quantumdice

About the Role We are seeking an experienced candidate to lead the miniaturisation of our cutting-edge probabilistic computing platform. This role is to own the ASIC architecture of Quantum Dice's probabilistic computing processor end-to-end: from algorithm and ISA through partitioning, microarchite

Overview We are excited to be expanding our Solutions team and are looking for a Solutions Engineerwho is interested in working at the forefront of probabilistic computingfor defence applications. Quantum Dice is developing ORBIT, a new class of computing platform that combines quantum-enabled hardw

Quantum Dice is developing a new class of computing platform designed to solve some of the world's most complex optimisation challenges and enable the next generation of AI. We're looking for a Marketing Associate to join our commercial team on a 12-month fixed-term contract and help deliver our amb

You will own the delivery pipeline for our Hardware-as-a-Service (HaaS) platform. This role sits at the intersection of hardware and cloud and will require deep involvement in the technical trade-offs between hardware constraints, driver latency and cloud UI scalability. Key Responsibilities:1. Mana

Responsibilities Algorithm implementation: Translate complex probabilistic algorithms from high-level models, such as pseudocode/Python/C++/MATLAB, into highly pipelined, resource-efficient FPGA RTL. RTL design from scratch: Design and implement custom digital logic using VHDL where off-the-shelf ve

About the Role We are seeking an experienced candidate to lead the miniaturisation of our cutting-edge probabilistic computing platform. This role is to own the ASIC architecture of Quantum Dice's probabilistic computing processor end-to-end: from algorithm and ISA through partitioning, microarchite

At Quantum Dice, we’re solving some of the most exciting and complex challenges in computing and cybersecurity. Using the unpredictable quantum nature of light, we are building quantum entropy sources for encryption, and further developing the world’s first optoelectronic probabilistic computer. As