Job Description

Cynet is looking for a highly motivated and experienced Windows Low-Level Engineer to join our Windows team.

You’ll play a key role in building and enhancing Cynet’s cutting edge XDR security platform.

What will you do

• Design and develop our future protection modules for our XDR product
• Design, implement and test critical components in the product, including Kernel drivers and user mode OS related infrastructures in C++
• Work in close coordination with our Research and Product teams, learn and leverage knowledge
• Aid, guide, and provide hands on mentoring to a team of talented core developers
• Write design documents, SW development guidelines, and best practices

Requirements

• At least 2-3 years of experience in C++ 17 (or newer) system programming and low-level development in Windows Environment - A must
• At least 1 year of experience with Windows kernel driver development - A must
• Good understanding of Windows internals and kernel
• Experience with Windows debugging tools like WinDbg
• Experience with at least one of the following: Kernel-Mode Driver Framework (KMDF) / File System Minifilters / Registry callbacks / WFP Callouts
• Experience in the development of security products – Advantage
• Excellent communication and problem-solving skills, and out of the box thinker
• Team player - willing to mentor and guide other developers
• Eager to work in a multi tasked and dynamic environment
• Fluent English (written and spoken)

You are

None

About Us

Cynet is a leader in threat detection and response, designed to simplify security for organizations of all sizes. Our mission is to empower lean security teams and their partners with an AI-powered, unified platform that autonomously detects, protects, and responds to threats - backed by 24×7 security experts.

With a Partner First mindset, we focus on helping customers and partners stay protected, operate confidently, and achieve their goals. Our vision is to give every organization true cybersecurity peace of mind, providing fast, accurate protection without the noise or complexity.