Senior Security Engineer, Infrastructure Security Engineering - DGX Cloud

NVIDIA DGX Cloud is the AI supercomputing-as-a-service substrate designed to power the next generation of AI and industrial-scale breakthroughs.

As a Security Engineer within our Infrastructure Security Engineering organisation, you will architect and build the foundational security primitives that protect massive-scale GPU clusters.

Responsibilities:

• Security Engineering: Design, build, and integrate production-grade security services, focusing on transforming third-party and open-source tools into seamless, API-driven components of the DGX Cloud security stack.

• Automated Policy Enforcement: Develop Infrastructure as Code and Policy as Code to automate security enforcement and compliance at the speed of cloud-scale deployment.

• Orchestration Security & Guardrails: Architect and implement the security control plane, engineering automated guardrails, controllers, and runtime security policies that validate and enforce the integrity of tenant boundaries.

• Security-as-a-Service Approach: Design and operate security services as a scalable platform, building 'self-service' security primitives such as Identity-as-a-Service, automated secrets management, and real-time scanning APIs.

• Security Tooling & Lifecycle: Develop internal security frameworks and automated response systems, responsible for the full software development lifecycle of security tools, including testing, deployment, and maintenance.

• Threat Modeling & System Design: Conduct deep-dive threat models on complex distributed systems and the DGX Cloud stack, identifying architectural gaps in security and engineering solutions to close them.

• Multi-Functional Collaboration: Partner with DGX Cloud platform teams, broader NVIDIA security teams, and product engineering to understand their needs and build paved paths that seamlessly embed security into the CI/CD pipeline and hardware lifecycle.

Requirements:

• Infrastructure Engineering: Experience in SRE, Software Engineering, and Infrastructure Security, typically 8+ years.

• Production-Grade Coding: Strong software engineering background with the ability to write clean, maintainable, and well-tested code.

• Distributed Systems Expertise: Understanding of cloud-native architecture, container orchestration, and security challenges in high-throughput, low-latency environments.

• Platformizing Security: Transform complex security requirements into consumable internal services, focusing on Developer Experience.

• Security Product Integration: Proven track record of integrating complex security products into automated infrastructure via APIs and custom glue-code.

• Linux Internals: Strong hands-on experience with Linux systems security, including kernel-level primitives.

• Foundation: Bachelor’s degree in Computer Science, Engineering, or a related technical field.

Benefits:

• Equity
• Various benefits