Supporting Reliable Infrastructure for Healthcare Operations

Customer Overview

A nationally recognized academic healthcare system required enhanced visibility across its enterprise infrastructure to support mission-critical clinical and business applications. The organization needed a modern monitoring platform capable of delivering real-time operational insight while supporting proactive incident response across network, server, application, and web environments.

Challenge:

Healthcare organizations operate in an environment where application availability directly impacts patient care and clinical operations. The customer needed to modernize its monitoring capabilities while improving governance, standardizing alerting, and increasing visibility across a diverse technology environment.

Key challenges included:

• Limited end-to-end infrastructure visibility
• Multiple technology platforms requiring centralized monitoring
• Need for standardized monitoring governance
• Critical web applications requiring transaction monitoring
• Increasing alert volumes requiring optimization
• Need for executive dashboards and operational reporting
• Integration with existing IT service management processes

Solution:

Working remotely as a Senior Monitoring Subject Matter Expert, Fullhouse Technologies partnered with the client’s engineering teams to design, implement, and optimize a comprehensive SolarWinds monitoring solution.

The engagement included:

• Discovery workshops to identify critical business services and infrastructure
• Monitoring governance sessions to define alert ownership and escalation policies
• Deployment and configuration of SolarWinds NPM, SAM, and WPM
• Enterprise monitoring for servers, applications, network devices, Active Directory, SQL Server, Citrix, VMware, Hyper-V, F5, and NetScaler environments
• Custom dashboards, executive views, and operational reports
• Transaction-based monitoring for business-critical web applications
• Orion Platform optimization for improved scalability and performance
• Alert tuning, baselining, and threshold optimization
• Integration with IT service management platforms
• Knowledge transfer and administrator training

Results:

The healthcare organization achieved:

• Improved visibility across enterprise infrastructure and clinical support systems
• Faster identification of infrastructure and application performance issues
• Reduced alert noise through governance and threshold optimization
• Enhanced monitoring of mission-critical web applications using transaction monitoring
• Standardized operational dashboards for engineering and leadership teams
• Improved collaboration between operations and incident management teams
• Increased confidence in monitoring through governance, reporting, and proactive alerting