We are a team of builders and researchers on a mission to empower enterprises and developers worldwide to access and build on decentralized systems.
Our expertise covers several domains: Ethereum and Starknet protocol engineering, layer-2, AI, cryptography research, protocol research, decentralized finance (DeFi), security auditing, formal verification, real-time monitoring, smart contract development, and dapps and enterprise engineering.
Working to solve some of the most challenging problems in the blockchain space, we frequently collaborate with renowned companies, such as Ethereum Foundation, Starknet Foundation, Gnosis Chain, Flashbots, Forta Protocol, Lido, EigenLayer, Open Zeppelin, RISCZero, Aleph Zero, and many more.
Today, we are a 350+ strong team working remotely across 66+ countries.
Location:
Edinburgh, United Kingdom (Onsite - 100%) Are you the one? Are you an experienced embedded software engineer with a deep understanding of hardware-software integration and a track record of successfully bringing products to market? Do you excel in developing robust, scalable firmware for hardware systems, particularly those involving complex PCB designs and sensor integration? If you have a passion for embedded systems and a keen eye for optimizing firmware for reliability, performance, and security, you might be the one we’re looking for. Join our innovative team as we develop next-generation biometric authentication devices. You will play a pivotal role in co-developing the embedded software that drives our cutting-edge palm vein recognition technology, from prototyping through to mass production, while ensuring it meets the highest standards of quality, security, and compliance. Responsibilities: Collaborate closely with hardware engineers
to co-develop firmware for custom PCB designs, ensuring seamless integration between software and hardware components. Lead the firmware development lifecycle , including architecture design, coding, debugging, testing, and deployment for embedded systems with a focus on biometric sensor integration and image processing pipelines. Implement and optimize real-time firmware
for palm vein recognition systems, ensuring high performance and reliability in data acquisition, processing, and device communication. Develop and maintain secure DFU (Device Firmware Update) mechanisms , ensuring the embedded systems can be updated reliably and securely throughout the product's lifecycle. Drive hardware bring-up and validation , performing system-level integration and testing to identify and resolve any hardware/software interaction issues. Contribute to regulatory compliance efforts
by ensuring that all firmware meets the necessary safety, security, and quality standards for certification, such as CE, FCC, and ISO. Ensure firmware scalability and modularity , anticipating future enhancements and features, and allowing for streamlined updates and improvements over time. Collaborate with cross-functional teams
including optical engineers, cloud software developers, and product managers to define system requirements and implement solutions that align with product goals. Mentor junior developers , providing guidance in best practices, code reviews, and design discussions to foster a culture of continuous improvement and technical excellence. Stay current with industry trends and emerging technologies , bringing new ideas to the table and continually enhancing the embedded systems to maintain a competitive edge in the market. Skills: 7+ years of experience
in embedded software development, with a strong emphasis on
hardware-software co-design
and real-time system optimization. Proven experience in
shipping embedded products
from prototype to mass production, ideally in industries such as electronics, medical devices, or consumer hardware. Advanced proficiency in Rust,
C/C++ programming
for embedded systems and working knowledge of
RTOS
environments (e.g., FreeRTOS, ThreadX). Expertise in sensor integration
(e.g., biometric sensors, imaging sensors) and real-time data acquisition and processing. Extensive experience with
communication protocols
(e.g., I2C, SPI, UART) and handling peripheral devices. In-depth knowledge of DFU processes
and secure boot methodologies for firmware updates. Hands-on experience in
hardware bring-up and debugging , using oscilloscopes, logic analyzers, and JTAG debuggers. Familiarity with
low-power embedded system design , ensuring energy-efficient operation. Strong understanding of cybersecurity best practices
for embedded systems, including encryption, secure boot, and firmware validation. Experience with
STM32 microcontrollers
(ARM Cortex-M). Knowledge of
ARM TrustZone
for secure embedded systems. Familiarity with
Assembly
for low-level hardware interaction and optimization. Cross-platform development expertise
(Linux, macOS, Windows) for tooling and testing environments. Knowledge of Python
for scripting, automation, and development tools. Familiarity with
firmware development tools
(e.g., CMake, GDB, OpenOCD). Experience with
Linux kernel development
and low-level driver implementation. Nice to have: Experience in the
biometric authentication
or
security device
industries. Exposure to
cloud-connected embedded devices
and understanding of IoT architectures. Experience with
compliance testing and certification processes , particularly CE, FCC, and ISO standards for electronic devices. Knowledge of
low-level image processing algorithms
and experience with systems that require high-throughput data handling. Familiarity with
device manufacturing processes
and knowledge of transitioning embedded products from design to production. Experience working in a
fast-paced startup environment .
