Video Production Plan

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Generative AI is easy to demonstrate.

You can open a playground, write a prompt, and get something impressive in minutes.

But that is not the same as running a trusted enterprise service.

In production, customers need to know: where does the data come from, how do we test quality, how do we monitor behaviour, how do we control cost, who has access, and what happens when the AI gets something wrong?

That is where GenAIOps comes in.

GenAIOps is the operating discipline for generative AI applications. It helps teams move from experimentation to repeatable delivery by thinking across six stages: build, evaluate, deploy, monitor, govern, and optimise.

Let us walk through those stages from a Cloud Solution Architect perspective.

First: build.

This is where teams design the user experience, prompts, retrieval approach, agents, tools, and orchestration. The key architectural question is not, “Can the model answer?” It is, “What is the simplest safe pattern that helps the user complete the task?”

Sometimes that is a simple summarisation flow. Sometimes it is retrieval-augmented generation over approved knowledge. Sometimes it is an agent that can call tools or follow a workflow. The pattern should follow the use case, not the other way around.

Second: evaluate.

Evaluation is the bridge between demo confidence and production confidence.

A good-looking answer is not enough. We need repeatable ways to test groundedness, relevance, coherence, safety, and task success. We need representative test questions, edge cases, and examples of what bad looks like.

For a CSA, this is an important customer conversation. If a customer cannot define how they will judge answer quality, they are not ready to scale the use case.

Third: deploy.

Deployment is where the solution becomes a service. That means managed endpoints, release controls, CI/CD, environment separation, and often an API gateway.

An AI gateway, for example using Azure API Management, can provide a central control point for authentication, rate limits, routing, failover, logging, and usage analytics. It becomes especially useful when multiple applications or teams consume AI services.

Fourth: monitor.

Traditional monitoring tells us whether the system is up. GenAI monitoring must also tell us whether the answers are useful, safe, grounded, and cost-effective.

So we still care about latency, errors, availability, and throughput. But we also care about token usage, safety events, user feedback, failed retrievals, and quality trends.

This is the difference between monitoring system health and monitoring answer health.

Fifth: govern.

GenAI systems combine models, prompts, data, tools, evaluations, and application code. Governance is what keeps that combination safe as more teams get involved.

Useful controls include identity, role-based access control, project isolation, audit logs, responsible AI review, environment separation, and human approval for high-risk actions.

The aim is not to slow innovation. The aim is to make safe scale possible.

Sixth: optimise.

GenAI cost is driven by usage volume, model choice, input tokens, output tokens, context size, and rework caused by poor answers.

So FinOps for GenAI is more than asking, “How much does the model cost?” A better question is, “What does it cost to achieve the outcome?” Cost per resolved ticket. Cost per completed case. Cost per useful summary. Cost per successful user interaction.

That is the full GenAIOps loop: build, evaluate, deploy, monitor, govern, and optimise.

A typical Azure pattern might include an application or chatbot, an API gateway, an orchestrator or agent, Azure OpenAI or another model endpoint, retrieval over trusted data, content safety controls, telemetry, and cost visibility.

But the important thing is not memorising a diagram. The important thing is knowing which questions to ask.

What business outcome matters? Which data sources are trusted? What could go wrong? How will quality be evaluated before release? Who owns the solution after it goes live? How will usage and cost be tracked? And what needs to be reusable for the next AI use case?

For new CSAs, that is the mindset shift.

You are not just helping a customer get a model to respond. You are helping them design an operating model for AI.

Start small. Pick a bounded use case. Use approved data. Define quality criteria. Add basic monitoring. Apply sensible access control. Track cost. Then use what you learn to create a reusable pattern.

The goal is not one clever AI demo.

The goal is a repeatable way to deliver safe, useful, governed, and cost-aware generative AI solutions.

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