Understanding the system
AI Agents: What They Do and Where They Fit
Understand model-directed workflows, tool access, the surrounding AI harness and the limits that matter before deployment.
Read the articlePractical writing on AI systems, the controls around them and the work of bringing them into a business.
Understanding the system
Understand model-directed workflows, tool access, the surrounding AI harness and the limits that matter before deployment.
Read the article27 articles
Decide which agent actions need human-in-the-loop AI, who should approve them and how to enforce approval through identity controls.
Questions to ask about scope, data access, evaluation, professional review and operating responsibility before selecting an AI partner.
A practical comparison of retrieval and fine-tuning, including evaluation, data handling and when the two approaches belong together.
Why plausible answers need source checks, software validation, observable outcomes and an operating process around them.
Measure model calls, retrieval, retries, tool activity and human review to understand cost per completed task.
How to handle incomplete tasks, uncertain external writes and operational recovery when an AI prototype becomes a working system.
How fixed workflows and AI interpretation can work together without making every business action depend on a model.
A staged approach to integration, acceptance testing, rollout and operating ownership without treating a pilot as proof of readiness.
How to maintain a common engineering control set while assessing the laws and operating requirements that differ by organisation and use case.
Understand the organisation’s role, use-case classification, current application dates and the evidence an engineering team needs to prepare.
How to separate model interfaces from business logic while testing the real limits of portability and provider changes.
A practical comparison of private and hosted AI, covering data flows, operating costs, security responsibilities and deployment constraints.
How to use AI during SAP modernisation while preserving clean-core decisions, supported interfaces and release evidence.
How to turn an AI initiative into a bounded project with requirements, data decisions, acceptance evidence and operating ownership.
Use dependency, usage and test evidence to guide AI-assisted analysis of custom ABAP without treating generated code as verified business logic.
How to select, preserve and validate the information an AI workflow needs without confusing a context window with durable memory.
How tool access, untrusted content and uncertain external outcomes change the risk of model-directed workflows.
How to make approval a specific, inspectable decision rather than a generic checkbox after a model response.
How to integrate AI with established software through narrow interfaces, explicit data ownership and tested recovery paths.
Private hosting changes the risk boundary. It still needs access control, egress review, artifact integrity and application-side safeguards.
How inconsistent records, missing definitions and stale sources affect AI systems, and how to make those failures visible.
How unclear ownership, weak acceptance criteria and missing integration work can prevent an AI pilot from becoming useful operational software.
Twenty-five AI terms explained through what they mean, what they change and the limits to keep in mind.
Understand model-directed workflows, tool access, the surrounding AI harness and the limits that matter before deployment.
Map personal information across prompts, retrieval, tools and logs so privacy obligations are assessed against the real AI workflow.
How retrieval-augmented generation connects models to business knowledge, and where access, freshness and answer quality can still fail.
A clear way to compare AI tools by their access, actions and human responsibilities rather than by product labels.