AIforBC practical guide

How to choose an AI solution for a BC business

Choose the workflow first, define the evidence required, compare total operating fit, and test the smallest safe version before signing a large contract.

Last reviewed August 11, 202612 minute readPrimary sources listed below

Short answer

The best AI solution is the one that improves a defined workflow under real operating constraints.

Do not begin with a model name, feature list, or “AI transformation” budget. Begin with one recurring task, the people who own it, the information it uses, the cost of the current process, and the consequence of a wrong output. Then compare vendors on fit, evidence, control, integration, and total cost.

Why this decision is harder than a software demo makes it look

AI adoption is growing, but adoption is not the same as value. Statistics Canada reported that 19.2% of Canadian firms used AI to produce goods or deliver services in 2026. That is a national figure, not a BC-specific rate, and it does not say that every deployment produced a positive return.

A persuasive demonstration can hide the work required to prepare data, define instructions, connect systems, review outputs, train people, and manage exceptions. A useful buying process makes those costs visible before the contract becomes difficult to reverse.

Step 1: Write the workflow before writing the requirements

Describe the current process in six lines:

  1. What triggers the work?
  2. Who performs it?
  3. What information enters the process?
  4. What decisions or outputs leave it?
  5. How often does it happen?
  6. What causes delay, rework, error, or lost opportunity?

“We need an AI assistant” is not a workflow. “Two coordinators spend six hours each week extracting action items from project documents, then a manager verifies them before assignment” is specific enough to evaluate.

Step 2: Define a result the business can observe

Choose one primary measure and one guardrail. A primary measure might be first-pass review time, response time, cases completed, quote follow-up rate, or time spent finding information. A guardrail might be error rate, customer complaints, privacy incidents, missed approvals, or human-review time.

Avoid imaginary ROI.

If you do not know the current volume, time, quality, and cost, a precise payback claim is not credible. Establish a baseline first.

Step 3: Classify the consequences of a wrong answer

Not every AI task deserves the same controls. Drafting an internal agenda is different from approving a payment, evaluating a job candidate, interpreting a legal obligation, or providing health advice.

Use a simple three-level screen:

  • Lower consequence: reversible drafts, brainstorming, formatting, or public-information summaries.
  • Moderate consequence: customer communication, internal analysis, recommendations, or documents requiring accountable review.
  • Higher consequence: decisions affecting rights, safety, employment, finance, health, legal position, or sensitive personal information.

As consequence rises, require better evidence, access controls, testing, logging, human approval, and escalation.

Step 4: Compare the whole solution, not only the model

The model is one layer. The working solution may also need document storage, retrieval, integrations, permissions, monitoring, workflow logic, support, and training.

AreaQuestion to answer
Workflow fitCan it handle the real inputs, exceptions, approvals, and output format?
EvidenceHas the vendor shown results for a comparable task, not merely a generic demonstration?
DataWhat information is collected, retained, reused, or shared with subprocessors?
IntegrationCan it work with existing systems without creating a second manual process?
ControlCan people review, correct, restrict, and audit important outputs?
EconomicsWhat are the licence, implementation, support, training, and switching costs?
ExitCan the business export its data and leave without losing essential records?

Step 5: Ask for evidence in the same shape as your use case

A case study from another industry may still be useful, but the underlying workflow must be comparable. Ask what the starting process was, what changed, how performance was measured, what human work remained, what failed, and how long adoption took.

When evidence is unavailable, treat the purchase as an experiment. Narrow the scope, shorten the term, reduce the data exposed, and define an exit condition.

Step 6: Run the smallest safe pilot

A good pilot is not a miniature indefinite implementation. It has a defined population, owner, start and end date, baseline, success measure, guardrail, and decision at the end.

  1. Select one repeatable workflow.
  2. Use a limited and approved data set.
  3. Keep accountable human review.
  4. Record corrections and exceptions.
  5. Compare the result with the baseline.
  6. Choose: expand, revise, stop, or replace.

Step 7: Buy for adoption, not shelfware

The person who approves the invoice is often not the person who has to use the system. Before expanding, confirm that the workflow owner understands the new process, employees know what information is permitted, managers know how quality is checked, and someone owns support after launch.

Training is part of implementation. If a vendor cannot explain the new operating process in plain language, the business is not ready to scale the tool.

A practical go-or-no-go rule

Proceed when the workflow is frequent enough to matter, the expected improvement is observable, the necessary information can be used appropriately, human responsibility remains clear, the integration burden is understood, and the pilot can be stopped safely.

Pause when the business cannot define the task, the vendor relies on unsupported performance claims, sensitive information would be exposed without clear controls, or the contract is much larger than the evidence.

Source trail

Primary sources used in this guide

  1. Analysis on artificial intelligence use by businesses in Canada, second quarter of 2026Statistics Canada

    Current official survey analysis on business AI use, planned adoption, applications, and barriers.

  2. Toolkit for SMEs deploying artificial intelligenceInnovation, Science and Economic Development Canada

    Government of Canada toolkit for secure, responsible, and trustworthy AI deployment by small and medium-sized businesses.

  3. AI Risk Management FrameworkU.S. National Institute of Standards and Technology

    Voluntary framework for governing, mapping, measuring, and managing AI risks.

  4. AI, privacy, and your businessOffice of the Privacy Commissioner of Canada

    Privacy principles for organizations developing or using generative AI tools and services.

AIforBC uses official and primary sources where practical. This guide provides general operational education, not legal, privacy, cybersecurity, or financial advice.

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