We Will Tell You When AI Is the Wrong Answer
Plenty of problems are better solved with a rule, a report or a process change. We assess that in consulting and say so — it costs us a project occasionally and saves you far more.
What we have built for customer support ai: support assistants with escalation, ticket routing and summarisation, knowledge base grounding and deflection measured honestly.
“AptenTech brought clarity to the entire development process. The team understood what we wanted, communicated consistently, and delivered a product that was both polished and practical to use.”
“The team was responsive whenever priorities changed and always explained the available options clearly. We appreciated their attention to detail and the smooth experience from development through launch.”
“AptenTech worked closely with our team instead of simply following a specification. Their suggestions helped improve several parts of the platform, and the final delivery matched our business requirements well.”
Stage 01 of 06
Which problems are worth solving with AI, scored on value and feasibility together. We name the ones that are not worth it, because starting with the wrong use case is the most common failure in this category.
Plenty of problems are better solved with a rule, a report or a process change. We assess that in consulting and say so — it costs us a project occasionally and saves you far more.
Data quality, coverage and consent are the most common reason AI projects stall. We audit them first rather than discovering the problem after the architecture is agreed.
Every model is measured on a golden dataset against a non-AI baseline. A demo that impresses in a meeting tells you nothing about behaviour on the long tail of real inputs.
AI economics can quietly invert at scale. We model cost per user, per document or per transaction during architecture, so the unit economics are known before launch.
Bias testing, explainability, audit logging and human oversight are part of the build. Enterprise procurement and the EU AI Act both now ask for evidence, not intentions.
Code, models, prompts, evaluation sets, infrastructure and documentation are yours from day one, with a handover that leaves your team self-sufficient.
It varies enormously with what you are building. Integrating an existing model API into a product sits at the lower end; a custom-trained model with a data pipeline, evaluation harness and governance documentation sits considerably higher. The bigger surprise is usually running cost rather than build cost, so we model cost per inference at expected volume during architecture.
A prototype with evaluation typically runs six to ten weeks. A production system with integration, guardrails and monitoring usually runs four to eight months. We deliberately front-load a prototype and evaluation phase so you get a real accuracy number before committing to the full build.
That is the first question we answer, and sometimes the answer is no. Data audit covers volume, quality, coverage of edge cases, labelling and whether consent covers the intended use. If the data is not there, we will say so rather than building something that will underperform quietly.
API models cover most use cases and are usually where to start. Fine-tuning helps when you need a consistent format or domain tone that prompting cannot reach. Training from scratch is rarely justified outside specialised domains with proprietary data. We recommend based on your case, and the cheapest option that works is usually the right one.
Retrieval grounding so answers come from approved sources, citations so users can verify, confidence thresholds that trigger a refusal or escalation instead of a guess, and an evaluation set run on every change. Hallucination cannot be eliminated, and any vendor claiming otherwise is overselling.
Yes. Options include enterprise API tiers with no-training guarantees, deployment inside your own cloud tenancy, or open-weight models self-hosted entirely within your infrastructure. Which is right depends on your data residency requirements and cost at volume.


