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RustInfraJobs High-Yield Rust & AI Systems
#no-std • $207k-$263k USD Base

no_std in Production Rust: Architecture & Open Roles

Bare-metal freestanding Rust for OS kernels, firmware, enclaves & zkVMs

1. Why Teams Deploy no_std

Adding `#![no_std]` to the top of a Rust crate removes the OS-dependent standard library (`std`), leaving only `core` (stack-allocated primitives, traits, slices, and atomics) and optionally `alloc`. This capability makes Rust a true C replacement for bare-metal microcontrollers (Oxide's Hubris OS), Linux kernel modules (`Rust for Linux`), eBPF probes (Aya), hardware security modules, and RISC-V zkVM guests.

2. no_std Kernel & Memory Internals

Without an operating system heap or POSIX threads, `no_std` engineers manage memory deterministically using static ring buffers (`heapless`), custom bump/slab allocators (`GlobalAlloc`), and `Embassy`, an async/await executor designed specifically for bare-metal interrupts that eliminates RTOS task-stack waste by compiling state machines into a single static allocation.

3. no_std Interview & Hiring Bar

Hardware-software co-design leaders like Oxide Computer, Anduril, Block (Bitkey firmware), and embedded security teams hire `no_std` Rust engineers fluent in MMIO registers, DMA safety, and linker scripts.

Open no_std Engineering Positions (5)