Michaël G À partir de

Michaël G

Senior Cybersecurity Expert in IoT & Embedded Systems

Bordeaux , France

Pricing

From €750 / day

Presentation of Michaël

Cybersecurity expert with 10 years of experience in the field of smartcard and embedded device security. I'm a specialist of hardware and software source code analysis, fault injection and side-channel attacks in the context of Common Criteria, EMVco, CSPN or SESIP evaluations. I was also the R&D manager of the Serma Safety & Security's ITSEF and I worked on advanced cryptographic topics and state-of-the-art attack benches. I participated to several R&D project including FUI and RAPID R&D projects. I help customers to secure IoT and embedded devices against both remote and physical attackers. Whether you have to perform a risk analysis, harden your source code or test the actual security of your product, I can help you to lower your time to market while improving the security of your products.

Professions & skills

Professions

Cyber security expert Expert

Consultant en Cybersécurité Expert

Développeur Cybersécurité Intermediary

Skills

Systèmes embarqués IoT Critères Communs Certification de sécurité VHDL Verilog FPGA ARM TrustZone STM32 Cortex-M PenTest Cryptographie Sécurité logicielle Attaques matérielles NXP Eclipse Vivado Cortex-M33 Zephyr Mbed MbedTLS Secure element Kicad Chipwhisperer Glitch Laser Side-channel

Software

linux ubuntu Confirmed

vivado Intermediary

kicad Intermediary

Eclipse Confirmed

Zephyr Beginner

MCUBOOT Confirmed

Qemu Intermediary

Unicorn Confirmed

Languages

français Bilingual or native

anglais Full professional capacity

espagnol Limited professional capacity

Experience in the sectors

cybersécurité

Work experience

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Training

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Creations

Secure LoRaWAN Sensor Most Lorawan sensor nodes are based on insecure micro-controllers like the STM32L072 micro-controller embedded in Murata's module. This is usually not a problem until someone tampers with the data sent by your sensor nodes or sells counterfeited version of your high added value IoT module. All these threats can be mitigated using secure pieces of hardware known as Secure Elements. This project aims at developing and building a trusted Lorawan sensor node based on the Murata Type ABZ module and the NXP SE050 Secure Element. Thanks to this Secure Element, you will be able to protect your intellectual property and to enforce the authenticity of your measurments right from the embedded sensor output.

Hardware Security Token YAST (Yet Another Security Token) is an open source USB security token which can be used to implement standards like OpenPGP card of FIDO2. Unlike others open source security tokens (as far as i know), YAST embeds a CC certified at EAL6+ secure element allowing to securely store and protect secrets. SE050 secure element can be binded to the LPC55Sxx main MCU using the LPC internal PUF (Physical Unclonable Function).

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