Flutter case study
CloudEngineeringSecurity

Flutter

Enterprise Infrastructure & Security Transformation

Optimising 250+ servers across a global gaming estate: modernised security, automated patching, and a 60% reduction in server footprint.

250+
Servers documented
150+
Systems optimised
60%
Server footprint reduced
Automated
Patching deployed

The Challenge

Flutter Entertainment, the world's leading online sports betting and gaming company, had expanded rapidly through strategic acquisitions of brands like FanDuel, Sky Betting & Gaming, Paddy Power, PokerStars, and Betfair. This growth created an opportunity to optimise their enterprise IT infrastructure, an ambitious programme to enhance security and streamline their server estate across a growing global operation.

Scale & Complexity

A sprawling server estate spanning 250+ Windows and Linux servers, accumulated through rapid growth and multiple acquisitions, each with different standards and configurations.

Security Posture

Enterprise IT infrastructure needed modernising to meet the security standards expected of a global gaming leader, with consistent patching and hardened configurations across all environments.

Operational Overhead

The existing infrastructure was larger than it needed to be, driving unnecessary cost and management complexity. A strategic rationalisation was overdue.

Our Approach

We deployed specialist infrastructure and security engineering teams to deliver this large-scale transformation. Starting with comprehensive discovery and documentation of the entire estate, we mapped critical service dependencies and business impact, then developed targeted upgrade strategies for each technology stack with detailed migration pathways for critical services.

Technical Solution

Discovery & Documentation

Comprehensive audit of 250+ Windows and Linux servers, mapping dependencies and business impact

Active Directory Modernisation

Upgraded AD infrastructure with enhanced security features

Automated Windows Patching

Ivanti Security Centre 2022.1 deployed for consistent, automated security patches

Linux Patching Automation

Custom automation solution for Linux estate patching

Standardised Templates

OS templates standardised across both Windows and Linux for consistent builds

Footprint Optimisation

Strategic decommissioning and consolidation reducing server estate by 60%

The Impact

60%
Server footprint optimised
Strategic decommissioning and consolidation
150+
Systems coordinated through transformation
Across Windows and Linux estates
Automated
Patching across Windows and Linux estates
Ivanti and custom automation deployed
Standardised
Build and decommission processes established
Consistent templates and maintenance windows

The transformation delivered immediate security improvements while setting Flutter up for continued global growth. The server footprint was reduced by 60% through strategic planning, dramatically cutting operational overhead and management complexity.

Standardised OS templates and automated security patching were deployed across both Windows and Linux estates, establishing a consistent security baseline for the first time. Standardised build and decommission processes were created for ongoing infrastructure management, and clear maintenance windows and communication protocols were established for future updates.

Long-Term Value

Security Foundation

Flutter now operates on a modernised, consistently secured infrastructure across their global estate.

  • Automated patching eliminating manual security updates
  • Standardised OS templates ensuring consistent configuration
  • Enhanced Active Directory infrastructure with modern security features

Operational Efficiency

The rationalised infrastructure is simpler to manage, cheaper to run, and ready for future growth.

  • 60% server footprint reduction cutting operational overhead
  • Standardised build and decommission processes for ongoing management
  • Clear maintenance windows and communication protocols established

Need to modernise your infrastructure?

We deliver large-scale infrastructure transformation, from discovery and documentation to automated patching and estate optimisation.

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