Application Performance Management erhöht WAN-Performance.
WAN Solution

Application Performance Management (APM)

Speed up your WAN and continuously monitor traffic to ensure quality

  • ICT Analyze: analysis of network and application performance
  • ICT Optimize: WAN acceleration as a managed service
  • Acceleration of mission-critical applications without increasing bandwidth
  • ICT Monitor: continuous, end-to-end monitoring of the entire IT- and communications infrastructure
  • Traffic monitoring for high visibility, closely coordinated with WAN acceleration (the respective technologies are harmonized)
Annett Klenner - TC Solution Marketing
Annett Klenner

TC Solution Marketing

WAN Optimization with Application Performance Management

Business software is usually provided centrally to multiple sites through a wide-area network – increasingly from a cloud. Voice-over-IP, multimedia applications, videoconferencing and mobile solutions have significantly increased the data traffic carried by these networks. Existing WANs are unable to cope: they lack the bandwidth to accommodate higher volumes of traffic, and as a result, latencies are increasing. The typical response to performance degradation is to add more bandwidth.
But there is a smarter alternative: using Application Performance Management (APM) to analyze data traffic and make better use of bandwidth. This approach reduces duplicate transfers of identical data, harnesses smart data compression methods, and prevents delays caused by unnecessary transfer protocol overhead. As a result, WAN speeds can be increased up to 50-fold with existing bandwidth. To guarantee high quality in terms of the user experience, APM continuously analyzes the ICT infrastructure, issues alerts when application response time thresholds are exceeded, and provides timely visibility into issues, faults and bottlenecks.
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Factsheet: Application Performance Management (APM)
Application Performance Management (APM)
Factsheet: Application Performance Management (APM)

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Technical specifications

ICT Analyze: Performance Check der ICT-Infrastruktur
  • Analysis of network and application performance
  • Identification of weaknesses and bottlenecks
  • Consulting with a focus on performance improvements
ICT Monitor: measuring application performance
  • Elimination of redundant data transfer
  • Compression of data streams
  • Acceleration of transfer protocols
ICT Monitor: measuring application performance
  • Net Health
  • SNMP-based monitoring
  • Device and IP performance
  • Traffic Health
  • Monitoring of bandwidths per application
  • Monitoring all applications using each interface
  • Monitoring all interfaces via NetFlow
  • Application Health
  • Analysis of all TCP/IP-based application transactions Applikationstransaktionen
  • Providing visibility into the user experience
  • Voice Health
  • Capturing performance data on call setup and termination
  • Checking audio quality of all calls in progress
Availability ICT Optimize

Application Performance Management: optimization and monitoring

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The significant rise in WAN traffic is primarily a result of the widespread adoption of IP technology, video conferencing, unified communications and collaboration, and cloud computing. But conventional applications can also cause network congestion and slowdowns. Plus, the transfer and application protocols that allow computers to communicate with each other and with the servers in data centers are not always optimized for WANs. Application Performance Management eliminates unnecessary overheads in WAN traffic, reducing it essentially to the payload data.

Reducing latency

This improvement on its own is extremely effective in networks linking data centers with sites in other countries – because in this scenario latencies grow considerably while IT performance decreases. This can be illustrated with an example from an international logistics business: Originally, its Asian sites could not use mission-critical applications provided from a data center in Europe. Network analysis by Application Performance Management experts, up to and including the application layer, identified ways of achieving significant improvements. Today, these applications are running smoothly across Europe and Asia, eliminating the need to build a data center in Asia – and delivering significant savings in terms of capital investment, ICT and human resources.

Data compression

Application Performance Management can also cut data traffic through intelligent, real-time compression. This is made possible by mathematical techniques and high-performance hardware. Similar methods are employed in video communications. Compression reduces the size of data packets before transmission, enabling more payload to be transferred with existing bandwidths.

Monitoring of applications, networks and hardware

Continuous monitoring – a service component of Application Performance Management – sheds light on the actual behavior of applications in everyday use. Monitoring works on three levels: the applications, the data-center and client hardware, and the networks themselves (including components such as routers and switches). A range of methods is employed. Voice Health monitors VoIP performance and quality, while Traffic Health looks at bandwidth consumption by applications. Net Health gives businesses visibility into LAN/WAN bandwidth usage and how the capacity of devices within the infrastructure is being utilized. Application Health focuses on the application layer and user experience. All monitoring data is available both in real time and as historical information. This accelerates and simplifies troubleshooting and enables businesses to make the right investment and expansion decisions quickly and efficiently.

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