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 articleHow much does your AI actually understand about the industry?
Fluent language can imitate domain expertise while missing the structures that make an industry decision valid. Real understanding is operational: the system recognises specialised entities, applies the right rule in the right jurisdiction, distinguishes authoritative evidence and knows when the case falls outside its competence.
General benchmarks are weak assurance. The 2026 AI Index reports model scores ranging from 60% to 90% in tax, mortgage processing, corporate finance and legal reasoning, with as little as three percentage points separating the top 15 models. Even at those levels, domains demanding high reliability remain difficult. Model choice alone cannot close the last, consequential gap.
Build domain capability in layers. Define the ontology and relationships experts use; connect governed sources with effective dates, ownership and jurisdiction; encode non-negotiable constraints deterministically; and retrieve case-specific context at the moment of work. Fine-tuning may shape behaviour, but it does not keep changing law, prices, policy or operating conditions current.
Evaluation must come from the work itself. Assemble cases across routine, ambiguous, rare and adversarial conditions; require experts to specify acceptable reasoning and evidence; test source selection, calculations, abstention and escalation separately. Segment results by task and consequence so a strong average cannot hide a dangerous failure mode.
Finally, close the learning loop. Capture expert corrections, unresolved questions and source changes without treating every user edit as truth. Review them under clear ownership and version the resulting knowledge. Industry intelligence is not stored once inside a model�it is maintained through a living system of evidence, rules and accountable judgement.
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Articles
Why robotics and autonomous systems are becoming a strategic operating-model choice rather than a standalone technology investment.
Read articleWhat separates companies that scale AI from those that accumulate experiments�and how operating models, economics and governance determine whether adoption creates measurable value.
Read articleFocus
Architecture becomes strategic when common capabilities are reusable across use cases rather than rebuilt around every new application.
Effective governance starts with accountability for the decisions, systems and outcomes that AI increasingly influences.
Strategic challenges
Independent models, platforms and integrations can create duplicated infrastructure and technical dependencies that compound over time.
The challenge is separating technically impressive concepts from propositions that solve meaningful customer and business problems.
POV
Claims about transformation mean little without identifiable economic drivers, credible baselines and measurable paths to realised value.
Sovereignty is the ability to retain meaningful control and credible alternatives, not simply the amount of technology operated internally.
Strategic impact
Testing abnormal conditions and recovery paths makes system limits visible before failures propagate into operational processes.
Combining specialist knowledge with relevant data and workflows allows AI to address tasks that generic applications cannot contextualise.
What we observe
We frequently see AI evaluated for quality while adversarial inputs, dependency failures and edge conditions remain largely unexplored.
We often see generic models connected to sector content without encoding the workflows, decision logic and constraints behind expert work.