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Capture Replay

Inject custom Realism into your testing with Application Level PlaybackIntegrate custom and proprietary traffic at high loadsSupport for UDP and TCP sessions (fully stateful)Preserve network timingApplication data preservationPlays through proxy devicesControl load using all available load spe

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Capture Replay

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    1. Capture Replay

    2. Inject custom Realism into your testing with Application Level Playback Integrate custom and proprietary traffic at high loads Support for UDP and TCP sessions (fully stateful) Preserve network timing Application data preservation Plays through proxy devices Control load using all available load specs Real-world protocol mix including DDOS traffic Capture Replay – Your Application Realism Performance: Avalanche simulates over 1,000,000 individual users, and generate over 30,000 GETs per second. Avalanche supports key protocols at capacities enough to push even the highest-end network devices to the limit. This, coupled with detailed analysis of performance results, allows quick validation and troubleshooting of server load balancers. Avalanche enables the generation of more than 10,000 concurrent RTSP/RTP streams. This allows you to accurately assess the real-world capacity of large RTSP/RTP server farms with Apple QuickTime® Streaming Servers and RealSystem® Servers serving QuickTime files.  Realism: In evaluating devices, network infrastructures or complete Web Sites, the test tools that you choose should be as realistic as possible. Avalanche’s support for major protocols, including HTTP, HTTPS, mail, streaming and FTP, makes it ideal for end-to-end of testing Web and network infrastructures. This allows you to truly determine the real-world handling capacity of your infrastructure or devices. Avalanche’s protocol implementations are tested against popular and widely available clients and servers to ensure their interoperability. This assures you that the traffic generated closely mimics that of the real-world and that the performance metrics you obtain are reliable and accurate. Avalanche simulates real-world Internet traffic error conditions such as HTTP click-aways, packet loss and TCP/IP stack idiosyncrasies. By allowing you to test with these factors, Avalanche produces meaningful and reliable assessment results that accurately predict what your actual operational experience will be. Realism: In evaluating devices, network infrastructures or complete Web Sites, the test tools that you choose should be as realistic as possible. Avalanche’s support for major protocols, including HTTP, HTTPS, mail, streaming and FTP, makes it ideal for end-to-end of testing Web and network infrastructures. This allows you to truly determine the real-world handling capacity of your infrastructure or devices. Avalanche’s protocol implementations are tested against popular and widely available clients and servers to ensure their interoperability. This assures you that the traffic generated closely mimics that of the real-world and that the performance metrics you obtain are reliable and accurate. Avalanche simulates real-world Internet traffic error conditions such as HTTP click-aways, packet loss and TCP/IP stack idiosyncrasies. By allowing you to test with these factors, Avalanche produces meaningful and reliable assessment results that accurately predict what your actual operational experience will be. Through IP masquerading, Avalanche initiates and maintains more than a million concurrent connections, each appearing to come from a different IP address. This allows realistic and accurate capacity assessment of devices such as routers, firewalls, load-balancing switches, intrusion detection systems, SSL accelerators, Web, and application and database servers. Performance: Avalanche simulates over 1,000,000 individual users, and generate over 30,000 GETs per second. Avalanche supports key protocols at capacities enough to push even the highest-end network devices to the limit. This, coupled with detailed analysis of performance results, allows quick validation and troubleshooting of server load balancers. Avalanche enables the generation of more than 10,000 concurrent RTSP/RTP streams. This allows you to accurately assess the real-world capacity of large RTSP/RTP server farms with Apple QuickTime® Streaming Servers and RealSystem® Servers serving QuickTime files.  Realism: In evaluating devices, network infrastructures or complete Web Sites, the test tools that you choose should be as realistic as possible. Avalanche’s support for major protocols, including HTTP, HTTPS, mail, streaming and FTP, makes it ideal for end-to-end of testing Web and network infrastructures. This allows you to truly determine the real-world handling capacity of your infrastructure or devices. Avalanche’s protocol implementations are tested against popular and widely available clients and servers to ensure their interoperability. This assures you that the traffic generated closely mimics that of the real-world and that the performance metrics you obtain are reliable and accurate. Avalanche simulates real-world Internet traffic error conditions such as HTTP click-aways, packet loss and TCP/IP stack idiosyncrasies. By allowing you to test with these factors, Avalanche produces meaningful and reliable assessment results that accurately predict what your actual operational experience will be. Realism: In evaluating devices, network infrastructures or complete Web Sites, the test tools that you choose should be as realistic as possible. Avalanche’s support for major protocols, including HTTP, HTTPS, mail, streaming and FTP, makes it ideal for end-to-end of testing Web and network infrastructures. This allows you to truly determine the real-world handling capacity of your infrastructure or devices. Avalanche’s protocol implementations are tested against popular and widely available clients and servers to ensure their interoperability. This assures you that the traffic generated closely mimics that of the real-world and that the performance metrics you obtain are reliable and accurate. Avalanche simulates real-world Internet traffic error conditions such as HTTP click-aways, packet loss and TCP/IP stack idiosyncrasies. By allowing you to test with these factors, Avalanche produces meaningful and reliable assessment results that accurately predict what your actual operational experience will be. Through IP masquerading, Avalanche initiates and maintains more than a million concurrent connections, each appearing to come from a different IP address. This allows realistic and accurate capacity assessment of devices such as routers, firewalls, load-balancing switches, intrusion detection systems, SSL accelerators, Web, and application and database servers.

