Android Kernel - Exploit Developer

- Zero-day and N-day Android kernel vulnerabilities across vendor kernels and device-specific drivers.

- Use-after-free, out-of-bounds access, reference-counting flaws, races, type confusion and logic vulnerabilities.

- Allocator shaping, object replacement, cross-cache techniques, page reuse, reclaim strategies and controlled race amplification.

- Control-flow-independent and data-only exploitation where traditional hijacking is not the best path.

- Target adaptation across kernel branches, Android releases, OEM configurations, SoCs and patch levels.

- Integration with browser and userspace researchers on complete exploit chains.

- Reliable local-privilege-escalation or kernel-code-execution exploit components for modern Android targets.

- Reusable primitives for information disclosure, controlled read/write, object overlap, credential manipulation or equivalent goals.

- Target-aware exploit packages with setup, fingerprinting, diagnostics, cleanup and regression coverage.

- Explicit reliability data, environmental assumptions and known failure modes.

- New techniques for hardened kernels, unstable races or constrained vendor attack surfaces.

- A substantial record of delivering working Android or Linux kernel exploits — not only finding bugs or producing crashes.

- Expert knowledge of kernel memory management, object lifetimes, concurrency, locking, scheduling and common driver architectures.

- Advanced SLUB and kernel-heap exploitation experience, including modern cross-cache or page-level techniques.