Series A deep tech company building custom chips for advanced cryptography, developing Verifiable Processing Unit (VPU)

Fabric Cryptography is an innovative Series A deep tech company with a team of 60+ professionals, including AI hardware and software veterans, cryptographers, and cypherpunks. The company is focused on developing the Verifiable Processing Unit (VPU), a groundbreaking general-purpose computer chip designed for all cryptography applications. With $39 million in equity funding and significant pre-orders, they're revolutionizing privacy-first computing.

As a Principal UVM Verification Engineer, you'll play a crucial role in ensuring the quality and reliability of their cryptographic processor designs. The position requires a deep understanding of hardware verification, SoC development, and modern verification methodologies. You'll work with cutting-edge technology in cryptography and hardware design, contributing to the development of next-generation privacy-focused computing solutions.

The role offers the opportunity to work with a highly skilled team of professionals and make significant contributions to the architecture and methodology of the verification environment. You'll be responsible for developing comprehensive verification strategies, implementing sophisticated testbenches, and ensuring the highest standards of quality in hardware design.

This position is ideal for an experienced verification engineer who is passionate about cryptography, hardware design, and privacy-focused technology. The remote work option and presence in major tech hubs across the US provide flexibility while maintaining strong team collaboration. If you're excited about working at the intersection of hardware and cryptography, and want to be part of a company that's shaping the future of privacy-first computing, this role offers an exceptional opportunity to make a significant impact.

Principal UVM Verification Engineer role at Fabric Cryptography, leading verification of cutting-edge cryptographic processors with 10+ years experience required.

Principal UVM Verification Engineer

Building the world's first cryptographic computer focused on secure, private computation and next-generation cryptography.

Fabric Cryptography is at the forefront of cryptographic computing, building the world's first cryptographic computer. The company believes that hardware shapes the boundaries of human creativity and imagination, focusing on creating a more trustworthy world through secure, private computation.

As a Principal Compiler Engineer, you'll be instrumental in developing advanced compiler technologies for massively-parallel computing architectures. This role combines deep technical expertise in compiler development with hardware optimization, requiring mastery of MLIR frameworks and low-level code generation.

The position offers a unique opportunity to work on cutting-edge technology that bridges cryptography, hardware, and compiler optimization. You'll be working with a team dedicated to revolutionizing how trust, privacy, and identity function in our society through innovative hardware solutions.

Key responsibilities include designing compiler technologies, implementing MLIR frameworks, optimizing code generation, and collaborating with hardware architects. The ideal candidate will bring expert-level skills in compiler development, deep understanding of parallel computing, and experience with systems programming languages.

Fabric Cryptography values diversity and maintains an inclusive work environment, ensuring equal opportunities for all candidates regardless of their background. This role offers the flexibility of remote work with the chance to contribute to groundbreaking technology that could reshape the future of secure computing.

Lead compiler development for the world's first cryptographic computer, focusing on massively-parallel architectures and hardware optimization.

Principal Compiler Engineer, Parallel Computing Platforms

Fabric Cryptography is at the forefront of revolutionizing cryptographic computing, building the world's first cryptographic computer. This groundbreaking initiative aims to reshape how trust, privacy, and identity function in our society through advanced cryptographic algorithms and zero knowledge proofs.

As a Systems Performance Engineer, you'll be instrumental in pushing the boundaries of custom hardware platforms through sophisticated low-level programming and optimization. This role combines deep technical expertise in assembly language programming with performance optimization across multiple architectures, including x86 and ARM.

The position offers a unique opportunity to work at the intersection of hardware and software, optimizing cryptographic implementations and solving complex performance challenges. You'll collaborate closely with hardware engineers to ensure perfect alignment between software capabilities and hardware design, while leveraging advanced profiling and debugging tools to achieve maximum system performance.

The ideal candidate brings strong expertise in C/C++ programming, assembly language optimization, and a deep understanding of computer architecture fundamentals. Your work will directly impact the development of next-generation cryptographic systems, contributing to a more secure and private digital future.

Working at Fabric Cryptography means joining a diverse, inclusive team committed to transforming the landscape of secure computation. The company values innovation, technical excellence, and collaborative problem-solving, offering a remote-friendly environment that supports professional growth and impact-driven work.

Systems Performance Engineer role focusing on low-level programming, assembly optimization, and cryptographic implementation for cutting-edge cryptographic computer development.

Systems Performance Engineer

Fabric Cryptography is pioneering the development of the world's first cryptographic computer, focusing on creating a more trustworthy world through secure, private computation. This role is crucial in pushing the boundaries of cryptographic hardware performance.

As a Principal Systems Performance Engineer, you'll be at the forefront of low-level programming and performance optimization for cutting-edge cryptographic systems. You'll work with various architectures, including x86 and ARM, writing and optimizing assembly code to maximize hardware capabilities. Your expertise in performance analysis, debugging, and optimization will be essential in creating highly efficient systems.

The position requires deep technical knowledge in assembly programming, C/C++, and computer architecture. You'll collaborate closely with hardware engineers to ensure optimal software-hardware integration. The role offers the opportunity to work on revolutionary technology that has the potential to transform how trust, privacy, and identity function in our society.

The company values diversity and maintains an inclusive work environment, offering a remote work option with multiple location possibilities across major tech hubs. This is an ideal position for someone passionate about low-level programming, cryptography, and performance optimization who wants to contribute to groundbreaking technology that will shape the future of secure computing.

Principal Systems Performance Engineer role at Fabric Cryptography, focusing on low-level programming and optimization for cryptographic computing systems.

Fabric Cryptography Engineering Jobs

Series A deep tech company building custom chips for advanced cryptography, developing Verifiable Processing Unit (VPU)