AI Development

AI Agent Development

An agent is a model with the ability to act, which makes it useful and makes it dangerous. The engineering that matters is not the reasoning loop — it is the permissions, the audit trail and knowing exactly where a human has to say yes.

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AI Agent Development

What We Build

Agents doing real work inside real systems, with the controls that makes it safe.

Tool-Using Agents

Agents that call your APIs, query your data and operate your systems through a defined tool surface.

Workflow Automation

Multi-step processes — triage, research, data entry, reconciliation — handled end to end with checkpoints.

Support Agents

Agents that resolve tickets rather than deflect them, with an honest handover when they cannot.

Research Agents

Gathering, comparing and summarising across sources, with citations back to the original material.

Multi-Agent Systems

Specialised agents coordinating on larger tasks — used where it genuinely helps rather than for its own sake.

MCP & Integrations

Connecting agents to your tools through standard protocols rather than bespoke glue for each system.

What Production Agents Need

01

Observability

Full traces of every step, so a wrong answer can be diagnosed rather than argued about.

02

Approval workflows

Pause, present the intended action, and wait — with the context a human needs to decide quickly.

03

Retries and recovery

Failure handling that does not repeat a side effect twice, because agents retry.

04

Budget limits

Token, time and cost ceilings per run so a loop cannot spend without bound.

05

Injection defences

Untrusted content treated as data, not instructions — the most common agent attack.

06

Evaluation harness

Scored test scenarios so changes to prompts or tools can be verified before release.

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.

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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

Start narrow, prove it, then widen the agent's remit.

Pick one workflow

A single, well-bounded task with a measurable outcome and a clear owner.

Build the tool surface

APIs the agent can call, scoped and permissioned, with an evaluation set.

Run supervised

The agent proposes, a human approves, and we measure how often it was right.

Widen autonomy

Approval gates removed only where the record justifies it.

Automate A Workflow Properly

Tell us which process eats your team's time. We will scope an agent for it, with the controls that make it safe to run.

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FAQs

AI Agent Questions

Everything you need to know about our ai development work.

For reversible, low-value actions, often yes after it has proven itself. For anything that moves money, contacts a customer or changes a record permanently, we keep a human in the loop unless you explicitly decide otherwise with the risk understood.

Treating retrieved and user-supplied content strictly as data, keeping tool permissions minimal, and validating actions against policy before execution. It cannot be fully eliminated, which is exactly why the permission model matters more than the prompt.

Usually not. A single agent with good tools beats a committee of agents for most tasks, and is far easier to debug. We use multiple agents when the work genuinely splits into independent specialities.

Task completion rate, human intervention rate and cost per completed task — measured against the process it replaced. If those numbers do not beat the status quo, we will say so.