esDynamic
Manage your attack workflows in a powerful and collaborative platform.
Expertise Modules
Executable catalog of attacks and techniques.
Infrastructure
Integrate your lab equipment and remotely manage your bench.
Lab equipments
Upgrade your lab with the latest hardware technologies.
Side Channel Attacks
Evaluate cryptography algorithms from data acquitition to result visualisation.
Fault Injection Attacks
Laser, Electromagnetic or Glitch to exploit a physical disruption.
Security Failure Analysis
Explore photoemission and thermal laser stimulation techniques.
Evaluation Lab
Our team is ready to provide expert analysis of your hardware.
Starter Kits
Build know-how via built-in use cases developed on modern chips.
Cybersecurity Training
Grow expertise with hands-on training modules guided by a coach.
esReverse
Static, dynamic and stress testing in a powerful and collaborative platform.
Extension: Intel x86, x64
Dynamic analyses for x86/x64 binaries with dedicated emulation frameworks.
Extension: ARM 32, 64
Dynamic analyses for ARM binaries with dedicated emulation frameworks.
Penetration Testing
Identify and exploit system vulnerabilities in a single platform.
Vulnerability Research
Uncover and address security gaps faster and more efficiently.
Malevolent Code Analysis
Effectively detect and neutralise harmful software.
Digital Forensics
Collaboratively analyse data to ensure thorough investigation.
Software Assessment
Our team is ready to provide expert analysis of your binary code.
Cybersecurity training
Grow expertise with hands-on training modules guided by a coach.
Semiconductor
Security Labs
Governmental agencies
Academics
Why eShard?
Our team
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In a close partnership with ALPhANOV, the Laser Fault Injection tool combines ALPhANOVโs excellence in laser and optic systems, together with eShardโs scientific platform.
The resulting solution allows the implementation of Laser Fault Injections at the state-of-the-art.
โ Simple or double fault injection laser. The smallest and most powerful spot of the industry.
โ Different laser sources, with a focus on near infrared for back-side.
โ Back-side imaging with a unique system allowing chip and laser observation while pulsing.
โ Get further with extra features, such as spot size parameter, tip tilt table, etc.
โ The software suite to control the equipments and manage chip characterization
โ The software suite to manage fault injection campaigns, process faulty behaviours and exploit them (eg: DFA)
At eShard, we have developed our own technology to inject near field electromagnetic pulses. We designed dedicated EMFI probes to inject faults in modern devices, such as SoC (System on Chip) with recent technologies.
โ Sets of injection probes with varying size, inductance and transmittance characteristics
โ Adapted to commercial pulsers
โ Hardware bench for X, Y and Z automated translations
โ The software suite to control the equipments and manage chip characterization
โ The software suite to manage fault injection campaigns, process faulty behaviours and exploit them (eg: DFA)
The set of EM injection probes has been designed by eShardโs experts based on practical experimentations made on System-on-Chip devices. They have been proven efficient on different modern SoCs, including the use cases elaborated in the Starter Kit offering.
The kit includes cables and accessories needed to make a proper electromagnetic fault injection, in particular to compensate the bounce effect. It is delivered with the characteristics of the probes either in a PDF document or in a notebook.
The kit is used in our EM fault injection turnkey solution.
At eShard, we propose a ready to use glitching hardware setup that has been designed to fault devices. The hardware bench includes:
โ A waveform generator selected for successful glitching
โ The software suite to control the equipments and manage chip characterization
โ The software suite to manage fault injection campaigns, process faulty behaviours and exploit them (eg: DFA)
In fault injection experiments (laser, electromagnetic or power glitch-based), it is likely that the device under test (DUT) encounters operational issues leading to crashes or mute mechanisms. eShard ColdReset hardware device brings the possibility for the user to manage the DUT power source (on/off) through USB and/or jack ports with timing control. The fault injection test campaign can be fully automated.
The ColdReset is used in our fault injection turnkey solutions.
Fault injection may turn out to be a powerful means to compromise a device. The ability to secure a system against fault injection depends on the ability to apprehend the technique. It requires practical expertise. Starter kits have been designed to provide the knowledge of practical attacks on recent use cases. They show the complexity of identifying a weakness. Starter kits provide a set of hardware and knowledge to create an in-house reference for practical attacks. For your internal knowledge and training purposes.
Getting up to speed in fault injection requires knowledge of the technique and practical experience. Together with ALPhANOV, a dedicated training was designed to cover all aspects of professional laser fault injections. Delivered on site in ALPhANOVโs training centre, this training will cover both the theoretical and practical aspects of a successful fault injection on a real device.
Our team of experts is available for specialized Fault Injection audits. They have long track records in practical Fault injection experiments with a variety of techniques : Power & Clock Glitch, Electromagnetic Fault Injection, Laser Fault Injection (in partnership with ALPhANOV).
Our experts combined with our high-end laboratory, equipped with high end Fault Injection capabilities lead to best in class Fault Injections evaluations. Our recent works included: