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Use Cases and Application Type

Zing™ is the best deployment platform for enterprise Java applications and is optimized for Linux:

Application TypeExample Use Cases and Case Studies
Large or variable number of concurrent users

Online insurance quotes - eliminating response time delays that sent potential customers to other sites

eCommerce - department store - handling rapid online growth and peak loads

High or variable transaction rates

Hospitality industry - seamless online customer experience

Saks Fifth Avenue online - rapid eCommerce growth and highly variable workloads

Low latency requirements

OptionsCity - achieving ultra-low latency execution

Pegasus Solutions - online hotel reservations system with extreme sensitivity to unnecessary latency

Large data setsQuartet FS ActivePivot - high performance data analysis
Caching, in-memory data processingQuartet FS ActivePivot - analyze dramatically more data in-memory at once
ESBs, SOA, messagingEuropean Telco and Wireless Provider - messaging and integration application scalability
Multi-tenant SaaS, Platform-as-a-Service (PaaS)SuccessFactors - hybrid, multitenant SaaS application
Virtualized & Cloud deploymentsEuropean Telco and Wireless Provider - scalable infrastructure for new Cloud-based services

Because of its unique design, Zing is the only JVM that can support virtually unlimited size heaps (over 300 GB) and eliminate stop-the-world GC pauses. The Zing JVM provides the most robust, elastic and scalable runtime for all enterprise applications. With Zing, your applications can achieve:

  • Improved application execution and data caching through support for very large JVM heaps
  • More consistent app response times even under load, via Azul's C4 pauseless Garbage Collector
  • Reduced JVM tuning and faster time-to-deployment with an elastic and self-healing JVM whose performance is insensitive to conventional JVM parameters
  • 50% reductions in TCO over existing runtime platforms through simpler deployments and better resource utilization
  • Better application reliability and availability through a more robust and elastic JVM that can survive conventional or multi-tenancy "out-of-memory" errors
  • Higher user density or transaction rates per instance through higher sustained allocation rates of the Zing JVM and C4 collector
  • Dramatically faster production-time problem resolution via Zing's zero-overhead runtime diagnostic tools

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