As organisations embed AI into decisions, workflows and operations, the challenge is maintaining visibility, accountability and control.
Developed through enterprise transformation, Toyota systems thinking and AI governance practice.
The Control Gap
Intelligent systems are becoming embedded within enterprise operations. We tend to notice new capabilities. We pay far less attention to the environments those capabilities create.As intelligent systems become embedded in everyday decisions, visibility, accountability and control become increasingly important. That is the gap my work explores.
The three pillars of my work:
1. Visibility
Can we see how decisions, automation and dependencies flow through the system?
2. Governance
Can we establish clear authority, accountability and control?
3. Assurance
Can we verify that outcomes remain aligned with organisational intent?
The Hidden Control Problem
The Commercial Architecture of AI reveals where control, cost and dependency actually sit.
The most important forces shaping human behaviour are often the ones we cannot see. They become normalised.
As AI becomes embedded in workflows, decisions and operations, organisations are not simply adopting new tools.
They are creating new dependency structures. The challenge is understanding where control has moved.
The Lessons from Toyota
Most organisations attempt to govern AI through policies, committees and approval processes.
Toyota approached control differently: Control was designed into the operating system itself.
- Visibility
- Flow
- Embedded quality
- Continuous feedback
The question facing AI leaders today is remarkably similar:
How do we maintain control as intelligent systems become embedded throughout the enterprise?
AI Commercial Architecture Diagnostic
Purpose
This diagnostic reveals how AI vendor dependency is forming within your organisation and whether your governance structures are equipped to manage it.
It assesses exposure at the system level where capability, workflow and commercial structures intersect.
It evaluates four dimensions:
- Capability Dependency
- Commercial Exposure
- Switching Friction
- Governance Maturity
Instructions
AI Commercial Architecture Diagnostic
This diagnostic evaluates how deeply AI vendor dependencies are embedded within your workflows, systems and operating model.
For each statement, select Yes or No based on your organisation’s current state; not intended design.
Scoring at the end will indicate whether your AI commercial architecture risk is Low, Moderate or High.
Scoring
Count the number of Yes answers.
0–2 → Low dependency exposure
AI systems are still relatively modular and switching options remain open.
3-5 → Moderate dependency exposure
Vendor platforms are becoming embedded within operational systems and governance attention is required.
6+ → High dependency exposure
AI vendor dependency is structurally embedded in enterprise workflows and commercial architecture risks require active governance.
Understanding your AI commercial architecture is the first step toward governing vendor dependency effectively.
The Commercial Architecture of AI framework provides the tools to map, assess, and manage these emerging structural risks.
Why AI Dependency Forms
AI vendor dependency is not a procurement decision. It is a system outcome.
AI vendor dependency rarely begins with a contract.
It emerges gradually as AI capabilities become embedded within workflows, decision systems and enterprise operations.
At first, the relationship appears simple: a model is introduced to deliver a specific capability such as summarisation, analytics or automation.
But as integration deepens, AI capabilities become part of how the system operates. They become embedded within processes, data pipelines and internal applications.
As this happens, three reinforcing dynamics begin to take hold:
1. Workflow integration
AI capabilities become embedded within operational processes and decision systems which shapes how work actually flows.
2. Platform dependency
Applications and workflows begin to rely on the specific capabilities, APIs and tooling of a vendor platform.
3. Commercial reinforcement
Pricing models, contractual terms and usage patterns begin to shape the economic behaviour of the system itself.
Together, these dynamics create a reinforcing cycle where technical integration and commercial dependency evolve simultaneously.
This is how AI vendor lock-in develops. It is a structural outcome of how AI becomes embedded within the system.
Governing the Commercial Architecture of AI
Most AI governance frameworks are designed for model risk. They need to consider system dependency riskl
The essentail ares of technical and ethical concerns are vital but as AI becomes embedded within enterprise workflows, governance must extend beyond models to the system in which they operate.
AI introduces new dependency structures.
Organisations must understand four critical dimensions:
A. Capability dependency
Which operational capabilities now rely on external AI vendors and where those dependencies sit within core workflows.
B. Commercial exposure
How pricing models, contractual terms and usage patterns shape the long-term economics of the system.
C. Switching friction
The technical and operational difficulty of moving between vendors once AI capabilities are embedded.
D. Governance maturity
Whether oversight structures are capable of managing these evolving dependencies across the system not just within functions.
Together, these dimensions form the basis of the Corriero AI Governance Architecture.
A framework designed to govern AI not as a standalone technology but as an evolving system of commercial and operational dependency.
Effective AI governance must address the commercial architecture through which dependency is created and controlled.
About Angela
Angela Corriero is a systems thinker specialising in AI governance, operating models and enterprise transformation.
Her work combines Toyota Production System principles, large-scale technology transformation and emerging AI governance practices to help organisations maintain visibility and control as intelligent systems become embedded in enterprise operations.
Current Thinking
Recent articles exploring the commercial architecture of AI, vendor dependency, and enterprise governance.
AI May Not Break Your Systems. Vendor Lock-In Might
A structural look at how vendor platforms create hidden enterprise dependency.
The AI Commercial Model Blind Spot
Why most AI governance frameworks overlook the commercial structures that determine enterprise dependency.
AI Abundance, Vendor Lock-In, and the Governance Question We’re Avoiding
As AI capabilities expand rapidly, the real governance challenge may lie in the vendor dependencies forming beneath them.