Overview
Judicial institutions are foundational to the rule of law, providing essential services that citizens, legal professionals, and government agencies depend on daily. Modern judicial systems increasingly rely on digital infrastructure for case management, document access, scheduling, and public information services—making application delivery infrastructure critical to justice system operations.[1]
This major judicial institution had deployed a legacy ADC solution from a leading vendor years earlier. Over time, the configuration had grown increasingly complex—accumulating rules, policies, and customizations that made the system difficult to manage and hindered performance. Administrators struggled with day-to-day operations, and the complexity created barriers to adopting modern infrastructure patterns.[2]
As the institution modernized their application stack with container-based services on OpenShift, the limitations of the legacy ADC became more apparent—particularly around handling modern TLS requirements like SNI passthrough to backend services.
The Challenge
Assessment of the existing infrastructure revealed interconnected challenges:
Configuration Complexity
Years of incremental changes had created an overly complex configuration with unnecessary rules and policies. This complexity hindered performance and made troubleshooting difficult.
Administrator Usability Issues
The legacy platform's complexity created significant usability challenges. Administrators struggled to manage day-to-day operations efficiently, and the learning curve for new team members was prohibitive.
Modern Workload Limitations
OpenShift-based container services required dynamic SNI passthrough to backend servers—a capability that required excessive manual configuration on the legacy platform, creating operational overhead.
The Solution
A structured approach ensured successful migration with optimized configurations:
Configuration Analysis
During the PoC, TR7 engineers analyzed the existing F5 setup to understand actual requirements versus accumulated complexity. Unnecessary configurations were identified and eliminated.
Streamlined Platform
TR7 delivered a simpler, more user-friendly load balancer and WAF solution. Network optimizations were implemented alongside the migration, improving overall service performance.
Native OpenShift SNI Support
TR7's ability to dynamically pass SNI data to backend servers eliminated the need for excess configuration—enabling smooth support for container-based services without operational overhead.
Comprehensive Training
Training sessions on TR7 Load Balancer and WAF were provided to enhance internal expertise, ensuring administrators could confidently manage the platform going forward.
Results
The migration delivered immediate improvements across operations and capabilities:
Eliminated unnecessary complexity from legacy setup
Network optimizations enhanced service delivery
Dynamic SNI passthrough without manual configuration
Training and intuitive interface improved team capability
Container Adoption in Government IT
Government organizations are increasingly adopting container platforms like OpenShift and Kubernetes for application modernization. According to Red Hat's State of Enterprise Open Source report, 79% of organizations expect to increase container use. For ADC infrastructure, this creates new requirements: dynamic service discovery, SNI handling for TLS termination at application level, and smooth integration with orchestration platforms.
Customer references available for qualified organizations upon request.
What Government Sector Professionals Say
"TR7 is really good in terms of user-friendly interface, simple use, capabilities and most importantly technical support. Dynamically protects and load balances our web applications."
"Easy interface, local support in my own language, and all-in-one system. All traffic and security management from one point with TR7."
Struggling with Legacy ADC Complexity?
If your organization is managing complex legacy ADC infrastructure that's hindering operations or blocking modern workload adoption, see how TR7 can deliver a simpler, more capable platform—with native support for container environments.
Customer references available for qualified organizations upon request.
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