Product alignment
We agree on the problem, the target users and what the MVP must prove. For AI products, that includes the exact task the model performs and what a good enough result looks like.
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AI MVP development for startup founders
We design and build AI MVPs that put a working product in front of real users early. You learn whether people want it, whether the model can do the job reliably and what it will cost to run, before you commit to a full platform.
An AI MVP is the first working version of a product where AI does part of the core job: answering questions, extracting data, classifying, recommending or acting on the user’s behalf.
Like any MVP, it tests whether people want the product. It also has to answer a question a conventional MVP never faces: can the model do the job reliably enough, at a cost that makes the business work?
A working product with early usage data gives investors far more to evaluate than a demo running on scripted inputs.
AI tools have made the first demo faster to produce. In an internal experiment, one of our junior developers built a usable inventory tool in three working days with Lovable and Bolt. It also had bugs, rough edges and unfinished logic, and it was nowhere near production-grade.
The distance between a convincing demo and a product real users can rely on is where most of the work sits. That is the part we focus on.
Most AI MVPs start with a fixed-price product design phase: three to five weeks that end in a clickable prototype, a feature breakdown estimated by a technical lead and an indicative investment range.
Product alignment
We agree on the problem, the target users and what the MVP must prove. For AI products, that includes the exact task the model performs and what a good enough result looks like.
Before scoping features, we test the core AI task against sample data. This shows early which models fit, what accuracy is realistic and whether retrieval, fine-tuning or a simpler rule-based approach is the better choice.
User story mapping sets the MVP boundary. We separate the features that test your riskiest assumptions from the ones that can wait, and decide where a human stays in the loop.
AI output is probabilistic, so the interface has to handle uncertainty: confidence signals, source citations, easy correction and clear fallbacks when the model gets it wrong.
Scope, milestones, model choice, data handling and technical approach go into one plan, together with an estimate of cost per transaction.
We deliver in short agile cycles with demos and feedback loops, tracking model accuracy and usage costs alongside product metrics so you can decide what to scale.
Our product and AI engineers can help you test feasibility, scope the first version and estimate what it will take to launch.
AI products we’ve built with founders and product teams
Our teams have shipped AI into startup products and regulated environments, from contextual search to document screening and compliance assistants. Here are a few examples.
We choose models through structured benchmarking on accuracy, latency, cost per inference and where your data has to live. That covers commercial models such as OpenAI and Claude, and open-weight models such as Mistral and Qwen running in private infrastructure when data residency matters.
Around the model, we use the same web, mobile and cloud stack we rely on for every MVP, so the first version can grow into the full product.
Many founders come to us with an idea and a hunch about what AI can do for it. The first weeks turn that into a scoped plan, with the riskiest assumption about the model already tested.
We talk through the idea, the users, your startup stage and the data you can access today.
Product specialists and AI engineers define the core features, test the AI task on sample data and outline the technical approach.
We agree milestones, team composition and how accuracy, cost and user feedback will be measured after launch.
Tell us what you’re building. We’ll give you an honest view of what the first version should include, what the AI can realistically do and what it will take to launch.
Both test whether users want the product. An AI MVP also has to show that the model performs its core task accurately enough, at an acceptable cost per transaction, with a clear plan for the cases where it gets things wrong. That adds a feasibility step to discovery and accuracy and cost tracking after launch.
Many MVPs take about 8 to 16 weeks, while complex platforms can take six months or more. When the AI task itself is unproven, we recommend a time-boxed proof of concept on real data first, which typically runs six to ten weeks. For reference, our AI manuscript screening platform reached MVP in five months.
Cost depends on product complexity, the data involved, hosting requirements and the accuracy threshold you need. Integrations and inference also add running costs that grow with usage.
As a reference point, most of our product design phases cost $20k to $40k, compared with $150k to $300k for the MVP build they scope. The product design phase is fixed-price and ends with an indicative investment range for your build. We break down the main cost drivers in How much will my MVP cost?
For a demo, often yes. In our own experiment, a junior front-end developer built a working inventory tool in three working days with Lovable and Bolt. The generated code was mostly scaffolding, and that kind of output can include security gaps such as unvalidated inputs or hardcoded keys.
Use these tools to validate ideas quickly and treat the output as a draft. We share the full findings in From prompts to prototypes.
It depends on the task. We benchmark candidate models on accuracy, data volume, latency, cost per inference and deployment environment, then pick the one that meets your accuracy target at a sustainable cost. Sometimes that is a commercial API; sometimes it is an open-weight model you host yourself.
Yes. Open-weight models can run in a private cloud or on-premises, with credential handling, inference and fine-tuning kept inside your perimeter.
We design for them from day one. Retrieval-augmented generation (RAG) grounds answers in your own documentation, with citations users can check. Review interfaces, confidence scoring and feedback loops let people inspect, confirm or override AI decisions where accuracy and traceability matter.
We follow a build, measure, learn approach: analyse usage and feedback, refine features and add validated capabilities. For AI products, we also track model accuracy and running costs so you know what is ready to scale. More on this in Success after MVP release.