Plundervolt steals keys from cryptographic algorithms
December 13, 2019
An international team of white hat researchers has successfully corrupted the integrity of Intel Software Guard Extensions (SGX) on Intel Core processors with a software-based fault injection attack aptly dubbed “Plundervolt.” Using Plundervolt, attackers can recover keys from cryptographic algorithms (including the AES-NI instruction set extension) and induce memory safety vulnerabilities into bug-free enclave code.
To read the full article, click here
Related Semiconductor IP
- 1G to 100G Single-Port MACsec Engine
- 1.6T/3.2T Multi-Channel MACsec Engine with TDM Interface (MACsec-IP-364)
- Fast NIST ESV certified, FIPS (SP800-90A/B/C) True Random Number Generator
- Programmable Root of Trust Family With DPA & Quantum Safe Cryptography
- AES XTS/GCM Accelerators
Related Blogs
- Validating Cryptographic Algorithms to FIPS 140-2
- How to Separate your Cryptographic Keys
- ReRAM Gets a Boost from Smart Algorithms
- What will EDA and chip design look like in the year 2020? Prognostications from the ICCAD panel
Latest Blogs
- From AI-Assisted EDA to AI-Mediated Engineering
- Simplifying Multi-Domain Voltage-Control Verification with Synopsys AVSBus 2.0 VIP
- The Cyber Resilience Act Is Turning Hardware Security into an Evidence Question
- Inside the Arm Mali G2-Ultra NX GPU: Delivering desktop-class mobile gameplay with AI-native graphics
- Synopsys Joins Arm Total Design for Physical AI to Advance Autonomous Systems