75% → 10%
Time spent firefighting
The technical team recovered most of the time previously lost to emergencies, breakages and reactive fixes.
Enterprise Systems
We define, design and build business-critical systems from end to end, combining architecture, product strategy, user experience and engineering in one connected delivery process.
Discuss Your Enterprise SystemTeams repeatedly copy, re-enter and reconcile information because no single system supports the complete process from beginning to end.
Small improvements require disproportionate development work because the original architecture was not designed for current requirements, integrations or operating scale.
Different departments rely on separate data, reports and definitions, making it difficult to understand performance or make coordinated decisions.
Processes, responsibilities and customer expectations have changed, but the software continues to enforce an outdated way of working.
Spreadsheets, manual checks and individual knowledge now hold essential processes together, creating avoidable delays, errors and operational dependency.
CRIMS needed more than another development team. Its ageing systems were expensive to maintain, difficult to change and consuming most of the technical team's time through emergencies and breakages.
We stepped in as fractional CTO and engineering partner, stabilising critical systems, modernising the underlying infrastructure and building a modular reporting platform that could support faster change, new products and expansion into new markets.
75% → 10%
Time spent firefighting
The technical team recovered most of the time previously lost to emergencies, breakages and reactive fixes.
10+ → 1
Emergencies per week
More dependable architecture and operating processes dramatically reduced recurring technical incidents.
Zero downtime
During critical migration
A database environment roughly ten years out of date was upgraded without interrupting live customer operations.
Most technical problems are made worse by teams that execute too quickly, challenge too little or only solve the visible symptom. We clarify the intention behind the request, identify the architecture beneath the issue and recommend the route that will hold up beyond the immediate fix.
We clarify what the business is trying to achieve before building anything, then push back when a request would create avoidable complexity, fragility or technical debt later.
We look for the structural issues underneath recurring problems, then set out practical options instead of applying another short-term fix that leaves the same failure pattern in place.
We do not pretend there is only one sensible answer. We explain the trade-offs between speed, cost, resilience and scale so clients can make informed technical decisions.
We avoid bare-minimum solutions that work once and fail under pressure. Every build needs enough structure, clarity and flexibility to support what the organisation needs next.
Enterprise software is being pulled into a new operating reality: AI needs usable context, customers expect faster change, legacy systems still have to run, and leaders need cleaner visibility across the business. We help organisations prepare their systems for that reality.
AI is moving from isolated experiments into real workflows, but most systems do not expose the data, rules or permissions needed for it to act safely.
New products, integrations and customer expectations arrive faster than ageing platforms can absorb, turning every meaningful improvement into another risky project.
Reporting, automation and decision-making now depend on information moving cleanly between systems, but many organisations still rely on manual reconciliation and inconsistent definitions.
Older platforms cannot simply be switched off. The challenge is modernising around them carefully while protecting the operations, customers and knowledge they still support.