(Sr.) Software Engineer (NWES)

Join Trend Join New Generation

- / / /
===============================================================

Overview

Network Endpoint Security is a dedicated team of professionals committed to advancing endpoint network protection across platforms like Windows, Linux, and Unix. We are developing a network sensor that integrates traditional threat protection with advanced network telemetry to meet the rising demand for comprehensive security solutions.

We seek R&D experts to join our team, where you will research and integrate cutting-edge threat defense technologies in a dynamic, scrum-based environment. This role offers specialization opportunities with the flexibility to switch teams and expand your expertise within our rapidly growing product family.

If you're eager to contribute to innovative network security solutions and thrive in a collaborative, forward-thinking environment, we invite you to join us. This is an excellent opportunity to deepen your knowledge of network security and make a significant impact in the cybersecurity landscape.

Job description

. Develop network sensors for Windows and Linux systems, contributing to robust security solutions.

. Troubleshoot and resolve customer issues to support critical business operations effectively.

. Collaborate with a global product development team across multiple countries to drive innovation.

. Ensure software quality through rigorous testing and validation, maintaining product viability.

Required skills

. Bachelor's degree or higher in Computer Science or equivalent work experience.

. Proficiency in scripting and programming languages (e.g., C, Go, Bash).

. Experience delivering high-performance, real-time applications on Linux or Windows.

. Knowledge of multi-threaded software design on systems.

. Familiarity with testing practices, including unit tests, module tests, and end-to-end tests.

. Experience using AI tools in the development process (e.g., Claude Code, GitHub Copilot).

. Strong understanding of TCP/IP networks.

===============================================================