An essay on AI
AI Orchestration: The Blind Spot Is Not the Model
AI vendor pitches start with the model. The model is real and not the differentiator. Three numbers tell the rest of the story: 367, 6 versus 1, and 95.
An essay on AI

AI Orchestration: The Blind Spot Is Not the Model

AI vendor pitches start with the model. The model is real and not the differentiator. Three numbers tell the rest of the story: 367, 6 versus 1, and 95.

A dense cityscape of skyscrapers across a harbor at golden hour, viewed from a railed terrace on a green hilltop.

Every Artificial Intelligence (AI) vendor pitch a chief information officer has heard in the last twelve months starts at the model. The model is real and worth what it costs. The model is also not the part that decides whether the business gets value back.

Short answer

Why is AI orchestration, not the model, the blind spot in enterprise deployment?

AI orchestration is the blind spot, not the model. The model layer is commodity within months. The orchestration layer is custom and expensive forever. Most enterprise pitches that start with the model end at a sidecar nobody owns. The control plane is where the ROI lives or dies.

Every pitch starts with the model#

Every AI vendor pitch a buyer has heard in the last twelve months starts at the model.

The model is real. The model is impressive. The model is worth what it costs. None of that is in dispute.

What is in dispute is whether the model is the part of AI that determines whether the business gets value back. It is not.

The intelligence inside the model is converging across providers. Every enterprise software vendor in the room is calling the same handful of frontier models from the same handful of cloud providers. The token bill is different. The intelligence inside the model call is mostly the same across all the providers.

Chart contrasting the converging intelligence of frontier models across providers (a narrow band at the top) with the wide variation in the orchestration layers each customer builds around those models (a fan of diverging lines below)
Source: Model intelligence is converging across providers. The orchestration each customer builds around the model is where the variation lives.

Intelligence is becoming the cheapest part of the stack.

The expensive part is the orchestration around the model. The integration with the systems the customer already runs. The identity layer that decides which agent is allowed to do which thing for which person. The audit log that records which decision was made and why. The workflow that turns a model response into an action the business can stand behind.

The reader is a chief information officer with a board meeting next quarter. The reader is a chief financial officer trying to find the return on the last four AI line items.

The reader is an operator at any level trying to make AI useful inside a real business with real systems. The pitch deck the reader is reading next week opens at the model. The pitch deck closes before it reaches the layer where the value actually lives. The reader’s job is to notice the closing slide and ask what comes after it.

The model is the engine. The orchestration around the engine is the car. The car is what gets you to work. The engine alone sits on a pallet.

The post is about the car. The car is the part of the AI strategy that produces measurable value the board can read on a single page. The car is what the post is for.

Three hundred and sixty-seven sidecars#

Walk into the typical enterprise.

About three hundred and sixty-seven applications are running the business. Some are core systems built in the early two thousands. Some are software-as-a-service tools picked up in the last decade. Some are spreadsheets that act like applications. The number is rough. The shape is real.

AI has been bolted onto most of those applications as a sidecar. The customer relationship tool has an AI assistant. The expense system has an AI assistant. The document tool has an AI assistant. The chat tool has an AI assistant.

Structural diagram showing the typical enterprise with about 367 applications, each with its own AI sidecar bolted on, none connected, none reporting cost or value into a single control layer below
Source: Three hundred and sixty-seven sidecars on top. One missing control layer below. The architecture is what swallowed the return on investment.

None of the sidecars are connected to each other. None of them are governed centrally. None of them report cost and value into a single dashboard the board can read. Each sidecar is a separate contract with a separate vendor doing separate work, billing separately, and producing a separate audit trail.

This is the architecture the chief financial officer is asking about when she asks where the return on investment is. The return is real in any one sidecar. The return for the business is the sum, and the sum cannot be calculated because the data lives in seventeen tabs in three vendor portals.

