FC2Video

User Acceptance Testing (UAT) ensures that software or systems are tested in a real-world environment by end-users, verifying functionality,

Testing how easy it is to clean the Panasonic Toughbook H1, the first fully-rugged mobile clinical assistant (MCA) and the first device of its kind to integrate the low power Intel® Atom� processor. The new Toughbook H1 redefines performance and functionality for the MCA category with six hour battery life, dual hotswappable batteries, standard daylight viewable screen, standard 3-year warranty and integrated Gobi� technology in a sealed and easily-sanitized package.

Drop testing the Panasonic Toughbook H1, the first fully-rugged mobile clinical assistant (MCA) and the first device of its kind to integrate the low power Intel® Atom™ processor. The new Toughbook H1 redefines performance and functionality for the MCA category with six hour battery life, dual hotswappable batteries, standard daylight viewable screen, standard 3-year warranty and integrated Gobi™ technology in a sealed and easily-sanitized package.

Testing functionality

The talk is based on a research project whose goal was to evaluate the security of network devices used in carrier space. After some (short) introduction into the main concepts of fuzzing (in particular of network protocols) we will explain which options of existing fuzzers and frameworks we found and why we finally chose SPIKE. Given SPIKE has no Layer2 functionality by default we were forced to write some additional modules like a (libnet-based) generic Layer 2 packet generator and lots of SPK-scripts for different protocols. We will describe this development process, the pitfalls and lessons learned. Furthermore we will release all the code and discuss the results of performing extensive fuzz-testing of network devices and some common operating systems.