C++ Software Engineer

A prominent global cybersecurity corporation that develops an automated, cloud-native application security platform dedicated to protecting mobile ecosystems against digital threats.

By deploying AI-driven on-device anti-fraud detection, the platform continuously learns and responds to emerging threat vectors across high-stakes industries such as Fintech, banking, e-commerce, and insurance.

Backed by substantial institutional venture capital, the enterprise operates with a globally distributed workforce and a primary engineering hub in Israel.

The company is located in Tel Aviv (train-accessible) and operates on a hybrid model with flexibility for one day of remote work.

Key Responsibilities

• Writing high-performance, memory-safe, and deeply optimized production code in C and C++ close to the operating system layer.
• Researching and implementing low-level binary manipulation, code injection techniques, and execution hooking frameworks.
• Performing structured reverse engineering and behavioral analysis on compiled software layers using specialized debugging suites.
• Analyzing assembly-level instructions, kernel calls, and memory allocation layouts to identify bypass methods or runtime anomalies.
• Mapping mobile-specific attack surfaces to design highly resilient, on-device defensive logic capable of operating with low runtime overhead.
• Technical Domain Exposure C/C++, Linux Internals, Assembly (ARM/x86), Binary Reverse Engineering (IDA Pro, Ghidra), Mobile OS Architecture (Android/iOS Internals), and Real-Time Systems Programming.

Requirements-

• Extensive professional software development experience centered on low-level systems programming or security-focused applications (Mandatory).
• Proven hands-on production engineering proficiency writing, profiling, and debugging code in C or C++ (Mandatory).
• Deep structural understanding of operating system internals, including process lifecycles, virtual memory management, low-level system calls, and concurrency (Mandatory).
• Hands-on familiarity or a strong conceptual grasp of software reverse engineering principles, assembly analysis, or using binary disassembly tools like IDA Pro, Ghidra, or equivalent debuggers.
• Exceptional analytical mindset with a genuine curiosity for deconstructing complex software behaviors and exploring hardware-software boundaries independently.