    3. Replaying your own pcaps Protocol Playback Library TCP only options Converting pcap to manual commands Capture Replay Topics Performance: Avalanche simulates over 1,000,000 individual users, and generate over 30,000 GETs per second. Avalanche supports key protocols at capacities enough to push even the highest-end network devices to the limit. This, coupled with detailed analysis of performance results, allows quick validation and troubleshooting of server load balancers. Avalanche enables the generation of more than 10,000 concurrent RTSP/RTP streams. This allows you to accurately assess the real-world capacity of large RTSP/RTP server farms with Apple QuickTime® Streaming Servers and RealSystem® Servers serving QuickTime files.  Realism: In evaluating devices, network infrastructures or complete Web Sites, the test tools that you choose should be as realistic as possible. Avalanche’s support for major protocols, including HTTP, HTTPS, mail, streaming and FTP, makes it ideal for end-to-end of testing Web and network infrastructures. This allows you to truly determine the real-world handling capacity of your infrastructure or devices. Avalanche’s protocol implementations are tested against popular and widely available clients and servers to ensure their interoperability. This assures you that the traffic generated closely mimics that of the real-world and that the performance metrics you obtain are reliable and accurate. Avalanche simulates real-world Internet traffic error conditions such as HTTP click-aways, packet loss and TCP/IP stack idiosyncrasies. By allowing you to test with these factors, Avalanche produces meaningful and reliable assessment results that accurately predict what your actual operational experience will be. Realism: In evaluating devices, network infrastructures or complete Web Sites, the test tools that you choose should be as realistic as possible. Avalanche’s support for major protocols, including HTTP, HTTPS, mail, streaming and FTP, makes it ideal for end-to-end of testing Web and network infrastructures. This allows you to truly determine the real-world handling capacity of your infrastructure or devices. Avalanche’s protocol implementations are tested against popular and widely available clients and servers to ensure their interoperability. This assures you that the traffic generated closely mimics that of the real-world and that the performance metrics you obtain are reliable and accurate. Avalanche simulates real-world Internet traffic error conditions such as HTTP click-aways, packet loss and TCP/IP stack idiosyncrasies. By allowing you to test with these factors, Avalanche produces meaningful and reliable assessment results that accurately predict what your actual operational experience will be. Through IP masquerading, Avalanche initiates and maintains more than a million concurrent connections, each appearing to come from a different IP address. This allows realistic and accurate capacity assessment of devices such as routers, firewalls, load-balancing switches, intrusion detection systems, SSL accelerators, Web, and application and database servers. Performance: Avalanche simulates over 1,000,000 individual users, and generate over 30,000 GETs per second. Avalanche supports key protocols at capacities enough to push even the highest-end network devices to the limit. This, coupled with detailed analysis of performance results, allows quick validation and troubleshooting of server load balancers. Avalanche enables the generation of more than 10,000 concurrent RTSP/RTP streams. This allows you to accurately assess the real-world capacity of large RTSP/RTP server farms with Apple QuickTime® Streaming Servers and RealSystem® Servers serving QuickTime files.  Realism: In evaluating devices, network infrastructures or complete Web Sites, the test tools that you choose should be as realistic as possible. Avalanche’s support for major protocols, including HTTP, HTTPS, mail, streaming and FTP, makes it ideal for end-to-end of testing Web and network infrastructures. This allows you to truly determine the real-world handling capacity of your infrastructure or devices. Avalanche’s protocol implementations are tested against popular and widely available clients and servers to ensure their interoperability. This assures you that the traffic generated closely mimics that of the real-world and that the performance metrics you obtain are reliable and accurate. Avalanche simulates real-world Internet traffic error conditions such as HTTP click-aways, packet loss and TCP/IP stack idiosyncrasies. By allowing you to test with these factors, Avalanche produces meaningful and reliable assessment results that accurately predict what your actual operational experience will be. Realism: In evaluating devices, network infrastructures or complete Web Sites, the test tools that you choose should be as realistic as possible. Avalanche’s support for major protocols, including HTTP, HTTPS, mail, streaming and FTP, makes it ideal for end-to-end of testing Web and network infrastructures. This allows you to truly determine the real-world handling capacity of your infrastructure or devices. Avalanche’s protocol implementations are tested against popular and widely available clients and servers to ensure their interoperability. This assures you that the traffic generated closely mimics that of the real-world and that the performance metrics you obtain are reliable and accurate. Avalanche simulates real-world Internet traffic error conditions such as HTTP click-aways, packet loss and TCP/IP stack idiosyncrasies. By allowing you to test with these factors, Avalanche produces meaningful and reliable assessment results that accurately predict what your actual operational experience will be. Through IP masquerading, Avalanche initiates and maintains more than a million concurrent connections, each appearing to come from a different IP address. This allows realistic and accurate capacity assessment of devices such as routers, firewalls, load-balancing switches, intrusion detection systems, SSL accelerators, Web, and application and database servers.

