Artificial Intelligence Some knowledge of any of the following: * Security Architecture * Cyber Forensics and Incident Response * Industrial Control Cyber Security * Network Security * Cloud Security * Cryptography * Security Monitoring * Cyber Risk Management * Secure Software Development Desirable: * Recent PhD or MSc in a relevant 'Cyber-AI' -relevant area. * Recent research publication track record more »
Employment Type: Contract
Rate: Up to £40 per hour + Inside IR35, PAYE available
in implementing and operating Thales Safenet HSMs Hands-on experience in designing and implementing key management solutions for enterprises. Hands-on experience in HSM, Cryptography related fields Knowledge of Networking and Network Security concepts. Programming knowledge in C/C++ (preferred),Java,.NET Experience integrating cryptographic libraries and HSMs with more »
be able to explain mitigations and defences against these techniques. Web application security testing, iOS or Android system internals, and a good grasp of cryptography is advantageous but not mandatory. Tools candidates will ideally have a level of familiarity with: IDA Pro/HexRays, Ghidra, WinDbg, GDB, BinaryNinja, OllyDbg or more »
work needed). Good EMC design experience Desirable Requirements of the Electronics Engineer Embedded C Any experience with Ethernet, Modems, Networking, secure link Any cryptography experience would be excellent Any RF experience (there is a bit of RF on the front-end) Benefits 3-6 months contract Outside IR35 Start more »
Employment Type: Contract
Rate: From £475 to £525 per day Outside IR35, start ASAP, hybrid working
and Simulink tools • Derivation of detailed Firmware requirements and architecture from system requirements • A structured approach to firmware design (RTCA DO-254 or similar) • Cryptography and anti-tamper techniques • Artificial Intelligence including machine learning and genetic algorithms • Electronics test methods and equipment more »
Kernel and Bootloader Development: Utilize your expertise in Linux kernel and bootloader development to build and maintain secure, reliable system foundations. Device Security and Cryptography: Implement advanced cryptographic techniques to protect data and maintain the confidentiality, integrity, and availability of information on the device. Trusted Execution Environments (TEE): Design and … ensuring device integrity from startup. Linux Kernel and Bootloader Development: Strong background in Linux kernel programming and bootloader development, with a focus on security. Cryptography: In-depth knowledge of cryptographic principles and their application in securing devices. Trusted Execution Environments: Familiarity with TEEs and their role in enhancing device security. more »
