AI Engineering

Move AI from experiment to production

AI can create measurable value, but only when the use case, data, security, architecture and operating model are clear. We help Microsoft-centric organisations prioritise AI opportunities, stabilise prototypes, automate workflows and build secure Azure-native AI systems that are ready for real users.

Microsoft Solutions Partner Data & AI Microsoft Solutions Partner Digital & App Innovation
This is for you if

You need AI value without uncontrolled production risk

You have AI demand but no clear roadmap.

You have a PoC that works in demo but is not production-ready.

Teams are using AI informally and governance is unclear.

You want to automate a document-heavy, email-heavy or decision-heavy workflow.

You need a secure enterprise knowledge assistant over approved internal content.

Risk, security or architecture stakeholders need confidence before rollout.

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Proof from similar work

AI systems delivering measurable value in real workflows

Selected examples of how we have validated AI use cases, automated document-heavy workflows and turned promising prototypes into governed Azure solutions.

Legal technology

Legal inbox assistant delivered in 10 days

Situation
A legal-technology team needed to reduce shared-inbox administration and connect emails, approved legal content and Jira work items without disrupting existing legal workflows or removing human oversight.

Solution
We delivered a modular Azure-based assistant that ingested incoming email, retrieved relevant legal content, drafted responses and created structured Jira tasks, with mandatory human review before action.

Benefits

  • Delivered as a working PoC in 10 days.
  • Reduced manual inbox triage by 40-60% during testing.
  • Produced draft responses in seconds and created a clear path to MVP.
Read the case study

Construction workforce compliance

AI document validation at scale

Situation
A major solutions provider operating in a highly regulated industry needed to process a substantial amount of scanned documents across roughly 1,000 document types. Inconsistent scans, layouts and data quality made manual extraction and validation slow and error-prone.

Solution
We built an Azure document-processing pipeline that extracted and normalised key fields, applied validation rules and flagged missing, incorrect or expired information for human review.

Benefits

  • Reduced administrative workload by more than 75%.
  • Automated high-volume document processing and revalidation.
  • Improved compliance visibility, alerts and auditability.
Read the case study

Global operations

Enterprise knowledge assistant rebuilt for production

Situation
An internal “chat with your data” prototype had demonstrated user value, but the generated architecture raised concerns around identity, data residency, cost control, performance, observability and maintainability.

Solution
We redesigned and rebuilt the prototype as a secure Azure-native MVP with enterprise identity, controlled access, monitoring, deployment automation and integration with the organisation’s existing knowledge sources.

Benefits

  • Delivered a governed enterprise MVP in two sprints.
  • Reduced technical and operational risk before wider rollout.
  • Created a supportable foundation for multilingual and future assistant capabilities.

FAQ

Can you help if we already have an AI prototype?

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Yes. We can review the prototype, identify production-readiness gaps and define whether it should be stabilised, refactored or rebuilt for secure Azure operation.

Can AI stay inside our Azure environment?

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Yes. We design Azure-native AI systems with identity, access control, monitoring, auditability and security requirements built in from the start.

How do you reduce AI risk?

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We define approved data sources, human review points, access controls, evaluation criteria, logging, cost controls and operational ownership before production rollout.

Do you build fully autonomous agents?

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Where appropriate, but we do not recommend uncontrolled automation for high-risk workflows. We usually design human-in-the-loop processes first, then expand autonomy only where risk and value justify it.