eShard offers practical tools that let you understand exactly how secure your embedded system really is. With esReverse you can quickly analyze firmware, uncover hidden vulnerabilities, and see how your product behaves under real attack conditions. Instead of relying on assumptions or theoretical checks, you get clear and immediate insight into weaknesses that could be exploited. This allows you to fix issues early, reduce risk, and move forward with confidence knowing your product has been tested the way attackers would approach it.
eShard is a security investigation software vendor focused on embedded, IoT, semiconductor, automotive, and government/defense targets. Rather than selling a single instrument, eShard's platforms bring lab equipment, reverse-engineering tooling, attack knowledge, and analyst collaboration into one workspace — so a security team can run a full investigation (acquire data, analyze it, reproduce a known attack, document the finding) without stitching together disconnected scripts and instruments themselves.
esDynamic is the platform for physical attacks against chips and embedded devices. It centralizes side-channel analysis and fault injection into one collaborative environment that multiple analysts can access remotely, with each investigation kept in its own project (datasets, tool configuration, permissions, and findings all isolated and reproducible).
Evaluate cryptographic implementations (AES, RSA, ECC, and post-quantum algorithms) against power, electromagnetic, and timing leakage, using techniques from Correlation Power Analysis (CPA) up to deep-learning-based attacks.
esDynamic is hardware-agnostic: oscilloscopes, fault injectors, probes, and custom lab equipment all plug into the same workflow. It's built on JupyterLab, so analysts can write their own Python analysis alongside eShard's library of pre-built attack notebooks and starter kits, and scale processing out to distributed compute or GPUs for large trace sets. A Project Manager view lets a lab oversee several concurrent investigations, team access, and documentation from one place.
esReverse is eShard's web-based platform for binary security analysis — static examination, dynamic testing, and stress validation in one collaborative, browser-accessed environment, with no local install required and support for both air-gapped and cloud deployments.
Typical uses: vulnerability discovery and validation in software binaries, IoT and embedded firmware analysis, mobile application investigation, and pre-production security assessments where a finding needs to be reproduced and documented, not just demonstrated once.
esFirmware, part of the esDynamic platform, runs firmware binaries in emulation (Arm, Intel, RISC-V, extensible to proprietary architectures) and lets you inject faults and capture traces entirely in software — no physical target, probes, or bench setup required.
This makes esFirmware particularly useful for pre-silicon validation and countermeasure verification — catching a leakage or fault-injection weakness in firmware before it's locked into a chip, and for root-causing a vulnerability found on real hardware without tying up the physical lab bench to reproduce it.
Pertech supplies and supports eShard's esDynamic, esReverse, and esFirmware platforms for customers in Israel — evaluation, licensing, onboarding, and ongoing local technical support, alongside the rest of Pertech's embedded development and test-and-measurement lines. Contact us to scope which platform (or combination) fits your lab's targets and workflow.
esDynamic is for physical attacks against real hardware — side-channel analysis and fault injection using lab equipment (oscilloscopes, EM/laser/glitch injectors) against an actual chip or board. esReverse is for software and firmware binary analysis — disassembly, decompilation, emulation, and time-travel debugging of a binary, with no physical target required.
Not necessarily. esReverse and esFirmware both run entirely on emulation — you can analyze firmware binaries, inject faults, and capture traces without any physical target or bench equipment. esDynamic is for when you do need to test the real, physical device.
eShard's side-channel and fault-injection tooling is used against AES, RSA, and ECC implementations, as well as post-quantum cryptography (e.g. ML-KEM) implementations, across chips and firmware.
