InterWorking Labs, Inc.
InterWorking Labs optimizes application performance in mobile, cloud, and wide area networks. The Company's products and services help customers diagnose, replicate, and remediate the performance of embedded systems and network applications.
- 831.460.7010
- 831.401.2320
- info@iwl.com
- PO Box 66190
Scotts Valley, CA 95067
United States
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- InterWorking Labs, Inc.
product
Network Emulation System
Mini Maxwell
Mini Maxwell -- Easy to use, portable, network emulator. Mini Maxwell''''s low cost of $1995 can fit into any testing budget. The Mini Maxwell is great if you have low power requirements, or need ultra quiet operation. Mini Maxwell supports packet drop/loss, duplication, delay (latency)/jitter, reorder, and burst. Includes: processor, memory, and three Ethernet interfaces in one enclosure with separate power supply, Linux OS, Mini Maxwell network emulator engine, graphical user interface, and 90 Day Warranty.
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DHCP Tests
The Dynamic Host Configuration Protocol (DHCP) provides configuration parameters to Internet hosts. DHCP consists of two components: a protocol for delivering host-specific configuration parameters from a DHCP server to a host and a mechanism for allocation of network addresses to hosts. DHCP is built on a client-server model, where designated DHCP server hosts allocate network addresses and deliver configuration parameters to dynamically configured hosts. (Source: RFC 2131)
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Network Emulator
KMAX
The KMAX network emulator helps network engineers test and measure performance in order to identify and remove defects. Network emulators turn well behaved development and test networks into the kind of slow, congested, and less-than-reliable services encountered on the internet. In addition, unlike the real internet, network emulators allow the operator to control these conditions so that products and apps can be subjected to controlled and repeatable tests, by routing selected packets through a series of impairment nodes.
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Remote Monitor Management Information Base
SNMP RMON MIB
For every control table in the MIB, create and delete rows with various combinations of SNMP requests (all variables in a single request throughall variables in individual requests).Determine which row of this table is modeling the ethernet interface connected to the agent (requires that we are using ethernet). Check that this is for the same interface discovered in the "interfaces" test. Check counters.Build a history control row pointing to the interface connected to the agent. Check validity and traffic reported.Test agent's ability to generate an alarm on an RMON variable, then on threshold condition. Test for support of alarms on failing events, and in the event of target variable vanishing.Set up agent to track hosts on the ethernet interface connected to the agent. Check that entry was added for Rmon device's own ethernet address.Generate various top N reports (hostTopN test) and check validity.Start a matrix capture and check that the src-dst and dst-src tables are in sync.Check a channel and check for event generation (filter test).Create a channel and start a capture. Test locking and wrapWhenFull operation.
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SilverCreek SNMP Tests
Set up in less than five minutes - Windows or LinuxCustomize tests via Wizards, Script Generators, and moreAutomate operation with unambiguous test resultsIntegrate with other test harnesses and test toolsIncludes conformance, compliance, vulnerability, robustness, stress, and performance testingInvestigate failures and quickly resolve them with powerful diagnostic and analysis tools
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SNMP Test Suite
SilverCreek
SilverCreek is the Authoritative SNMP Test Suite -- designed to test implementations of the Simple Network Management Protocol (SNMP agents) and standard and private MIBs (Management Information Bases). SilverCreek incorporates thousands of small, single function tests written in the Tcl scripting language to exercise one or a small number of parameters. The syntactic tests verify protocol compliance, error and exception handling, and boundary condition behavior. The functionality tests (semantic tests) verify performance, trap/alert/event/notification handling, counter accuracy, security, and many other implementation specific areas.
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Test SIP
VoIP, Video, and IPTV products must withstand and continue to function when facing all the conditions that occur on the Internet. These include attacks from hackers exploiting vulnerabilities in security and protocols as well as the common phenomenon of congestion, delay, jitter, drops, and so on. VoIP, Video, and IPTV products must demonstrate robustness and resiliency in the face of unusual and/or illegal conditions.
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The Internet Control Message Protocol (ICMP)
ICMP Tests
The Maxwell Pro ICMP Test Suite provides a series of tests for verifying correct operation of ICMP. The tests ensure TCP/IP compliance through vulnerability and robustness testing, with tests for ICMP in both the IPv4 and IPv6 environments.
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UDP Test Suite
The UDP Test Suite is used by design engineers, quality assurance engineers and testers to find and fix bugs in their UDP implementation. The tests help ensure that the UDP implementation is sufficiently robust so that it is not vulnerable to the wide range of attacks in today's Internet. The tests make use of the Maxwell Pro network emulation environment, so that each test sequence can intelligently impair all aspects of the UDP protocol.
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TCP Tests
The Maxwell Pro TCP Test Suite is used by design engineers, quality assurance engineers and testers to find and fix bugs in their TCP stack or engine. The tests help ensure that the TCP stack is sufficiently robust so that it is not vulnerable to the wide range of attacks in today's Internet. The tests make use of the Maxwell Pro network emulation environment, so that each test sequence can intelligently impair all aspects of the TCP protocol.
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Network Emulator and Protocol Tester
Maxwell Pro
The Maxwell Pro Network Emulator helps engineers learn how their products will perform in mobile, cloud, and WAN networks. By capturing and changing network flows, Maxwell Pro can induce the conditions that cause network congestion, slow links, time outs, Lossy networks (LLNs), and many other adverse network conditions. Engineers can then see the effects on the device or application to find and fix bugs, solve network problems, and learn the limits of device and application performance.
