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Ready-to-use side channel tools to assess cryptography algorithms.
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Make sure your chip withstands different techniques of physical fault injections.
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Qualify embedded code binaries without physical devices and benches.
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Photoemission analysis to explore internal information in a chip.
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Dynamic analyses at a system level for investigating potential vulnerabilities.
> esDynamic for EDU SCA and FI
A learning center for academics to teach and perform side-channel analysis and fault injection
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Assess the security of the firmware of IoT devices against logical and physical attacks.
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esChecker SaaS: automating the security testing of your mobile app binary.
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Side-Channel Analysis Principles
In this module, you will get the principles of side-channel analysis and the background knowledge needed to perform your first analysis. You will also practice on basic examples then on real use cases to become familiar with these techniques.
Topic covered
- Side-channel (leakage) origins
- Leakage model(s) to consider on products?
- How do I characterize the device leakage?
- What methodology do I have to follow
- How to select and define the selection function for the cryptographic operation I am targeting
- How to combine with a statistical distinguisher?
Exercices
- Perform DPA and correlation basic tests
- Code your own DPA attack and your AES selection function
- Run characterization tests
- Attack real traces for different use cases
Requirements
Basic knowledge in cryptographic algorithms (AES, TDES) Basic knowledge in coding (Python) Basic knowledge in algebra
Practical information
Overall duration: 1-day if in-person / flexible duration if online.
Schedule: 9am-1pm - 2-6 pm CET (in-person)
Number of trainees: 1 max.
