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AI products and features

AI prototype to production

Turn a promising demo into an evaluated, observable, cost-controlled feature with failure handling and ownership.

Primary buyer: CTOs and engineering leaders
01Primary buyerCTOs and engineering leaders
02Target outcomeA production decision and implementation path instead of permanent prototype debt
03Useful starting pointThe existing prototype, representative inputs, known failures, architecture, usage target, and cost constraints.
01

The real constraint

The feature must create user value while containing model latency, cost, failure, and product risk.

02

How we approach it

We design the user decision, model boundary, evaluation, application surface, and rollout as one product system.

03

How we prove it

A paid prototype measures user completion, model quality, latency, cost, and recovery before production scope.

Production system

AI products and features

Intelligence embedded in a useful product workflow, not isolated behind a chat box.

  • 01Product and workflow discovery
  • 02Model and tool orchestration
  • 03Evaluation and failure handling
  • 04Application UX and permissions
  • 05Deployment, telemetry, and rollout

Typical fit

A production decision and implementation path instead of permanent prototype debt

IndustriesSoftware / SaaSEnterprise teams
TechnologyLLMMLOpsAzureProduct engineering

FAQ

Questions before a pilot

These answers describe how we normally work. Only a signed agreement creates commitments. Website enquiry terms

01Can you work with a product that already exists?

Yes, and that is the normal case for this kind of work. Adding a model to a product with real users is a different problem from starting clean: there is an existing data model, an existing permission system, and users who will notice a regression immediately. We treat those as constraints from the first week rather than things to refactor around later.

02How do we know the model is good enough before committing to a build?

We build an evaluation set from your real cases and measure against it before the production work starts. That produces a number attached to a decision, good enough to ship, good enough with human review, or not good enough yet, instead of a demo that happened to work three times in a row.

03What if the model turns out not to be the answer?

Then we say so, and discovery has done its job. Some of the most useful outcomes of this phase are finding that a rules engine, a better interface, or a fixed data problem gets you further than a model would. You will have paid for a bounded piece of work instead of a year of production build on a bad premise.

Service focus

The demo worked. Now it has to keep working.

Something in a notebook convinced everyone, and now it has to run every day for people who did not build it. We measure what it actually does on representative inputs, find where it breaks, and rebuild the parts that cannot survive production. Sometimes the honest answer is that the prototype answered its question and should be thrown away.

Built for
CTOs and engineering leaders
Designed to achieve
A production decision and implementation path instead of permanent prototype debt

What you get

  • Measured behaviour on representative inputs
  • Failure taxonomy and containment plan
  • Production gap analysis with cost and effort
  • Reimplementation and rollout, or a documented stop decision

Need a different system?

Not quite your solution?

Explore nearby systems or bring the outcome, workflow, and constraints that do not fit a predefined category. Tandemora can scope a custom solution around the real operating problem.

Your version will have different constraints.

Bring the workflow, current system, available evidence, and the assumption you trust least. We will identify the smallest useful next step.

Discuss this system