The rise of the agentic enterprise
How autonomous workflows could reshape decisions, coordination and productivity�and where human oversight remains essential as AI moves from assistance to execution.
Read articleHow much of your AI stack should you control?
Control does not require owning every model or operating every accelerator. It means retaining the practical ability to enforce policy, understand performance, change suppliers and recover when a dependency fails. The right boundary differs by workload because strategic exposure is uneven across the stack.
Separate four layers: models and compute; orchestration and tool access; enterprise context and data; and the product workflow. External providers can offer superior scale at the first layer, while the higher layers contain decision logic, proprietary knowledge, customer experience and evidence of value. Those are usually the capabilities a business can least afford to surrender.
Market dynamics argue against permanent architecture choices. As of March 2026, Stanford reported that the leading closed model was 3.3% ahead of the leading open model, while four providers sat within 25 Elo points at the frontier. When capability converges and changes quickly, cost, reliability and domain performance become stronger reasons to preserve routing and portability.
Own the evaluation suite, data contracts, permission model, audit trail, provider abstraction, export path and fallback. Keep prompts, retrieval logic and outcome telemetry portable where feasible. More direct infrastructure control is justified when latency, regulated data, volume economics, resilience or intellectual property outweigh the operational cost of self-hosting.
Evaluate total dependency, not just token price: integration, observability, reserved capacity, data movement, model change, compliance evidence, incident response and exit. NIST�s framework explicitly calls for managing risks from third-party software, data and supply chains. The objective is not technological independence; it is strategic freedom of action under realistic failure and market scenarios.
Related macro
Articles
How autonomous workflows could reshape decisions, coordination and productivity�and where human oversight remains essential as AI moves from assistance to execution.
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
Normal performance says little about how a system responds to manipulation, hostile inputs, unexpected context or failing dependencies.
Production introduces lifecycle, reliability and observability requirements that experimental environments are rarely designed to handle.
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
Models provide reasoning capability; enterprise advantage comes from the knowledge architecture, context and evidence surrounding them.
Adding intelligence to an existing experience is easy; deciding where AI fundamentally changes the proposition is the harder work.
Strategic impact
Early experimentation can reveal how users, models and product interactions behave before architecture and investment become difficult to change.
Agentic architectures can reduce coordination layers by connecting reasoning, decisions and execution within the same operating flow.
What we observe
We frequently see collections of use cases and technology initiatives without explicit choices about competitive or business priorities.
We often see low-risk and high-impact AI subjected to identical controls, creating friction without improving meaningful oversight.