Insights
AI adoption & engineering
Practical AI adoption across products, software delivery and company workflows. Find implementation guides, compare tools and estimate operating effort, with permissions, evaluation and human decisions visible.
Where we stand
Company-process adoption starts with a worthwhile task and a process owner. Readiness, existing tools, staff training and an approval path matter as much as the generated result. We compare handling effort, correction time and quality before recommending wider use. A pilot can support a decision to stop; a polished demo is not proof of business value.
An AI feature in a client’s product is a deliverable with users, data sources and acceptance criteria. A support assistant, knowledge search or automated workflow needs evaluation of its answers, permission boundaries, failure handling and operating costs. Using a drafting tool while writing the feature is a separate implementation choice. We scope those two uses of AI explicitly so a development tool is not mistaken for a product capability.
The interesting unit of progress is an accepted change, rather than a generated answer. A tool can produce a function immediately while the team spends hours deciding whether the function belongs in the product. We prefer tasks with explicit requirements, small boundaries and an observable result, because those give assistance a useful place inside an ordinary delivery process.
Tool use begins with an agreement about information. Which products are approved, which categories of input they may receive and who takes responsibility for review are project decisions. An organisation with confidential customer records has different constraints from a public demonstration repository. The agreement should be written clearly enough that an engineer can act on it without interpreting a slogan.
Quality evidence has to come from the intended behaviour. Asking a tool to write an implementation and then accepting a test that mirrors the same assumption creates a reassuring loop with no independent check. Start with examples from the requirement, examine error paths and exercise the journeys that matter to users. Human review is part of this work, especially where permissions or data boundaries are involved.
Speed deserves two separate conversations. Delivery benefits from smaller batches, fewer unresolved questions and shorter review queues. A website benefits from good loading, responsive interaction and stable layout on representative devices. Neither improvement can be inferred from how quickly a first draft appeared. Compare with a baseline, record the conditions of the check and make remaining uncertainty visible.
We treat AI assistance as a tool choice within an engagement, rather than a replacement for ownership. The client should receive understandable source, useful checks and enough documentation for another team to continue. These articles describe a practical approach and its limits; they do not promise a universal productivity multiplier or claim that generated code can approve its own release.
Building an AI feature? Explore integration, evaluation and operating costs.
Choose the task. Follow the practical guide.
Three connected areas of AI adoption, with distinct inputs, decisions and success measures. The guides describe implementation patterns; the buyer articles below help compare options and operating costs.
- AI in products
Knowledge, documents and a useful customer journey.
- AI in software delivery
Requirements, review, proposals and independent release checks.
- AI in business processes
Readiness, a controlled pilot and adoption with a process owner.
Articles on AI adoption & engineering
- Claude vs ChatGPT: choose by task, product and evaluationA dated buyer comparison for code review, test generation, document analysis and internal assistants. Separate chat products, APIs and coding tools before comparing results.
- Build or buy AI: compare the whole operating workflowChoose an existing tool, a custom integration or a non-AI alternative using task fit, data boundaries, ownership and total operating effort.
- Estimate AI feature costs and ROI without a fictional multiplierSeparate implementation, usage, review and maintenance. A worked hypothetical estimate shows how adoption and correction time change the business case.
- Maintain AI features after launch: sources, evaluations and ownershipA practical operating checklist for knowledge changes, model updates, incidents, cost controls and the boundary between support and ongoing maintenance.
- AI-assisted development: where speed meets engineering judgementA quicker first draft is useful. A quicker path to software you can trust needs small changes, human review and evidence that the important behaviour still works.
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