AI integration · Ajaccio, Corsica

AI integration into your business software

AI integration brings artificial intelligence to where your team already works: your CRM, ERP, website or business application. From Ajaccio, Corsica, Step By Step connects large language models to your software through APIs or an MCP server, with costs and data kept under control.

  • LLM
  • API
  • MCP
  • RAG

Features

AI integration: the features we add to software

The most useful AI features in business software are simple and targeted: summarise, draft, classify, extract, search, translate. They slot into existing screens without changing how your team works.

  • Summarise and rephrase

    One button that summarises a customer file, an email thread or a report, right on the screen where people work.

  • Writing assistance

    A first draft of an email, product description or meeting note, based on the data in the open record.

  • Classify and qualify

    Automatically categorise the requests, tickets or documents that land in your application.

  • Extract data

    Fill in a form from a PDF, an email or a photo, with a review step before anything is saved.

  • Search by meaning

    Search that understands a question asked in plain language, not just exact keywords.

  • Translate

    Content and conversations translated inside the interface, with an optional review before publishing.

Architecture

API, MCP or RAG: how do you connect a language model to your tools?

There are four main ways to connect a large language model to your tools. The right one depends on what the AI has to do: a one-off feature, standardised access, answers grounded in your content or a complete task.

Ways to integrate a language model
ApproachPrincipleTypical use
Model provider API Your application calls a language model for a specific featureSummaries, drafting and classification built into a screen
MCP server Your software exposes its data and actions to an AI assistant or agent in a standard wayMaking your tool usable by an agent without agent-specific development
Retrieval-augmented generation (RAG) Your content is indexed and fed to the model with every questionDocument assistants, decision support grounded in your sources
Agent connected to your APIs An agent chains calls to your software to complete a taskPreparing a quote, assembling a case file, updating several tools

Good practice

An integration that lasts, with no lock-in

A successful integration survives the fast-moving AI market. We design it so you can change model, control costs, protect data and keep checking quality over time.

  • Swappable model

    An abstraction layer lets you change provider or model without rewriting the application.

  • Controlled costs

    Caching, the right model for each task and limits on what is sent keep the bill predictable.

  • Protected data

    Minimal data sent, sensitive fields anonymised and providers that do not train on your data.

  • Measured quality

    Test sets re-run with every change to check that answers stay correct and compliant.

Our software

AIKeep: already connected to your tools

Rather than integrating AI one application at a time, AIKeep — the software published by the studio — sits in front of them: it connects through APIs and MCP servers, drives a browser for services with no interface and becomes the single command centre of the business.

  • Any REST API supported through configuration (OAuth 2.0, API key, token)
  • Any MCP server connected the same way
  • Installed on your Windows workstations, with no data migration
Discover AIKeep

Method

The stages of an AI integration project

An AI integration project starts from a specific, frequently used feature whose output can be checked. Once in production, usage, costs and quality are tracked.

  1. Choose the feature

    Where does AI save time in your software? A specific, frequently used feature with an output you can check.

  2. Design the integration

    API, MCP or RAG, model choice, data sent, error handling and cost control.

  3. Build and test

    Integration into the interface, tests on real anonymised data, quality measured.

  4. Roll out and monitor

    Gradual release to production, usage and costs monitored, continuous improvement.

First call on us

Want to add AI to your software?

Tell us which software you use and what AI should do in it: we will reply within one working day with the options available.

Blog

Further reading: our articles on the topic

FAQ

Frequently asked questions about AI integration

What does AI integration into software mean?

AI integration means adding features powered by a large language model to existing or new software: summaries, writing assistance, classification, data extraction, search by meaning. Users get the benefit without switching tools.

Can AI be added to software we did not build ourselves?

Often, yes. If the software has an API, we can build an AI feature around it, or an MCP server that makes it usable by an assistant. If it does not, there are other routes: file imports, a browser extension or browser automation.

What is the MCP protocol?

The Model Context Protocol (MCP) is an open standard that lets an application expose its data and actions to AI assistants and agents in a uniform way. An MCP server built for your software makes it usable by several compatible AI tools.

Which language model should we choose?

It depends on the task, the volume, the cost and the contractual guarantees. We design the integration so the model can be swapped: you can start with one, try another and switch over without rewriting the application.

How much does day-to-day use of a language model cost?

Providers charge by the volume of text processed. The real cost depends on the number of users, the length of documents and the model chosen. We estimate it at design stage and put mechanisms in place to keep it under control: caching, the right model for each task, usage limits.

Is AI integration compatible with the GDPR?

Yes, provided it is planned for: minimal data sent, a data processing agreement with the provider, user information, a defined retention period and, where needed, anonymisation of personal data before it is sent to the model.