Hardware / Low Level Security Engineer

Location: US and Canada offices

Company

hirify.global builds large-scale AI compute platforms based on wafer-scale processor architecture for high-speed model training and inference.

What you will do

• Partner with platform, infrastructure, and hardware teams to embed security controls from physical hardware through runtime.
• Design and implement security hardening across the Linux kernel, bootloader, firmware, and host operating system.
• Drive secure boot, measured boot, and attestation strategies across wafer-scale systems and supporting host nodes.
• Review kernel modules, drivers, and low-level components for memory-safety, privilege-escalation, and isolation issues, then lead remediation.
• Develop kernel-level monitoring and telemetry, including eBPF-based detection of attacker behavior.
• Track kernel CVEs, supply-chain risks, and hardware-level threats while documenting threat models and remediation playbooks.

Requirements

• Background in mechanical and/or electrical engineering with a career focus on cybersecurity.
• Deep familiarity with the Linux kernel, including kernel modules, syscalls, namespaces, cgroups, eBPF, and LSM.
• Hands-on experience with firmware, UEFI, secure boot, TPM, and platform integrity tooling.
• Strong proficiency in C and a modern systems language such as Rust or Go, with the ability to read and write production kernel code.
• Familiarity with hardware isolation primitives such as IOMMU, SR-IOV, and confidential computing.
• Strong written communication skills for explaining low-level security concepts to non-specialists.

Nice to have

• Exposure to non-standard compute architectures.

Culture & Benefits

• Work on a wafer-scale AI platform beyond conventional GPU constraints.
• Opportunities to publish and open-source AI research.
• Work with one of the fastest AI supercomputers.
• Job stability combined with startup vitality.
• Simple, non-corporate culture that respects individual beliefs and supports continuous learning and growth.