Don’t miss our talk at #NDSS19 about PeriScope:
An Effective Probing and Fuzzing Framework for the Hardware-OS Boundary!
Tuesday Morning, 8:30 am, Kon Tiki
Ah BTW here are our (@ibags@vinulium and my) final BH fuzzing slides https://t.co/A4oWyI5Phd [featuring unpatched out of bounds reads and writes in @archlinux packages starting at page 49] and here's the #fexm tool in case you prefer to find them yourself https://t.co/cRcnPxSMsk
Our new research at #BlackHat2018 attacking LTE network side this time - we will show how $ 200 hardware setup can be used remotely to kill a base station & change LTE network configurations. This tiny hardware can be easily mounted on a drone @fgsect@SINTEF_Infosec#BlackHAT
We presented our automated fuzzing framework that we call #FExM at #BHUSA2018 (CC @BlackHatEvents) and made our tooling open source for you to try out. Here's our GitHub repo: https://t.co/5iUSpZ5yl3
Our talk "Follow the White Rabbit: Simplifying Fuzz Testing Using FuzzExMachina" was accepted for Black Hat 2018. @BlackHatEvents#BHUSA https://t.co/T7exXofuZW
@fgsect reported CVE-2018-1000155: Denial of Service, Improper Authentication and Authorization, and Covert Channel in the OpenFlow 1.0+ handshake. https://t.co/XlA2u667HN
Our paper titled 'Taking Control of SDN-based Cloud Systems via the Data Plane' will appear in the proceedings of ACM Symposium on #SDN research #SOSR 2018.
Our paper "On the Power of Optical Contactless Probing: Attacking Bitstream Encryption of FPGAs" was awarded the 1st place in the @CSAW_NYUTandon European CSAW Applied Research competition.
https://t.co/Tekg7huAef
Paper link: https://t.co/0Qot0W7iW4