Services
Every practice runs on the same operating system: brief intake, domain classification, calibrated vetting matrix, shortlist memos, and a 12-month retention guarantee. Pick the practice closest to your roadmap — or talk to us about a hybrid mandate.
Sub-µs C++/Rust engineers for systematic funds, market-making desks, and execution platforms. We screen for lock-free concurrency, NUMA-aware design, custom allocators, and live order-book simulation — not Leetcode polish.
Protocol engineers for L1/L2 chains, sequencers, rollups, and MEV infrastructure. Candidates are vetted on BFT internals, cryptographic primitives, deterministic replay, and shipped protocol references.
ZK circuit engineers, proving-system builders, and applied cryptographers fluent in Halo2, Plonky3, custom arithmetization, and recursion. We assess on circuit-level optimization and proving-time engineering, not theory alone.
Engineers who own the substrate — CUDA kernels, distributed training, inference serving, and the GPU economics behind frontier models. Scored on kernel fluency, parallelism strategy, and production-scale receipts.
Kernel-bypass networking, FPGA co-design, deterministic IO, and lock-free data structures. For desks where the difference between profit and noise is a handful of nanoseconds.
The translation layer — engineers who can read a paper, prototype it on a cluster, and ship it to production. Common in quant research, ML labs, and protocol R&D teams.
How an engagement unfolds
Expand any branch to see exactly what happens after you sign the brief. No black boxes, no recruiter mystique — just an auditable path from intake to placement.
