A generative AI development company that builds features, not demos
We take a generative AI idea from "wouldn’t it be good if" to a feature inside your product, with the retrieval, the evals, and the cost controls that make it survive contact with real users.
- Fixed price; we absorb our own scoping errors
- Inference billed to your provider, never marked up
- Model-agnostic: swapping providers is config, not a rewrite
Why this is worth building, and why us.
The gap between an impressive LLM prototype and a shippable feature is where most generative AI budgets disappear. The prototype works because one person tried five inputs they already knew the answer to. The feature has to work for a thousand strangers, stay within a cost envelope, keep its facts straight, and not embarrass you in a screenshot.
We build the second thing. That means retrieval that cites its sources, prompts held in version control with tests around them, structured outputs your code can rely on, and a fallback for the day the provider has an outage. It is less exciting than the demo, and it is the entire difference between a feature and a liability.
Where generative AI actually pays
- 01Document intelligence: extract, classify, and summarise the paperwork your team retypes by hand
- 02RAG over your knowledge base: answers with citations, not confident guesses
- 03Drafting and rewriting inside your product: the feature users came for, not a chatbot bolted on
- 04Structured extraction: turning messy input into typed data your existing code can trust
- 05Search that understands intent: semantic retrieval over catalogues, tickets, or archives
- 06Content pipelines: generation with a human approval gate before anything ships
From proof to production, priced up front
Generative AI projects stall in an expensive middle where nobody can say whether the thing works. These tiers exist to force that question early and cheaply.
The cheapest way to find out whether the model can do the job on your real data. Two days, a narrow prototype against your actual documents, an accuracy read on a sample you choose, and the cost difference between the models worth considering. Credited back in full against any build you start within 30 days.
- Quick Win$2,9972 weeks
One narrow generative task, shipped: extraction, classification, or summarising.
- One task, built into your codebase and deployed
- Structured output with schema validation, so your code can rely on it
- A starter eval set on your own data
- Cost caps and rate limits
- Built to extend into the fuller tiers rather than be replaced
- Most chosenLLM Feature$5,9974 weeks
A customer-facing generative feature inside an existing product.
- Everything in Quick Win, built out to a full product feature
- Prompts in version control with a real eval suite around them
- Streaming responses where the UX benefits
- Provider fallback, so an outage does not take the feature down
- A dashboard for spend, latency, and failure rate
- Retrieval where the feature needs your own content
- RAG Platform$11,9976–8 weeks
Retrieval over a real corpus, where wrong answers have consequences.
- Ingestion pipeline: parsing, chunking, embedding, re-indexing on change
- Hybrid retrieval and reranking tuned against your evaluation set
- Citations in every answer, traceable to the source document
- Permissions-aware retrieval, so users only see what they should
- An accuracy benchmark you can re-run as the corpus grows
- Thirty days of post-launch tuning included
- Fixed price; we absorb our own scoping errors
- Inference billed to your provider, never marked up
- Model-agnostic: swapping providers is config, not a rewrite
- You own the prompts, the evals, and the code
Prices assume your content is reachable in some machine-readable form. If the corpus is scanned PDFs or lives behind a system with no API, extraction is real work and we will scope it separately rather than discover it halfway through.
Retrieval beats a bigger model, almost always
When an LLM feature gives wrong answers, the instinct is to reach for a larger model. It is usually the wrong lever. Most factual failures are retrieval failures: the model never saw the relevant passage, or it saw six near-duplicates and picked the stale one. A better index fixes more than a better model, and it costs a fraction as much to run.
So we spend the effort where it pays: chunking that respects document structure, hybrid search rather than pure vectors, reranking, and freshness handling so superseded content stops surfacing. Then we measure. An accuracy benchmark on your own data is the only honest way to know whether any of it worked.
Structured output, or it does not integrate
A generative feature that returns prose is a demo. A generative feature that returns validated, typed data is something the rest of your application can build on. The difference in engineering effort is small; the difference in what you can do with the result is enormous.
We use schema-constrained outputs with validation and a repair path, so a malformed response gets retried rather than crashing a downstream job. It is the least glamorous part of generative AI work and the part that determines whether the feature can be trusted inside a workflow.
Model choice is a cost decision, not a loyalty one
We are not tied to a provider. The right model for a step depends on what that step needs: a frontier model for genuinely hard reasoning, a small fast one for classification and routing, and often a cached response for the question forty users asked this morning. Mixing them is where the cost curve bends.
Because we route through a gateway rather than hard-coding a vendor, switching a step to a cheaper model is a configuration change with an eval run behind it, not a rewrite. That matters more than it sounds: this market re-prices every few months, and you should be able to take advantage of that without a project.
Not claims. Shipped work.
- 01ChatberryAn AI WhatsApp marketing platform: generative features inside a real product, not a standalone toy.See the work
- 02Parcoursup ZenAI-driven orientation for French post-bac students, shipped to actual students.See the work
- 03Why we ship eval suites with every agentThe measurement discipline behind everything above: written up in full.See the work
Common questions.
01How much does generative AI development cost?
Ours are published: $2,997 for one narrow generative task in two weeks, $5,997 for a customer-facing LLM feature, $11,997 for a full RAG platform. The $497 Proof Sprint tells you whether the model can do the job on your data before you commit to any of them, converts into a fixed quote with a per-request cost estimate, and comes off the invoice if you proceed.
02Which model or provider do you use?
Whichever fits the step and the budget, routed through a gateway so it stays swappable. We typically mix a frontier model for hard reasoning with smaller, cheaper models for classification and routing, plus caching. We will show you the accuracy and cost trade-off during the Proof Sprint rather than defending a favourite.
03Will our data be used to train someone else’s model?
Not on the configurations we set up. Enterprise API tiers from the major providers exclude your data from training by default, and we can run inference in your own cloud where policy requires it. If your compliance position rules out third-party inference entirely, we will tell you which parts of the plan survive that constraint.
04What is RAG and do we need it?
Retrieval-augmented generation means fetching your relevant content and giving it to the model at question time, instead of hoping the model memorised it. You need it whenever answers must reflect your own documents, prices, or policies. You do not need it for tasks that are pure transformation, like rewriting text a user just pasted in.
05How do you stop it making things up?
Grounding and measurement. Answers are constrained to retrieved context with citations back to the source, so a user can check. Outputs are schema-validated where structure matters. And an eval suite on your own data tracks accuracy over time, so regressions are caught by a test run rather than a customer complaint.
Find out if it works on your data
Describe the task and what your content looks like. We will tell you whether generative AI is the right tool, and the $497 Proof Sprint will show you the accuracy on your real data in two days.
- A real person replies, usually same day
- No sales sequence, no automated nurture
- Proof Sprint is credited back if you go ahead