USENIX Security

USENIX Security '23 is SOLD OUT. The event has reached maximum physical capacity, and we will not be able to accommodate any additional registrations.

[Aurore Fass @AuroreFass]

We, @pvadrevu and I, are looking for (self)-nominations for @USENIXSecurity '25 Artifact Evaluation Committee! 🚀
Please, help us spread the words!

You can *Promote and Support Open Science* by filling out the nomination form by Friday, October 11: https://t.co/wj5rjahHz4

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'zxcvbn: Low-Budget Password Strength Estimation' from USENIX Security '16: https://t.co/JRFcZWveZp

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'The Loopix Anonymity System' from USENIX Security '17: https://t.co/2HCdc3sLDv

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'Bamboozling Certificate Authorities with BGP' from USENIX Security '18: https://t.co/ffPWiFoRc6

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'The KNOB is Broken: Exploiting Low Entropy in the Encryption Key' from USENIX Security '19: https://t.co/fCiuXsRcDm

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'LTrack: Stealthy Tracking of Mobile Phones in LTE' from USENIX Security '22: https://t.co/wLQ25Byp1C

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'ATLAS: A Sequence-based Learning Approach for Attack Investigation' from USENIX Security '21: https://t.co/deY76XQgBq

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'Lock It and Still Lose It —on the (In)Security of Automotive Remote Keyless' from USENIX Security '16: https://t.co/oM5apfDmnQ

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'Local Model Poisoning Attacks to Byzantine-Robust Federated Learning' from USENIX Security '20: https://t.co/gqiunVFKTw

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'An Experimental Study of GPS Spoofing and Takeover Attacks on UAVs' from USENIX Security '22: https://t.co/MNKcCQTAd6

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'Who Are You (I Really Wanna Know)? Detecting Audio DeepFakes Through Vocal' from USENIX Security '22: https://t.co/5QGitBlbsj

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'Stealing Machine Learning Models via Prediction APIs' from USENIX Security '16: https://t.co/XNuF2cG3tx

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'Lamphone: Passive Sound Recovery from a Desk Lamp's Light Bulb Vibrations' from USENIX Security '22: https://t.co/3L2Wc2xc9t

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'Steal This Movie: Automatically Bypassing DRM Protection in Streaming Media' from USENIX Security '13: https://t.co/a2j9Ko7uOY

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'Virtual U: Defeating Face Liveness Detection by Building Virtual Models...' from USENIX Security '16: https://t.co/jACRWzUyXL

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'Small World with High Risks: A Study of Security Threats in the npm Ecosystem' from USENIX Security '19: https://t.co/mpyc8IzK4q

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'Inadvertently Making Cyber Criminals Rich: A Comprehensive Study of' from USENIX Security '19: https://t.co/3q2pLLg74M

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'SHA-1 is a Shambles: First Chosen-Prefix Collision on SHA-1 and Application' from USENIX Security '20: https://t.co/LPWgXqWh59

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'In-Kernel Control-Flow Integrity on Commodity OSes using ARM Pointer...' from USENIX Security '22: https://t.co/E4cKqc1Kd3

[USENIX Security @USENIXSecurity]

#OpenAccess content available from USENIX: 'The Unpatchable Silicon: A Full Break of the Bitstream Encryption of Xilinx' from USENIX Security '20: https://t.co/yyN3jUox8x