15 articles shown
Is an AI project worth the cost? A worked business case
Calculate AI project ROI with a worked example covering adoption, human review, integration, running costs and the difference between capacity and cash savings.
How to choose your first AI workflow
Compare AI workflow ideas, identify blockers and choose a small first test with a clear owner, useful baseline and manageable consequences of error.
How to decide whether an AI pilot worked
Set AI pilot success criteria around real work: outcome quality, human effort, adoption and permitted actions. Use the evidence to continue, change or stop.
What AI hosting companies actually sell
Open models make weights available. Serving them economically depends on traffic, cache reuse, and the capacity to stay fast under load.
Reasoning with less text
HybridAgent combines latent computation with text-based tool use. The useful questions are what it saves, what remains observable, and what it takes to run.
What does a forward deployed engineer actually do?
What does a forward deployed engineer do, and how does the role differ from consulting? A look at AI delivery, product development, and their changing economics.
When an agent says it's done
A coding agent's completion report should link its claims to observable results. Verification loops make failures visible before the work reaches the reviewer.
What does it mean for AI to learn from your business?
Using AI for six months does not guarantee it improves. The useful question is what changes: its source knowledge, its working procedures, or the model itself.
The future of skills is learning from work
Enterprise AI should retain useful lessons from work, turn them into tested procedures, and keep improving them. WikiSkill and OpenWiki show parts of that future and the work still required.
What an agent skill actually is
What goes in SKILL.md, how an agent finds it, and where prompts, tools, and memory fit.
What remains when AI can write the code
The strongest coding agents change the economics of implementation. They leave difficult questions about requirements, architecture, evidence, and ownership.
Give the agent a definition of done
Evaluation-driven development turns an ambiguous AI project into a sequence of testable improvements. The hard work is deciding what the tests should mean.
Autoresearch is moving into the systems that run AI
Agents can optimize GPU kernels and inference systems. I care about whether those changes make the full workload faster, and where an LLM improves on conventional search.
What autoresearch taught us about skin analysis
An AI agent explored wrinkle and pore models, trained small networks, and built review tools. The difficult part was deciding what our labels could tell us.
The agent harness is becoming a runtime
OpenCode 2.0, Pi 1.0, Codex, and Claude Code point toward a different question: how should useful work survive beyond a single conversation?



