Scalable Network Technologies (SNT) develops and supports high-fidelity evaluation software for predicting network performance. SNT is the undisputed leader in parallel processing technology for network performance emulation.

Company Core Competencies

SNT has a reputation for top quality service in emulation and simulation of computer networks worldwide. With a team of experts in networking, simulation and parallel processing from the world’s finest academic research institutions and industry, SNT has a broad range of core competencies. SNT has collective expertise in wireless, satellite, cellular, wired, and mobile ad hoc networks. The company also offers customers unparalleled service in the area of custom model development, parallel execution, integration, training and support.

Products

SNT’s flagship product, QualNet Developer, is the only application that can represent physical wireless networks as “software virtual networks.” QualNet performs accurate and simultaneous emulation of network devices, transmitters, antennas, terrestrial characteristics, and human interactions, all at real time speed.
QualNet is the only network performance prediction application that can represent physical wireless networks as “software virtual networks” at real-time speed.

Designed to take full advantage of the multi-threading capabilities of multi-core 64-bit processors, QualNet supports hardware, software and human-in-the loop testing over thousands of network nodes.

QualNet offers unmatched platform portability and interface flexibility. QualNet runs on sequential and parallel Unix, Windows, Mac OS X and Linux operating systems, and is also designed to link seamlessly with modeling/simulation applications and live networks.

SNT's History

Dr. Rajive Bagrodia is the Founder and CEO of SNT. Prior to founding SNT, Dr. Bagrodia made significant innovations into the theory and practice of performance prediction of complex, large scale computer and communication systems. As a professor at the University of California Los Angeles, he leads a research group that has produced simulation systems such as Maisie, Parsec, and GloMoSim.

The GloMoSim library for simulation of large, mobile ad hoc networks was a project for the Defense Advanced Research Projects Agency (DARPA) at UCLA. SNT then expanded and further developed GloMoSim into QualNet.

Dr. Bagrodia has published over 150 research papers in Computer Science journals and at international conferences. Dr. Bagrodia's scientific contributions have been recognized via a number of awards including the Presidential Young Investigator award from the National Science Foundation and the Outstanding Young Teacher award from the UCLA School of Engineering and Applied Science. Dr. Bagrodia is actively involved in the research community and has served on program committees for numerous conferences including Mobicom, Infocom, PADS, ICDCS, and WSC.