Hardware Engineer

The RoleWe're looking for a hardware engineer to own the silicon-level foundations of our technology. You'll connect hardware security features to AI workloads, building verifiable computation pipelines where we can statically derive what a GPU kernel should compute and cryptographically prove that it did. You'll work directly with silicon vendors, design attestation systems for modern accelerators, and build the tamper-proof link between a model's architecture and its execution on hardware.What You'll DoDesign verifiable compute pipelines that derive hardware behavior expectations from model definitions and tiling configurations, then prove execution integrityBuild low-level software (C, C++, Rust) that interfaces with TEEs, secure enclaves, and cryptographic accelerators to attest to chip location and computation integrityImplement static kernel analysis tools to extract memory access patterns and computational structure from GPU kernels (Triton, CUTLASS, PTX/SASS)Serve as technical liaison with silicon vendors (NVIDIA, AMD, Intel) on security architectures, side-channel implications, and next-generation accelerator roadmapsWhat You'll BringBS, MS, or PhD in Computer Engineering, CS, or EE with a focus on computer architecture, compilers, or systems securityDeep understanding of GPU architecture: memory hierarchies, tensor core operations, tiling strategies, and how logical tensors map to physical hardwareStrong systems programming in C, C++, or Rust with experience interfacing with hardware security primitivesExperience with CUDA, Triton, or CUTLASS kernel programmingBonusFamiliarity with MLIR/LLVM or compiled binary analysisExperience with hardware performance counters (Nsight Compute, CUPTI)Knowledge of TEEs (Intel SGX/TDX, AMD SEV)Interest in formal methods or layout algebraWe are open to hiring both early-career and experienced candidates. For the latter, we are open to higher compensation and more senior titles. We will also consider exceptional candidates on a part-time basis.Apply Now →