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AI application development

Give AI a useful job inside a real workflow.

The useful unit of AI development is a task with defined inputs and an accountable next step. A person may need to find evidence in documents, compare options, prepare a draft, or review a recommendation. We work from that task to decide what should be automated, what needs human judgment, and whether AI adds value beyond a simpler rule or search feature.

Discuss a prototype

Who it’s for

For small businesses, founders, and organizations with a specific workflow to improve and examples they can review. Good starting points include repeated document work, difficult information retrieval, and decisions supported by many records. Access to representative inputs matters more than a preference for a particular model.

What we can build

A defined use case and evaluation set

Map the input, expected output, user, and consequence of an error. Build a set of representative examples with useful and unacceptable results identified. Include missing information, conflicting evidence, and cases where the system should decline to answer. This gives the prototype something more substantial to demonstrate than fluent output.

A workflow with explicit boundaries

The application can connect retrieval, model calls, structured outputs, review screens, and existing business systems. Permissions determine what information can be retrieved; validation determines what the application can accept. A generated suggestion and a committed record should be separate steps wherever the consequence of a mistake calls for review.

Visibility into quality and operation

The agreed scope can include evaluation results, versioned prompts or models, failure reporting, and a way to compare changes. Response time and usage cost belong in the review alongside output quality. Identify what happens when a provider is unavailable, a request exceeds its limits, or the available evidence does not support a result.

How the work
takes shape.

  • A bounded AI use case with representative inputs and explicit review criteria.
  • An inspectable workflow showing evidence, outputs, and the next permitted action.
  • A record of quality, operating tradeoffs, and remaining limitations before wider use.
  1. Find the task worth testingWalk through the current work and choose a bounded use case. Check that the necessary information is accessible and appropriate for the proposed processing. Establish who can judge the result and how mistakes will be caught before they affect the next business action.
  2. Compare approaches on real examplesPrototype with representative material and assess alternatives. Search may answer a retrieval problem; a trained ranking model may suit recommendations; generation may help prepare a draft. LAYIQ separates OpenSearch retrieval, LightGBM recommendations, and evidence-backed Fit Analysis, providing a technical example of assigning different tools distinct responsibilities.
  3. Build the surrounding applicationOnce the approach is useful enough to continue, connect it to account permissions, durable records, review controls, and operational feedback. Recheck the same evaluation examples as the implementation changes. A successful model response is one step within the product rather than proof that the whole product works.

See the capabilities

Explore the technical decisions in our project portfolio.

Before you start

Does this mean building a chatbot?

Only when conversation suits the task. A document review screen, a search result, or a draft beside its supporting evidence can be easier to use than a chat box. The interface should help someone verify the output and complete their work without learning a new prompting routine.

Should we train our own model first?

Start with the problem and available examples. Many tasks need better retrieval, structured inputs, or a carefully designed review step before they need model training. Training becomes a separate decision when the data, evaluation evidence, and operating requirements justify that additional work.

Can the system act without human approval?

That depends on the action and its consequences. The scope should identify which outputs are suggestions, which actions can be reversed, and where approval is required. We can prototype an assisted workflow first so you can examine mistakes before deciding whether a particular step should become automatic.

Read before you build