Ops & IT Support

What We Do

Application Support and Recovery

Senior engineers investigate live incidents, restore critical application behaviour and trace recurring failures beyond the visible error or immediate support ticket alone.

Technical Debt Reduction

Prioritised remediation addresses the architecture, infrastructure and code risks most likely to create outages, security exposure or disproportionate ongoing maintenance effort elsewhere.

Platform Maintenance and Modernisation

Planned upgrades keep established platforms supportable, secure and compatible while protecting the customers, operations and specialist knowledge that still depend on them.

On-Demand Engineering Capacity

Flexible technical capacity handles maintenance backlogs, specialist projects and periods of pressure without forcing the internal team to abandon its core priorities.

Application Support
Technical Planning
Service Operations
Infrastructure and Data
Product Engineering
Continuous Improvement

Challenges We Solve

01

Every Week Brings Another Emergency

The technical team spends most of its time restoring service and containing breakages, leaving little capacity to remove the underlying causes.

02

Maintenance Backlogs Keep Growing

Necessary upgrades, fixes and documentation lose priority to product work until avoidable debt becomes an operational or security risk.

03

System Knowledge Sits With One Person

Critical platforms depend on undocumented decisions and individual memory, making staff absences, departures and supplier changes disproportionately dangerous.

04

Small Fixes Consume Senior Engineers

Experienced internal people keep being pulled away from product and strategic work to investigate recurring defects or maintain ageing systems.

05

Suppliers Close Tickets, Not Root Causes

Incidents appear resolved until the same architecture, deployment or operating weakness creates another version of the problem days later.

How Ongoing Support Moved CRIMS From Firefighting To Planned Work

CRIMS' ageing platforms generated more than ten emergencies each week, consuming around three quarters of the technical team's time and preventing planned improvement work.

We combined incident response with architecture, infrastructure modernisation and targeted engineering, reducing repeated failures while steadily changing the technical conditions that created them.

View Case Study

75% → 10%

Time spent firefighting

The technical team reportedly recovered most of the capacity previously consumed by emergencies, breakages and reactive fixes.

10+ → 1

Emergencies per week

Recurring technical incidents reportedly fell from more than ten each week to approximately one.

9 months

Post-launch product support

Race Day Pro received nine months of continued fixes and operational support after Super Villains completed and launched the MVP.

How We're Different

Reactive support can keep a platform alive while making its long-term condition worse. Tickets close, the same patterns return and internal teams remain trapped in maintenance. We combine immediate technical response with deliberate work on the architecture, infrastructure and knowledge behind recurring incidents.

01

Find Repeating Failure Patterns

We connect incidents that appear unrelated, tracing them back to shared architecture, infrastructure or delivery weaknesses instead of treating each ticket as an isolated event.

02

Protect The Existing Operation

We plan fixes and upgrades around live customers, data and service commitments, because improving the platform cannot come at the expense of essential operational continuity.

03

Prioritise Debt By Business Risk

We distinguish inconvenient technical debt from conditions that threaten security, continuity or commercial change, directing limited engineering capacity towards the business consequences that matter most.

04

Add Capacity Without Losing Context

We retain technical and operational knowledge across incidents, maintenance and improvement work, reducing the repeated briefing and rediscovery that makes fragmented external support expensive and slow.

Support includes a route forward

Immediate fixes are recorded against their underlying technical condition so recurring incidents can become planned remediation rather than a permanent operating cost.

New Challenges Most Businesses Aren't Ready For

Established software now carries more customers, revenue and internal work than many organisations realise. As platforms age and technical estates expand, ordinary maintenance failures can create increasingly serious business consequences.

Software Outlives Original Teams

Critical platforms often remain long after their original engineers leave, taking undocumented assumptions and recovery knowledge with them.

Security Debt Accumulates Quietly

Delayed upgrades and unsupported components can leave important applications exposed even when the visible service still appears stable.

AI Creates New Support Surfaces

AI-enabled workflows introduce new models, integrations and failure modes that operational teams must monitor, diagnose and govern.

Connected Services Amplify Downtime

As more customers and workflows depend on shared platforms, one failure can interrupt several services and teams at once.

Keep Critical Systems Stable While the Business Keeps Changing