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 every AI application share?
AI applications should share the capabilities that are expensive to build correctly and dangerous to implement inconsistently. The goal is not one universal application architecture; it is a governed foundation that lets product teams concentrate on the distinct workflow, customer and domain evidence that create value.
The common layer should cover identity and entitlements, approved model access, secrets, data-loss controls, prompt and configuration versioning, knowledge retrieval, evaluation, observability, cost metering, audit history and human escalation. Tool permissions and policy enforcement belong there too. These are enterprise controls, not optional utilities hidden inside each use case.
The scale case is strong. DORA�s 2025 research found that 90% of surveyed organisations had adopted at least one internal platform and 76% had dedicated platform teams; high-quality platforms amplified AI�s positive influence by providing reusable guardrails and shared capabilities. Rebuilding them per application creates divergent risk and slows learning.
Standardisation still needs boundaries. Domain teams must own task definitions, source quality, acceptance criteria, user experience and business outcomes. The platform should expose configurable policy and transparent service levels rather than force every use case into the same model, prompt or risk posture. A paved road is valuable only if teams can see where it leads and safely leave it when justified.
Run the foundation as a product. Measure time to first controlled deployment, reuse, evaluation coverage, incident rate, unit cost and developer satisfaction. Publish supported patterns and deprecation paths. Shared architecture becomes strategic when every new application starts with stronger controls and better evidence than the one before it.
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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
The useful role of AI is not replacing judgement, but improving how evidence, uncertainty and alternatives enter the decision process.
Economic value depends on where AI changes revenue, cost, productivity or capital efficiency, not on the sophistication of the technology.
Strategic challenges
The strategic challenge is turning expanding volumes of internal and external signals into evidence that can inform consequential choices.
The challenge is separating technically impressive concepts from propositions that solve meaningful customer and business problems.
POV
Strategy requires deciding where AI deserves disproportionate attention, where experimentation is enough and what should be ignored.
The engineering challenge begins after deployment, when performance, cost and behaviour must remain manageable as everything changes.
Strategic impact
Improved perception and reasoning allow machines to address more variable tasks that conventional automation could not reliably handle.
Clear choices about ambition, priorities and sequencing connect individual initiatives to a coherent enterprise agenda.
What we observe
We often see decision augmentation reduced to summarisation and visualisation without redesigning how choices are actually evaluated.
We frequently see residency treated as sufficient while model dependency, compute concentration and portability remain largely unexamined.