One workflow, clear controls

Build secure AI adoption around one real workflow.

The paid discovery and pilot engagement defines one workflow, its data boundary, human review points, evaluation, rollback, and operating owner before anything is built.

The scoping call is free. Written plans, evaluation, and implementation begin only after you approve a paid scope.

Make the governance decision before you make the technology choice.

Secure AI adoption introduces AI agents, copilots, or retrieval-augmented generation (RAG) into a defined workflow with data boundaries, human review, evaluation, audit records, rollback decisions, and an operating owner set before deployment.

AI discovery and pilot work for one agreed workflow, with data boundaries, human review, evaluation, rollback decisions, and ownership defined before work starts.

Nelson Ford, founder of Pilotcore
Nelson Ford Founder and principal consultant

Nelson works with engineering teams to turn uncertain technical work into an operating decision they can own. This feedback comes from CI/CD handoff work, not an AI project.

Nelson was awesome to work with. He came in and became a great partner to our lead engineer, helped architect a sustainable solution, and then handed over everything smoothly. Adjacent client feedback from a CI/CD architecture and handoff engagement, 2019.

Put operating decisions and technical controls in the same pilot plan.

The first four decisions keep the pilot bounded. The final three define what can be built and how it will be grounded, reviewed, monitored, and handed over.

Useful outcome

What decision or task should improve?

Name the workflow, the person using it, the current friction, and the signal that would make a pilot worth continuing.

Data boundary

What information can the workflow read, retain, or send?

Identify the sources, sensitivity, access rules, logging needs, and limits that shape architecture and provider choices.

Human review and rollback

Where must a person approve, correct, or stop the system?

Set review points, escalation, failure handling, and rollback decisions around the consequence of a wrong output.

Operating owner

Who will evaluate and maintain it after the pilot?

Connect the workflow to the product, engineering, operations, security, or legal owners who will make later decisions.

Agents and copilots

Where can AI suggest, act, or ask for approval?

Define whether the workflow drafts, retrieves, recommends, or takes an action. Place human approval before a consequential step, and keep a manual path when the system is paused.

RAG sources and access rules

Which sources may ground an answer?

Data governance for retrieval-augmented generation (RAG) defines approved sources, access controls, data provenance, retention, and how retrieved evidence is checked before an output is trusted.

Responsible AI and model operations

How will the system be tested, watched, and stopped?

Set input and output guardrails, evaluation cases, audit records that form a reviewable audit trail, model and prompt versioning, monitoring, incident handling, and rollback criteria within the agreed pilot boundary.

Discovery and pilot work for one workflow

Give one workflow a controlled path from question to handoff.

The engagement is bounded around the actual workflow. Data access, integration points, review risk, model choice, and owner availability determine what fits.

  1. Define and validate

    Confirm the workflow, owner, data boundary, review risk, evaluation signals, and the smallest useful first phase. The team can decide whether to build or pause.

  2. Build and evaluate

    Create the agreed proof of concept or integration, apply the agreed controls, and test it against the evaluation and review plan. The pilot is judged against explicit limits.

  3. Transfer and decide

    Hand over decisions, operating notes, known limits, and the recommendation to expand, revise, or stop. The next investment is a conscious choice.

What an AI pilot can produce.

The exact mix depends on the workflow. The work may include:

Use-case decision record
The workflow, owner, expected decision value, constraints, and reason to build or pause.
Data and access boundary
Data governance for sources, sensitivity, permissions, provenance, retention, logging needs, and unresolved data questions.
Pilot architecture
The agent, copilot, RAG, integration, model, deployment, and operating decisions included in the engagement.
Evaluation and review plan
Guardrails, test cases, review points, audit records, escalation, failure handling, rollback, and the limits of the pilot.
Ownership handoff
Operating notes, known limits, decision history, and the next recommendation for the internal owner.

A pilot is not a company-wide AI program, and it does not guarantee production fit or a business result. Timing and fees depend on the workflow, data access, integration points, review risk, architecture choices, and team ownership. A written proposal sets the boundary before work starts.

Use the call to decide whether one workflow is ready for discovery.

We discuss the workflow, intended user, data involved, review risk, operating owner, and what would make the pilot useful enough to continue.

The call does not include use-case scoring, a proof of concept, architecture, vendor selection, policy work, an evaluation harness, or a written pilot plan. Those begin only in an agreed engagement.

Bring one workflow and the person who should own the result. The rest can be clarified together.

Questions to settle before a pilot.

The useful answers come from the workflow, data, review risk, and owner, not a generic model list.

What is secure AI adoption?

Secure AI adoption introduces AI agents, copilots, or retrieval-augmented generation (RAG) into a defined workflow with data boundaries, human review, evaluation, audit records, rollback decisions, and an operating owner set before deployment.

What makes a workflow suitable for an AI pilot?

A useful candidate has a named user and owner, accessible data, a repeatable task or decision, visible review risk, and a signal the team can use to decide whether to continue.

How are data privacy and access handled?

Discovery starts with the data sources, sensitivity, permissions, retention, logging, and where information may be processed. The written plan states the boundary and any architecture work included.

How do you choose a model or provider?

That decision follows the workflow, data, latency, operating, and review constraints. The written plan states whether model or provider evaluation is part of the work.

Can a pilot connect to our existing systems?

Potentially. Fit depends on the available interfaces, data access, security constraints, workflow ownership, and what can be tested safely within the agreed boundary.

How do we decide whether to expand after the pilot?

Use the agreed evaluation signals, review burden, failure patterns, operating effort, user response, and unresolved risk. The handoff should make a stop or revise decision as visible as a scale decision.

Bring one workflow, not an AI wish list.

Use the free scoping call to test the workflow, data boundary, review model, and ownership before deciding whether a pilot makes sense.

Free scoping call

Use the call to decide whether one workflow is ready for discovery.

We discuss the workflow, intended user, data involved, review risk, operating owner, and what would make the pilot useful enough to continue.