Post-quantum cryptography solutions for hardware and software systems
PQShield builds cryptographic IP and integration libraries designed to protect systems against quantum computing threats. The technical stack (FPGAs, ASICs, Python, C/C++) reflects a hardware-first approach to cryptography delivery, while active projects around IP library assembly, benchmarking, and PoC integrations suggest they're moving from research phase into productized hardware implementations. Pain points centered on scaling support, technical integration complexity, and market penetration indicate a young company transitioning from early adopters to mainstream adoption.
PQShield develops post-quantum cryptographic solutions for organizations preparing for cryptographically relevant quantum computers. Founded in 2018 and based in Oxford, the company operates as a 51–200-person team building both hardware (FPGA/ASIC-based) and software cryptographic libraries. Their go-to-market strategy targets high-value sectors where cryptographic modernization is mission-critical: defense, financial services, and critical infrastructure. The company is actively scaling customer support operations while managing technical integration challenges across diverse hardware and software platforms.
PQShield uses FPGAs and ASICs for hardware implementations, C/C++ and Python for software, along with cryptographic primitives (AES, SHA). Development workflows run on Jira, GitHub, and Linux environments, with HubSpot and Google Workspace for business operations.
PQShield has 7 active roles across engineering, sales, and product departments, with hiring in the United Kingdom, United States, Netherlands, and Norway. Recent hiring velocity is decelerating.
Active projects include assembling secure IP libraries, stress-testing cryptographic IP, performance benchmarking, proof-of-concept integrations on their pqmicrolib-core platform, and developing integration guides and benchmark reports for customers.
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