Undisclosed software vulnerabilities are what make the most sophisticated targeted attacks possible at all. Anticipating is not trying to identify the attacker afterward, but instead putting a strong focus on detecting and analyzing those flaws beforehand to minimize a software's attack surface.
Provided the source code is not available, reverse-engineering is the only way to analyze a software in its final, compiled form, which the machine will execute. That is why this process is extensively used by hackers.
By performing a symbolic execution of the binary, REVEN® replicates parts of the hardware that runs the software and enables automation of the common reverse-engineering tasks, from the hardware layers up to the application layers.
You are an I.T. department manager, a developer, a journalist, a potential investor or a one-time visitor,
and you find this page too technical: we made the following section for you where we explain TETRANE's REVEN®
technology and products in layman's term.
TETRANE is recruiting for both its R&D and Security teams. If you are receptive to solid C++ development, backed up with thorough knowledge in assembly code, reverse-engineering or computer architecture, contact us! TETRANE's uniqueness is found in the diversity of its engineers, whether they are self-taught or graduated, young or senior, creative (or not), etc.
If you want to know the latest news about recent developments, newest features or team events, you should check our blog. It might be a little quirky at times but will always be serious and relevant. And no news means good news - it implies we are working hard!