    4. Capture live traffic from network Import pcap into Commander Automatically discover sessions Filter on specific sessions Configure client and server Profiles tabs Include pcap traffic in the Actions list Capture Replay – 4 easy steps

    5. Within Wireshark/Ethereal make sure to save pcap with the File Type of “libpcap” To reduce the size of the file filter the pcap to only the desired session and save the “Displayed” packets only 1. Capture Live Traffic

    6. Click on Content Files tab and green “Add” button to import pcap 2. Import PCAP Into Commander

    7. Client: Choose TCP or UDP Create Profile name ‘Upload Capture File’ Discover Session Automatically File name must match name of file uploaded in Content Files tab 3. Configure Client and Server Profiles Tabs

    8. Be sure to add the port number after the IP address This should match your Server?Profile port as well as the destination port in the pcap file) The PROFILE name should equal the name of the Client?Profiles?Cap Replay profile name from step 3 Note: this is not the Client?Profiles global profile name 4. Include In Actions List

    9. Client Statistics – TCP sessions

    10. Client Statistics – UDP sessions

    11. Protocol Playback Library Current Protocols Bittorrent Citrix GTalk LDAP Napster NFS SAP Socks SQLNet TFTP XWin PCAPs converted to Manual Commands within test Client:Actions, Client:Profiles, and Server:Profiles already configured See Protocol_Playback_Lib_New.spf on CD

    12. TCP Only & Converting to Manual Commands TCP Only Options (see TCP_Only.spf on CD) Client close FIN Client close RST Server close FIN Server close RST TCP open connections Converting PCAP to Manual Commands Allows you to insert delays in packet flow in order to keep the connections open longer and ramp up the number of open connections Allows you to add, delete, or modify the application data being sent See Capture_Replay_Tutorial.doc on CD

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