AI moves into the physical world
Why robotics and autonomous systems are becoming a strategic operating-model choice rather than a standalone technology investment.
Read articleWhat should actually be automated?
Do not begin with jobs or departments. Begin with units of work. A role combines routine execution, exception handling, relationship, accountability and learning; treating it as one automation target usually destroys the context needed to make sound design choices.
Decompose the flow and score each activity on frequency, variability, judgement, consequence, reversibility and observability. Stable, frequent work with explicit rules belongs in conventional automation. AI assistance fits variable tasks where a person can cheaply verify the output. Supervised or autonomous execution requires bounded actions, reliable detection and consequences the organisation can absorb.
The evidence supports selectivity. Stanford�s 2026 AI Index finds the largest productivity gains in structured, measurable work: roughly 14�15% in customer support and 26% in software development. Yet agents still failed about one in three attempts on a structured computer-use benchmark. Capability and control must be evaluated at task level, not inferred from a general model score.
Redesign before automating. Remove unnecessary approvals, clarify ownership, standardise inputs and decide how exceptions should travel. Otherwise technology accelerates queues, rework and low-value controls. Calculate economics across the full process, including review effort, integration, errors, recovery and work pushed to customers or downstream teams.
Finally, protect the capability to learn. If automation removes the cases through which junior employees develop judgement, create deliberate practice and escalation pathways. The best boundary is dynamic: automate what is understood and safely observable, augment where context remains human, and revisit the division as evidence�not enthusiasm�changes.
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Articles
Why robotics and autonomous systems are becoming a strategic operating-model choice rather than a standalone technology investment.
Read articleHow autonomous workflows could reshape decisions, coordination and productivity�and where human oversight remains essential as AI moves from assistance to execution.
Read articleFocus
Economic value depends on where AI changes revenue, cost, productivity or capital efficiency, not on the sophistication of the technology.
Enterprise knowledge becomes useful to AI when evidence can be retrieved, contextualised and traced rather than merely placed inside a prompt.
Strategic challenges
New capabilities expand what machines can perform, but they do not resolve unnecessary steps, broken handoffs or poor process design.
Models, prompts, data and providers can change independently, creating operational dependencies conventional software practices may miss.
POV
A machine should gain decision authority only where its behaviour can be understood, tested and contained under real operating conditions.
Models provide reasoning capability; enterprise advantage comes from the knowledge architecture, context and evidence surrounding them.
Strategic impact
Agentic architectures can reduce coordination layers by connecting reasoning, decisions and execution within the same operating flow.
Structured AI support can broaden alternatives, expose assumptions and make the reasoning behind consequential choices more explicit.
What we observe
We often see AI economics assessed after technology choices are made, leaving benefits estimated around investment rather than the reverse.
We frequently see hardware decisions precede analysis of the task, environment and operating model the autonomous system must support.