Staff Software Engineer - Backend

Gong harnesses the power of AI to transform how revenue teams win.

The Gong Revenue AI Operating System unifies data, insights, and workflows into a single, trusted system that observes, guides, and acts alongside the world’s most successful revenue teams.

Powered by the Gong Revenue Graph, AI-powered intelligence, specialized agents, and trusted applications, Gong helps more than 5,000 companies around the world deeply understand their teams and customers, automate critical sales workflows, and close more deals with less effort.

For more information, visit www.gong.io.

At Gong, you will join a company built on innovative products, ambitious goals, and passionate people.

We are shaping the future of revenue intelligence and we want people who are excited to build what comes next.

You will work with a team that dreams big, moves fast, and cares deeply about the craft and about each other.

Here, transparency and trust are core to how we operate, and every person has the opportunity to make a visible impact.

If you want to grow, stretch, and do work that truly matters, Gong is the place to do the best work of your career.

Want to tackle complex technical challenges, lead innovative solutions, and shape the future of our product?

As a Staff Software Engineer at Gong, you will play a pivotal role in revolutionizing how companies understand their customer interactions.

You will be instrumental in designing and leading the development of scalable systems, working with cutting-edge technologies, and collaborating extensively with cross-functional teams across the organization to solve high-impact problems.

Note: We operate in a flexible hybrid work model, 3 days a week in office

As a Staff Engineer, you will:

• Design and implement scalable, high-performance backend services and APIs using Java, Spring Boot, and cloud technologies.
• Provide technical leadership and mentorship to other engineers, guiding them in best practices and architectural decisions.
• Drive the architectural vision and strategy for complex systems, ensuring scalability, reliability, and maintainability.