Platypus: Software-Based Power Side-Channel Attacks On X86

Platypus: Software-Based Power Side-Channel Attacks On X86. It relies on quick and accurate energy readings. The attack is described in 'platypus:

SMoTherSpectre exploiting speculative execution through port from deepai.org

It relies on quick and accurate energy readings. This repository provides samples for the attacks discussed in the actual paper. The attack is described in 'platypus:

Source: www.final-yearproject.com

What is the platypus attack. By measuring the contention level on scheduler queues an attacker may potentially leak sensitive information.

Source: deepai.org

Execution unit scheduler contention may lead to a side channel vulnerability found on amd cpu microarchitectures codenamed “zen 1”, “zen 2” and “zen 3” that use simultaneous multithreading (smt). I, for one, welcome our new power analysis overlords (blackhat 2018) pdf.

Source: www.tugraz.at

For more information please visit the official site. We exploit the unprivileged access to the intel rapl interface exposing the processor's power consumption to infer data and extract cryptographic keys.

An International Team Of Security Researchers.

Execution unit scheduler contention may lead to a side channel vulnerability found on amd cpu microarchitectures codenamed “zen 1”, “zen 2” and “zen 3” that use simultaneous multithreading (smt). A practical attack framework for precise enclave execution control. What is the platypus attack.

Stephan Van Schaik (University Of Michigan), Marina Minkin (University Of Michigan), Andrew Kwong (University Of Michigan), Daniel Genkin (University Of Michigan), Yuval Yarom (University Of Adelaide And Data61) Platypus:

I, for one, welcome our new power analysis overlords (blackhat 2018) pdf. We exploit the unprivileged access to the intel rapl interface exposing the processor's power consumption to infer data and extract cryptographic keys. It relies on quick and accurate energy readings.

By Measuring The Contention Level On Scheduler Queues An Attacker May Potentially Leak Sensitive Information.

For more information please visit the official site. Platypus with great power comes great leakage. The attack is described in 'platypus:

This Repository Provides Samples For The Attacks Discussed In The Actual Paper.

Reliable and stealthy remote shutdown attacks via unaltered automotive microcontrollers sekar kulandaivel (carnegie mellon university), shalabh jain (research and technology center, robert bosch llc, usa), jorge guajardo (research and technology center, robert bosch llc, usa), vyas sekar (carnegie mellon university)