AI Development

AI Copilot Development

A copilot is not a chatbot in the corner. It is an assistant that knows what the user is looking at, what they are allowed to see, and what the next useful action would be — which makes context and permissions the real work.

Discuss your copilot
AI Copilot Development

What We Build

Assistants embedded in the products people already use.

In-Product Assistants

A copilot inside your application that sees the current context and can act on it.

Grounded Q&A

Answers from your documentation, tickets and data, with citations and a clear "not found" state.

Action Execution

Creating records, drafting responses and triggering workflows with confirmation before anything commits.

Developer Copilots

Internal assistants over your codebase, API docs and runbooks for engineering teams.

Domain Copilots

Assistants for sales, support, legal or finance that understand that domain's language and constraints.

Knowledge Integration

Connectors to the systems where the knowledge actually lives, kept in sync rather than exported once.

What Makes A Copilot Useful

01

Context awareness

The copilot knows the record, page or selection the user is on without being told.

02

Suggested actions

Relevant next steps offered rather than waiting for the user to think of the right prompt.

03

Confirm before acting

Any change is previewed and approved, so trust survives the first mistake.

04

Memory

Conversation and preference memory scoped per user, cleared on request.

05

Usage analytics

What people ask, what fails and where the knowledge base has gaps.

06

Feedback loop

Thumbs and corrections captured and fed into evaluation, so the copilot measurably improves.

Where We Put AI To Work

We take on AI projects where the outcome can be measured — a cost that falls, a queue that clears, a decision that gets more accurate.

Talk to our team
Customer support
Financial services
Healthcare
Retail & e-commerce
Logistics
Legal & compliance
Manufacturing
HR & recruitment
Education

Advanced AI Engineering Capabilities

The difference between a demo that impresses and a system you can rely on.

Evaluation harness

A scored test set built from your real data, run on every prompt, model or retrieval change.

Guardrails

Input and output filtering, prompt-injection defences and refusal behaviour you have chosen.

Cost engineering

Caching, model tiering and context trimming so unit economics work at real volume.

Provider abstraction

One interface across providers, so switching model is configuration rather than a rewrite.

Self-hosted options

Open-weight models served in your own infrastructure where data cannot leave your estate.

Full request logging

Prompt, context, response and score retained for debugging and audit.

How We Deliver

One high-value question type first, expanded from evidence.

Find the questions

What users actually ask today, gathered from support tickets and interviews.

Ground and evaluate

Retrieval built with permissions, scored against a real question set.

Embed in the product

Context wiring, actions and the interface where the work happens.

Measure and expand

Usage and failure analysis drives what the copilot learns to do next.

Put An Assistant In Your Product

Tell us what your users ask and what they need to do. We will scope a copilot that respects your permissions.

Talk to our AI team
FAQs

Copilot Questions

Everything you need to know about our ai development work.

From your systems — documentation, tickets, databases, wikis — connected through sync so it stays current. A one-off export is out of date within a fortnight and users notice quickly.

No, by design. Permissions are enforced at retrieval time against your existing access model, so two users asking the same question can legitimately get different answers.

A grounded question-answering copilot on one knowledge domain typically takes six to eight weeks. Adding actions extends it, because each action needs its own confirmation and audit path.

It will occasionally. Citations let users check, feedback captures the failure, and the evaluation set grows from it. For high-stakes domains we add confirmation steps or restrict the copilot to retrieval only.