Philips IntelliSpace PACS Load Balancing with Progress Kemp LoadMaster
Keep Philips IntelliSpace available, secure and responsive across distributed care environments.
Healthcare organizations rely on Philips IntelliSpace to store, manage, distribute and view diagnostic imaging across radiology, cardiology, oncology and enterprise imaging environments. Clinicians depend on rapid access to medical images and patient information to support timely diagnosis and treatment decisions. Any disruption, performance bottleneck or system outage can negatively impact patient care and clinical workflows.
The Progress® Kemp® LoadMaster® load balancer provides enterprise-grade application delivery for Philips IntelliSpace, helping healthcare organizations improve performance, strengthen resilience and support business continuity while reducing the cost and complexity traditionally associated with legacy ADC solutions.
Why Does Philips IntelliSpace Need Load Balancing?
As imaging volumes continue to grow and healthcare organizations expand access across hospitals, imaging centers and remote users, the Picture Archiving and Communication System (PACS) infrastructure faces increasing demands. Large imaging studies, growing user populations and the need for 24x7 access can place significant stress on application servers and supporting infrastructure.
How Does the LoadMaster Solution Help?
The Progress Kemp LoadMaster solution helps healthcare organizations:
Improve Application Availability
Eliminate dependency on individual PACS servers and automatically direct users to healthy resources.
Accelerate Image Access
Balance workloads across multiple PACS application servers to maintain consistent performance.
Support Business Continuity
Maintain access through high-availability configurations that reduce the risk of disruptions during failures or maintenance events.
Scale with Growing Imaging Demands
Enable seamless expansion of imaging infrastructure as workload requirements increase.
Improve User Experience
Help radiologists, clinicians, technologists and healthcare staff access imaging systems from multiple locations.
Simplify PACS Infrastructure Management
Centralize traffic management for imaging applications, making it easier to maintain, update and optimize PACS environments without disrupting clinician access.
Key LoadMaster Capabilities for Philips IntelliSpace
High Availability for Mission-Critical Imaging
Help maintain access to imaging services by continuously monitoring the health of Philips IntelliSpace servers and automatically redirecting traffic when issues are detected.
Faster Performance for Image Retrieval and Viewing
Help reduce performance bottlenecks by distributing traffic across multiple application resources with the LoadMaster solution to deliver responsive image retrieval, study review and clinical workflows, even during peak demand periods.
Simplified Scalability
Grow your infrastructure without introducing complexity. Deploy additional servers and integrate them quickly while maintaining balanced PACS performance.
Reliable Multi-Site and Remote Access
Enable distributed care models by providing reliable access to Philips IntelliSpace for radiologists, specialists and clinicians working across multiple facilities, outpatient centers and remote locations.
Enhanced Security and Application Protection
Help strengthen application security and support compliance initiatives with SSL/TLS offloading, Web Application Firewall capabilities, traffic inspection and authentication integration.
Operational Simplicity
Reduce administrative overhead through centralized management and a straightforward deployment experience that limits the specialized expertise often associated with traditional ADC platforms.
Site Resilience and Disaster Recovery
LoadMaster Global Server Load Balancing (GSLB) intelligently directs users to the healthiest available Philips IntelliSpace deployment, helping maintain application availability during site outages, maintenance events or unexpected disruptions. Automated site failover and traffic steering help organizations strengthen disaster recovery readiness, support business continuity objectives and provide clinicians with reliable access to imaging systems when and where they are needed most.
Healthcare-Focused Outcomes
With the Progress Kemp LoadMaster solution, organizations running Philips IntelliSpace can:
- Reduce PACS application downtime
- Improve clinician and radiologist productivity
- Accelerate image retrieval and viewing performance
- Support business continuity and disaster recovery planning
- Scale PACS infrastructure to meet growing imaging demands
- Improve the end-user experience across distributed healthcare environments
- Enhance application security and availability
- Simplify management of critical imaging services
Why Progress Kemp LoadMaster?
The Progress Kemp LoadMaster solution delivers enterprise-class application delivery, load balancing, and security capabilities without the complexity and expense often associated with traditional ADC platforms. Healthcare organizations can improve the performance, availability and resilience of Philips IntelliSpace while reducing infrastructure costs and simplifying operational management.
The LoadMaster load balancer provides the flexibility healthcare organizations need to support modern enterprise imaging environments with physical, virtual, cloud and hybrid deployment options.
Help keep critical medical imaging available, secure and responsive when clinicians need it with the Progress Kemp LoadMaster solution for Philips IntelliSpace.
Resources
Imperial College Healthcare NHS Trust Optimizes 24/7 Clinical IT Operations with Advanced Load Balancing Solution
Read Case Study
Keeping the Lifeline Open: Driving Availability, Security and Optimization in Healthcare IT with LoadMaster
Read BlogKemp Technologies provides disaster recovery back-up for the local healthcare infrastructure in the province of L’Aquila, Italy
Read Case StudyFrequently Asked Questions
How does the LoadMaster solution improve the availability of Philips IntelliSpace?
The LoadMaster load balancer continuously monitors the health and responsiveness of PACS servers and supporting application resources. If a server becomes unavailable or experiences degraded performance, the LoadMaster solution automatically redirects traffic to healthy systems, helping maintain uninterrupted access to diagnostic images and clinical applications.
Why should I use Progress Kemp LoadMaster solution with Philips IntelliSpace?
The Progress Kemp LoadMaster solution helps provide continuous access to Philips IntelliSpace by intelligently distributing application traffic across multiple servers. This improves system availability, enhances performance and reduces the risk of downtime that could impact diagnostic imaging workflows and patient care.
Can the LoadMaster solution improve performance for Philips IntelliSpace users?
Yes. The LoadMaster solution balances user requests across available resources, helping prevent server overload and performance bottlenecks. Advanced capabilities such as Layer 7 application awareness, content switching, connection management and SSL offloading can further optimize responsiveness for image retrieval and viewing workflows.
How does the LoadMaster solution support disaster recovery for Philips IntelliSpace?
LoadMaster Global Server Load Balancing (GSLB) enables organizations to distribute imaging services across multiple sites and automatically redirect users during outages or maintenance events. This helps maintain access to PACS resources and supports business continuity objectives for mission-critical healthcare environments.
Is the LoadMaster load balancer a cost-effective alternative to traditional ADC platforms for healthcare organizations?
Yes. The LoadMaster solution delivers enterprise-grade load balancing, high availability and application security capabilities at a significantly lower total cost than many traditional ADC solutions. Healthcare organizations can improve the resilience and performance of Philips IntelliSpace while reducing infrastructure complexity and operational expenses.
