Offensive Security Engineer

NetherlandsRemoteFull-timemid

Offensive Security EngineerCybersecurity

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Requirements Summary

6+ years of experience in offensive security, penetration testing, red teaming, adversary simulation, or a closely related discipline. Deep hands-on experience attacking cloud-native environments,

Technical Tools

Offensive Security EngineerCybersecurity

Join a hands-on offensive security team working at the frontier of cloud infrastructure and AI. In this role, you’ll simulate sophisticated attacks against the same systems customers rely on, helping uncover weaknesses before they can become real threats. You’ll contribute across cloud compute, storage, networking, inference, orchestration, and internal tooling while helping establish a scalable penetration testing and red team program. The role combines practical adversarial operations with security research into emerging GPU and AI infrastructure attack surfaces. You’ll work closely with detection and security engineering teams to validate defenses and turn findings into measurable improvements. With substantial technical ownership, you’ll have the opportunity to influence security practices across a rapidly evolving, large-scale AI platform.

Validate and extend Secure SDLC threat models through continuous penetration testing, assessing threat severity, mitigation status, and underlying security assumptions.
Automate routine security validations to keep pace with a rapidly evolving platform while reserving manual analysis for complex and high-impact scenarios.
Plan and execute full-scope red team engagements across cloud compute, storage, inference, networking, orchestration layers, and internal tooling.
Identify attack paths capable of impacting organizational operations, customer environments, or critical platform assets.
Collaborate with detection and response and other security engineering teams on purple team exercises, validating detection coverage and closing defensive gaps.
Research novel attacks against GPU infrastructure, including firmware, vendor drivers, device passthrough, SR-IOV/IOMMU configurations, and RDMA/InfiniBand environments.
Investigate vulnerabilities within inference technologies and AI platform services, including model-serving infrastructure and managed orchestration platforms.
Assess tenant-isolation boundaries and explore potential low-level attack paths that could compromise isolation.
Conduct targeted offensive security assessments of new products and significant infrastructure changes before they reach production.
Develop custom offensive tooling and post-exploitation capabilities to improve the effectiveness and scalability of security testing.
Produce clear, actionable reports for both technical teams and senior leadership, prioritizing findings and providing practical remediation guidance.
Establish and continuously improve red team processes, tooling, methodologies, and operating practices as the platform scales.

Requirements

~1 min read

6+ years of experience in offensive security, penetration testing, red teaming, adversary simulation, or a closely related discipline.
Deep hands-on experience attacking cloud-native environments, including Kubernetes privilege escalation, cloud IAM abuse, virtualization, and container escape techniques.
Strong understanding of the broader attack lifecycle, including initial access, persistence, lateral movement, and data exfiltration.
Proven ability to develop custom security tooling and post-exploitation capabilities using Python, Go, or similar programming languages.
Experience conducting purple team exercises and collaborating constructively with blue teams and defensive security functions.
Ability to communicate complex technical findings through clear, senior-level reports that contextualize business risk and provide actionable guidance to engineers.
Experience with ML infrastructure, model-serving pipelines, or GPU clusters is a strong advantage.
Reverse engineering and exploit development experience is a plus.
Application security experience is advantageous.
Familiarity with eBPF bypass techniques, kernel-level exploitation, vulnerability research, or CVE discovery is beneficial.
Understanding of cloud provider internals, including hypervisor and networking layers, is a plus.
Experience presenting security research at industry conferences such as Black Hat or DEF CON is advantageous.
Strong problem-solving skills, curiosity, technical depth, and the ability to work independently in a rapidly evolving environment.