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Research vulnerabilities in embedded systems across IoT devices, drones, vehicles, and networking equipment. Responsibilities include firmware extraction, hardware analysis, reverse engineering, static and dynamic analysis, custom protocol assessment, exploitability evaluation, and exploit or capability development. The role also involves presenting findings, collaborating with experienced researchers, and using hardware lab resources.

Conduct offensive research against low-level RF protocols by analyzing modulation schemes and I/Q data, capturing and fingerprinting signals, reverse engineering protocols, and identifying vulnerabilities. Develop custom tools, Wireshark dissectors, Python Scapy libraries, SDR-based proof of concepts, and server/client infrastructure using Python, C/C++, and Rust. Present findings and support research into weaknesses affecting radio protocols and devices.

Conduct vulnerability research across platforms such as Android, iOS, browsers, hypervisors, and embedded systems. Develop proof-of-concept exploits, bypass modern exploit mitigations, analyze vulnerability root causes, and collaborate with researchers. The role emphasizes independent problem-solving, knowledge sharing, workshops, training, and conferences. It is remote, with occasional travel for team workshops, conferences, and social events.

Conduct vulnerability research and reverse engineering across platform teams (Android, iOS, browsers, hypervisors, embedded). Develop proof-of-concept exploits, bypass mitigations, share findings, run workshops, and attend training and conferences. Collaborate globally with the VRED team and occasionally travel for in-person events.

Conduct vulnerability research across platform teams (Android, iOS, browsers, hypervisors, embedded), develop proof-of-concept exploits including mitigation bypasses, share findings, run workshops, and attend training and conferences. Remote role with occasional in-person travel; candidates must be based in Australia.

Identify vulnerabilities in Apple platforms using static and dynamic analysis; develop proofs-of-concept and tooling; use fuzzers, LLMs and reverse-engineering toolchains; reverse engineer ARM64 binaries; document and present findings; attend training and conferences to refine skills.

Perform static and dynamic vulnerability research on Apple platforms, develop proofs-of-concept and tooling, use fuzzers/LLMs and reverse-engineering tools, reverse engineer ARM64 binaries, and communicate findings to the team.

Perform vulnerability research on Apple platforms using static and dynamic analysis; develop proofs-of-concept and tooling (Python, Rust); use fuzzers, LLMs, and reverse-engineering tools (IDA, Binary Ninja, Frida) to analyze ARM64 binaries; present findings; and participate in training and conferences.