Skip to main content
Artificial intelligence for business

Artificial intelligence that does something useful on a Tuesday afternoon

We build AI features into software that businesses already depend on. Not demonstrations, not experiments, but working capabilities such as reading documents, drafting replies, sorting enquiries and answering staff questions from your own records. We will also tell you when artificial intelligence is the wrong answer, which is more often than the current enthusiasm suggests.

The gap between an impressive demonstration and a useful feature

Anybody can produce something impressive with a language model in an afternoon. Turning that into a feature a business can rely on takes considerably longer, and the difference is almost entirely in the engineering that surrounds the model rather than the model itself.

A useful AI feature needs access to your real information, which means retrieving the right records or documents rather than hoping the model remembers something relevant. It needs clear boundaries about what it may and may not do, particularly if it can take actions. It needs a sensible response when it does not know, because a confident wrong answer is far more damaging than an admission of uncertainty. It needs a log of what it produced, so that when somebody questions an output you can look. And it needs a route to a human being.

That surrounding work is what we build. We have been integrating large language models into production applications for several years, using platforms including Claude and DeepSeek, and the pattern is consistent. The model is a component. The value comes from connecting it carefully to your data and your rules.

Where artificial intelligence genuinely earns its cost

The features that pay for themselves tend to be unglamorous. Reading unstructured documents and pulling out structured information, such as taking invoices, forms or reports and turning them into fields your system can use. Drafting the first version of repetitive correspondence so a person edits rather than composes. Classifying incoming messages so they reach the right team without somebody reading each one. Summarising long threads or documents so a decision maker can act quickly.

Search is another area where the improvement is immediate and obvious. Traditional search requires the user to guess the words in the document. A language model can understand what somebody meant, which turns an internal knowledge base from something people avoid into something they use.

The common thread is that a human remains in the loop and the cost of an occasional error is low. That is the zone where this technology is genuinely valuable today, and it is where we push clients to start.

Where it is the wrong tool

We are equally direct about the limits. Language models are a poor choice for anything requiring exact arithmetic, since a calculation should be calculated rather than predicted. They are a poor choice where the same input must always produce precisely the same output, and where a decision must be defensible with a clear rule that a person can inspect.

They are also frequently unnecessary. A great many problems presented to us as artificial intelligence projects turn out to be solved better by a simple rule, a properly designed form or a database query that runs in milliseconds and costs nothing. Recommending that instead occasionally loses us work and consistently earns the trust that leads to better projects.

Cost, privacy and control

Every request to a language model costs money, and features that seem inexpensive in testing can become significant at volume. We design with that in mind, caching where answers repeat, choosing smaller models for simpler tasks and giving you visibility of usage rather than an unpleasant surprise. On privacy, we are explicit with you about what information leaves your systems, and we design so that sensitive data is only sent when genuinely necessary. Where requirements are strict, we will discuss the options honestly, including doing less with AI.

What we build

  • Assistants grounded in your own documents
  • Document reading and data extraction
  • Enquiry classification and routing
  • Drafting tools for repetitive writing
  • Summarising long threads and reports
  • Search that understands intent
  • AI agents performing defined tasks
  • Human review and escalation paths
  • Logging, monitoring and cost control

Platforms

ClaudeDeepSeekPython DjangoCeleryRetrieval
Practical uses

Six AI features worth building

Each of these removes real work without putting a business decision at risk.

Reading documents

Turning invoices, forms, applications and reports into structured fields your system can use, with anything uncertain flagged for a person rather than guessed at silently.

Sorting incoming work

Classifying enquiries, support messages and applications so they reach the right person immediately, with confidence levels so borderline cases go to a human.

Drafting repetitive text

First versions of quotes, standard replies, reports and summaries, written in your own tone, for a person to review and send rather than compose from nothing.

Search that understands

Internal knowledge bases and document libraries where people find things by describing what they need rather than guessing the exact words used in the file.

Assistants for staff and customers

Answering questions from your own policies, manuals and records, with sources shown so the answer can be verified, and clean handover to a person when it is out of depth.

Summarising for decisions

Condensing long email threads, case histories or reports into the points a manager needs, with the original always one click away for anyone who wants to check.

AI questions

By grounding it. Rather than relying on what a model absorbed during training, we retrieve the relevant passages from your own documents and require answers to be based on them, with the sources shown. We also design explicit behaviour for uncertainty, so the honest answer is that the information is not available rather than a plausible fabrication.

We select providers and configurations with that specifically in mind and we tell you exactly what leaves your systems and where it goes. We also design to send the minimum necessary rather than everything available. Where your obligations are strict, this becomes a central design constraint rather than an afterthought.

Charges are based on the volume of text processed, so cost scales with usage. We estimate it from your expected volume before building, reduce it through caching and by using smaller models for simpler steps, and give you visibility of consumption so there are no surprises at the end of a busy month.

That is exactly what we recommend. Pick one repetitive task with a low cost of error, build it properly, measure whether it actually saves time, and expand only if it does. Large speculative AI programmes are how organisations spend a great deal and learn very little.

The projects that succeed remove tedious work rather than people, such as retyping, sorting and drafting from a blank page. We design for a human in the loop, both because it produces better outcomes and because the failure modes of unsupervised automation tend to be expensive and public.

Tell us which task your team repeats every day

We will tell you honestly whether artificial intelligence would help, whether a simpler solution would work better, and what building it would involve.