A senior knowledge worker at the typical large company today opens about seventeen tabs to do an hour of work. Each tab has its own AI sidecar. Each sidecar surfaces an answer. None of the answers know about the other answers. The worker is the integration layer, in their own head, on a Tuesday afternoon, on a deadline. The integration layer is exhausted.

The sidecar is a fix that looks like progress and runs like a faucet nobody can turn off. Each sidecar is paid for separately, on a different invoice in a different vendor portal. Each sidecar produces value separately. The work of stitching the sidecars together stays human and stays underpaid.

A sidecar is like a key without a lock. The key looks beautiful in the catalog. The catalog never mentions the door.

The architecture is what is swallowing the return on investment. The fix is not another sidecar. The fix is the layer underneath.

Six out of ten bought it. One out of ten uses it#

About six in ten companies say they are using agentic AI. About one in ten say they have built something autonomous with it. The other five have a license and a token bill.

The capability gap is not the problem. The capability has shipped. The agents work in demos and in early deployments and in the demos the salespeople ran last month.

The gap is between capability bought and capability used. The license sits on the shelf the way a treadmill sits in the basement. The intent was real. The integration into the actual workflow of the actual business never happened. The capability waits for a quarter that does not arrive.

The fix is not more capability. The fix is using what was already bought.

The chief information officer who can answer the question “what is on our agent roadmap and who owns each agent” is in the top decile. The chief information officer who cannot is in the bottom three. The difference is not budget. The difference is the layer underneath the sidecars that says who owns what and when it ships.

A household that buys a kitchen appliance, puts it in a closet, and never plugs it in has paid for the capability and never used it. The same household, multiplied by the size of an enterprise software budget, is what most companies are doing with agentic AI right now. The appliance is on the shelf. The receipt is in the drawer. The capability is waiting.

The fix arrives the day the household decides which meal the appliance is for and clears the counter for it. The enterprise fix is the same. Pick the workflow the agent owns. Connect the agent to the systems that run the workflow. Watch the capability turn into output the household can taste.

The post is not against capability. The post is against the gap between capability and use.

Ninety-five percent cannot answer the board’s question#

Ninety-five percent of enterprise AI programs cannot tell their board what value the AI is producing.

The board keeps asking. The question is fair. The answer is sitting in pieces across seventeen vendor portals, three cloud bills, and forty-eight hundred logs nobody has assembled into a single view. The data is not missing. The data is scattered.

The fix is a single control layer. The layer does three things.

It discovers every model, every agent, every workflow, and every identity touching the AI surface of the business. It governs all of them with one set of rules, applied consistently, with a kill switch that works. It reports cost and outcome into a single dashboard the chief executive can read in one place on one screen.

The control layer is the answer to the board’s question. The control layer is also what makes the model worth the budget the company already approved. The model is the engine. The control layer is the car. Both are needed. Only the car gets you somewhere.

The model thinks. The workflow acts. The chief executive needs both, and needs both to report into the same dashboard.

The household that runs its budget through a single ledger knows the rule already. The household that tracks the savings, the mortgage, the medical bills, the kids’ tuition, and the parents’ care expenses in one place can answer the question “where did the money go.” The household that keeps each category in a separate notebook cannot. The board’s question is the same question, at enterprise scale, with worse handwriting.

Intelligence is cheap. The layer that surrounds the intelligence is the expensive part. The expensive part is the part most pitches skip. The blind spot is the layer the pitch deck closes before it reaches.

The reader who can name the orchestration layer underneath their own AI stack can answer the board on the first call. The reader who cannot is still in the ninety-five.

The model is the engine. The orchestration is the car. The pitch deck the reader is opening next week stops at the engine. The blind spot is the layer between the engine and the car, and the layer is where the value actually lives. The fix is not a better model. The fix is the layer the model sits inside. Naming the layer is the first move.

Source

The argument draws on Bill McDermott’s Knowledge 2026 keynote, with Amit Zavi and Holly, Las Vegas, May 2025.

Questions readers ask

Six questions on this essay.