#J-18808-Ljbffr
Edinburgh, United Kingdom (Onsite - 100%) Are you the one? Are you an experienced embedded software engineer with a deep understanding of hardware-software integration and a track record of successfully bringing products to market? Do you excel in developing robust, scalable firmware for hardware systems, particularly those involving complex PCB designs and sensor integration? If you have a passion for embedded systems and a keen eye for optimizing firmware for reliability, performance, and security, you might be the one we’re looking for. Join our innovative team as we develop next-generation biometric authentication devices. You will play a pivotal role in co-developing the embedded software that drives our cutting-edge palm vein recognition technology, from prototyping through to mass production, while ensuring it meets the highest standards of quality, security, and compliance. Responsibilities: Collaborate closely with hardware engineers
to co-develop firmware for custom PCB designs, ensuring seamless integration between software and hardware components. Lead the firmware development lifecycle , including architecture design, coding, debugging, testing, and deployment for embedded systems with a focus on biometric sensor integration and image processing pipelines. Implement and optimize real-time firmware
for palm vein recognition systems, ensuring high performance and reliability in data acquisition, processing, and device communication. Develop and maintain secure DFU (Device Firmware Update) mechanisms , ensuring the embedded systems can be updated reliably and securely throughout the product's lifecycle. Drive hardware bring-up and validation , performing system-level integration and testing to identify and resolve any hardware/software interaction issues. Contribute to regulatory compliance efforts
by ensuring that all firmware meets the necessary safety, security, and quality standards for certification, such as CE, FCC, and ISO. Ensure firmware scalability and modularity , anticipating future enhancements and features, and allowing for streamlined updates and improvements over time. Collaborate with cross-functional teams
including optical engineers, cloud software developers, and product managers to define system requirements and implement solutions that align with product goals. Mentor junior developers , providing guidance in best practices, code reviews, and design discussions to foster a culture of continuous improvement and technical excellence. Stay current with industry trends and emerging technologies , bringing new ideas to the table and continually enhancing the embedded systems to maintain a competitive edge in the market. Skills: 7+ years of experience
in embedded software development, with a strong emphasis on
hardware-software co-design
and real-time system optimization. Proven experience in
shipping embedded products
from prototype to mass production, ideally in industries such as electronics, medical devices, or consumer hardware. Advanced proficiency in Rust,
C/C++ programming
for embedded systems and working knowledge of
RTOS
environments (e.g., FreeRTOS, ThreadX). Expertise in sensor integration
(e.g., biometric sensors, imaging sensors) and real-time data acquisition and processing. Extensive experience with
communication protocols
(e.g., I2C, SPI, UART) and handling peripheral devices. In-depth knowledge of DFU processes
and secure boot methodologies for firmware updates. Hands-on experience in
hardware bring-up and debugging , using oscilloscopes, logic analyzers, and JTAG debuggers. Familiarity with
low-power embedded system design , ensuring energy-efficient operation. Strong understanding of cybersecurity best practices
for embedded systems, including encryption, secure boot, and firmware validation. Experience with
STM32 microcontrollers
(ARM Cortex-M). Knowledge of
ARM TrustZone
for secure embedded systems. Familiarity with
Assembly
for low-level hardware interaction and optimization. Cross-platform development expertise
(Linux, macOS, Windows) for tooling and testing environments. Knowledge of Python
for scripting, automation, and development tools. Familiarity with
firmware development tools
(e.g., CMake, GDB, OpenOCD). Experience with
Linux kernel development
and low-level driver implementation. Nice to have: Experience in the
biometric authentication
or
security device
industries. Exposure to
cloud-connected embedded devices
and understanding of IoT architectures. Experience with
compliance testing and certification processes , particularly CE, FCC, and ISO standards for electronic devices. Knowledge of
low-level image processing algorithms
and experience with systems that require high-throughput data handling. Familiarity with
device manufacturing processes
and knowledge of transitioning embedded products from design to production. Experience working in a
fast-paced startup environment .
#J-18808-Ljbffr
