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Build · Capability

Put intelligence into
the workflow — not beside it.

We engineer AI-enabled products, agents and automation that connect with real applications, data and human workflows — moving promising use cases from prototypes into reliable production systems.

Build capabilities
AI & AutomationPart of Build ›
  1. 01TaskDefine exactly what the system should help perform or decide.
  2. 02ContextConnect the information, tools and permissions required to do the job.
  3. 03IntelligenceEngineer models, agents, automation and deterministic logic around the task.
  4. 04ControlMeasure quality, manage uncertainty and keep people accountable where needed.
Specialist servicesAI Development & Automation ›AI Agents & Assistants ›

When prototypes need to become useful

The hard part is rarely getting an AI demo to work once.

AI experiments can look impressive while still lacking the context, integration, controls, reliability and ownership required for production.

We engineer the system around the model so intelligence can become part of a real product or workflow.

  • 01A promising prototype needs to reach productionThe demo works, but integration, evaluation, permissions and operations are still missing.
  • 02Manual work is consuming too much timeDocuments, requests and repetitive decisions are absorbing hours that could be automated with the right controls.
  • 03Important information is difficult to useKnowledge is spread across documents and systems, making it slow to find, interpret or act on the right information.
  • 04Existing products need intelligence built into the workflowAI should sit inside the product people already use, not in a separate tool beside it.

The product decisions

Before choosing the model, define the job the system has to perform.

  1. 01What task should intelligence improve?Which specific activity, decision or step should become faster, better or cheaper?
  2. 02What context does the system require?Which documents, records, tools and history does the capability need to do the job well?
  3. 03What should use AI — and what should not?Where does a model genuinely help, and where are rules, automation or conventional software more reliable?
  4. 04What can the system act on by itself?Which actions can be automated safely, and which should only be suggested?
  5. 05Where must people review or approve?Which outputs carry enough consequence to require human confirmation?
  6. 06How will quality be measured in production?What evaluation, feedback and monitoring will show whether the capability is working?

Specialist services

Build the intelligence — or the system that acts with it.

Explore all services ›
01 · ServiceAI Development & AutomationEngineer intelligence into products and workflows where it creates measurable value.We build AI-enabled functionality, document processing, classification, extraction, recommendations, search, workflow automation and decision support connected to existing systems.Typical needs
  • AI workflows
  • Document intelligence
  • Extraction & classification
  • Intelligent search
  • Process automation
Explore AI Development & Automation ›
02 · ServiceAI Agents & AssistantsBuild assistants and agents that can work with the information and tools around the task.We engineer conversational and agentic systems with retrieval, tool use, permissions, workflow integration, controls and observability rather than standalone chat interfaces.Typical needs
  • AI assistants
  • AI agents
  • RAG
  • Tool use
  • Agentic workflows
Explore AI Agents & Assistants ›

What you leave with

AI that can survive contact with the real workflow.

The exact outputs depend on the task, but an AI & Automation engagement should leave you with a capability that is connected, controlled and measurable in production.

  1. 01A working production capabilityAn AI feature, workflow or agent running inside the real product or process.
  2. 02Connected context and toolsRetrieval, integrations and permissions that give the system what it needs to do the job.
  3. 03Defined human controlsClear review, approval and escalation points where consequence demands them.
  4. 04Quality evaluationTest sets and evaluation methods that show how well the capability performs.
  5. 05Monitoring and cost visibilityProduction signals for quality, latency, usage and spend.
  6. 06A system designed to improveFeedback loops and architecture that let the capability get better as models and needs change.

Our approach

Prove the task. Engineer the system around it.

  1. Define the jobAgree the task, success measure and the consequence of getting it wrong.
  2. Establish the contextConnect the data, documents, tools and permissions the capability requires.
  3. Prototype and evaluateBuild quickly against real examples and measure quality before scaling.
  4. Integrate and controlEmbed the capability into the workflow with guardrails, review and fallbacks.
  5. Operate and improveMonitor quality, cost and behaviour in production and keep refining.

Typical starting points

You do not need to know which model to use.

Talk to an AI engineer ›

Clients usually involve us when:

  • We have an AI prototype but cannot get it into production.
  • Too much staff time goes into repetitive document work.
  • We want users to search, ask questions or act on information across our systems.
  • We need an AI assistant inside an existing product.
  • We want an agent that can take actions, not just answer questions.
  • We need to automate parts of a workflow while keeping humans in control.
  • AI quality is inconsistent and we do not know how to evaluate it.
  • Our current AI implementation is becoming expensive or difficult to operate.

Our perspective

Production AI is a system, not a model call.

The model is one component. Context, integration, evaluation, controls and operations decide whether the capability is useful once real users depend on it.

  1. 01Task-ledStart with the job to be done, not the model to be used.
  2. 02Context-groundedGive the system the right information and tools — and nothing it should not have.
  3. 03Human-accountablePeople stay responsible for the outcomes that matter.
  4. 04Evaluation-drivenMeasure quality before and after launch rather than assuming it.

AI-first approach

Models change. The system around them has to survive.

Providers, models and prices move quickly. We design AI capabilities so quality can be proven, failures are handled and the product is not locked to one model.

Build for the model you have — and the one that replaces it.

Explore our AI-first approach ›
  • EvidenceHow do we know the capability performs well enough?
  • ControlWhat happens when it is uncertain, wrong or unsafe?
  • PortabilityHow tightly should the product depend on one model or provider?
  • OperationsHow are latency, quality, cost and model changes monitored?

Beyond the first release

Shipping is a milestone. The capability still has to run and improve.

AI & Automation can hand over to your team or continue through Omniway without separating engineering from what happens after launch.

Data & IntegrationConnect and prepare the data and systems the AI capability depends on.Explore Data & Integration Custom Software & Digital ProductsBuild the product experience the intelligence sits inside.Explore Custom Software Cloud, DevOps & Managed OperationsOperate, monitor and secure AI-enabled systems in production.Explore Cloud & Operations AI & Data StrategyStep back and decide where AI should create value next.Explore AI & Data Strategy

FAQ

Common questions about AI & Automation.

Document processing, classification, extraction, intelligent search, recommendations, assistants, agents and workflow automation — connected to existing systems.

Start with the task

There is an AI opportunity. Now it needs to work reliably in the real workflow?

Tell us what task you want to improve, where the information lives and who needs to stay in control. We will help determine how to engineer it into production.

Talk to an AI engineer ›Explore Build ›