01 What is the AI blind spot?

The orchestration layer around the model. Every AI vendor pitch starts at the model. The model is real and useful and not the differentiator. The intelligence inside the model is converging across providers because every enterprise vendor is calling the same handful of frontier models from the same handful of cloud providers. The intelligence is becoming the cheapest part of the stack. The expensive part is the layer around the model: the integration with the systems the customer already runs, the identity layer that says which agent is allowed to do which thing for which person, the audit log that says which decision was made and why, and the workflow that turns a model response into an action the business can stand behind. That layer is the blind spot. The pitch deck closes before it reaches it.

02 Why is intelligence becoming commoditized?

Because every enterprise software vendor is calling the same handful of frontier models from the same handful of cloud providers. The model that one vendor packages into a product is the same model the next vendor packages into a competing product. The intelligence is shared. The wrapper is what each vendor sells. The wrapper at the model level is increasingly thin. The thicker wrapper is the orchestration around the model, which is where each customer is genuinely different. The customer is unique in which systems they run, which workflows they want to automate, which identities they want to govern, and which costs they want to track. Intelligence is the shared layer. Orchestration is the customer-specific layer. Vendors that win in the next cycle are the ones whose value lives in orchestration, not in repackaging the same shared model.

03 What is a sidecar in enterprise AI?

An AI feature bolted onto an existing application without connecting to the rest of the business. The customer relationship tool has an AI assistant. The expense system has an AI assistant. The document tool has an AI assistant. The chat tool has an AI assistant. Each one is a sidecar. The sidecars are not connected to each other. They are not governed centrally. They do not report cost and value into a single dashboard. Each is a separate contract with a separate vendor doing separate work, billing separately, and producing a separate audit trail. The typical large company has about three hundred and sixty-seven applications and a sidecar on most of them. The senior knowledge worker opens about seventeen tabs to do an hour of work because the sidecars do not know about each other. The worker is the integration layer.

04 What does it mean that six out of ten bought it and one out of ten uses it?

About six in ten companies say they are using agentic AI. About one in ten say they have built something autonomous with it. The other five have a license and a token bill and not much else. The capability has shipped. The agents work in demos and in early deployments. The gap is between capability bought and capability used. The license sits on the shelf like a treadmill in the basement. The intent was real. The integration into the actual workflow of the actual business never happened. The capability waits for a quarter that does not arrive. The fix is not more capability. The fix is using what was already bought, which requires the orchestration layer the post is about. Pick the workflow, connect the agent to the systems, and the capability starts producing output the business can measure.

05 Why can ninety-five percent of enterprises not answer the board's question about AI?

Because the data is scattered across seventeen vendor portals, three cloud bills, and dozens of logs nobody has assembled into a single view. The board's question is reasonable. What value is the AI producing? The answer exists in pieces. Each piece lives in a separate sidecar, with a separate vendor, with a separate audit trail. Nobody has stitched the pieces together. The fix is a control layer that does three things. It discovers every model, every agent, every workflow, and every identity touching the AI surface of the business. It governs them with one set of rules applied consistently. It reports cost and outcome into a single dashboard the chief executive can read in a single place. With the control layer, the board's question becomes answerable. Without it, the answer is in seventeen tabs and three vendor portals.

06 What is the difference between the model and the orchestration layer?

The model is the engine. The orchestration is the car. The model thinks. The orchestration acts. The model produces a response to a prompt. The orchestration turns the response into an action inside the business: a record updated in the right system, a ticket routed to the right team, an audit log written to the right ledger, a notification sent to the right person. The model is procurable from a small number of providers and is becoming similar across providers. The orchestration is the layer the customer builds around the model and is genuinely different from one customer to the next. Vendors selling models are selling commodity intelligence. Vendors selling orchestration are selling the part of AI that produces measurable business value. The pitch that starts at the model and ends before the orchestration is the pitch the post is about.

About the author
Hanh D. Brown, writer.

Essayist writing on craft, voice, aging, and what gets harder to say with the years. Twenty years building AI systems for life-stage decisions. Now writing the publication that has the time to ask why.

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