Cluster Security Software – Engineering Lead

The Cluster Security Software Engineering Lead at Cerebras Systems takes on an essential role in safeguarding our vast AI infrastructure. The responsibilities include ensuring end-to-end security across our AI clusters, leading security engineering solutions, collaborating with corporate security and clients for enhancement identification, and developing a roadmap for the cluster security product. You’ll also build a top-tier engineering team and facilitate cross-functional collaboration to ensure our software remains secure and effective throughout all stages of deployment.

Candidates for the Cluster Security Software Engineering Lead role at Cerebras Systems should have over 3 years of engineering leadership experience in distributed systems security. A proven track record of delivering secure, distributed solutions is essential, along with strong communication and decision-making skills. Ideal applicants will also possess a robust understanding of multi-tenancy in large-scale clusters, exceptional cluster networking knowledge, and a technical background in distributed systems software development, particularly around Kubernetes.

Cerebras Systems employs a multi-layered approach to securing its AI clusters. The Cluster Security Software Engineering Lead is responsible for building security systems that address vulnerabilities throughout the entire vertical stack, from hardware to software. Emphasizing security-first engineering principles, the team focuses on creating guardrails, detection solutions, and response tools, ensuring robust protection of sensitive data and user access control.

At Cerebras Systems, the work culture is described as simple and non-corporate, valuing individual beliefs and diverse backgrounds. As the Cluster Security Software Engineering Lead, you can expect a dynamic environment where continuous learning and growth are encouraged. The organization promotes teamwork and collaboration outside traditional corporate structures, allowing for innovative thinking and creativity in addressing security challenges.

Applying for the Cluster Security Software Engineering Lead role at Cerebras Systems means joining a trailblazing company that is shaping the future of AI technology. You’ll be part of a team redefining how AI clusters operate, all while enjoying the stability of a well-backed startup environment. Cerebras offers competitive opportunities for professional growth, combined with a commitment to a diverse and inclusive workplace that empowers every team member to do their best work.

When securing large-scale distributed systems, I focus on a multi-layered defense strategy that includes implementing robust access controls, monitoring systems for vulnerabilities, and maintaining a culture of security awareness among team members. I would emphasize the importance of constant evaluation and updating security protocols in relation to emerging threats.

I would start by conducting thorough security assessments in collaboration with the security team and stakeholders. This involves reviewing existing security measures, seeking feedback from users, and keeping informed about the latest threats and security trends in the industry. Regular audits and vulnerability testing are essential to identify gaps and enhance security measures accordingly.

I have extensive experience designing security models that adequately address multi-tenancy challenges. This includes creating isolated environments for different tenants, implementing strict access controls, and ensuring data privacy through encryption and secure access protocols. I understand the importance of balancing resource sharing while maintaining security and privacy across multiple tenants.

My technical background includes a deep understanding of computer and cluster networks, as well as familiarity with distributed systems software development, particularly within Kubernetes ecosystems. I have also worked with bare metal cluster management software, which has equipped me with the skills to effectively manage and secure cluster infrastructure.

I prioritize security improvements by conducting a risk assessment to identify critical vulnerabilities that might pose the highest threat. Focusing on solutions that provide the greatest security benefits for the resources expended allows for effective decision-making. I also ensure that communication across teams is clear to align priorities and expectations.

My approach to cross-functional collaboration involves establishing clear communication channels and regular touchpoints among engineering, product, and security teams. Facilitating workshops and joint application security assessments also helps build unity and understanding of mutual security goals, which ultimately leads to more secure and effective outcomes.

Key elements of building a world-class security solution include a strong foundation of encryption and access controls, continuous vulnerability assessment, effective incident response protocols, and ongoing training for team members to stay current with security trends. A collaborative environment that encourages innovation and accountability is crucial for sustaining security excellence.

In high-pressure situations involving security matters, I rely on data-driven analyses to guide my decisions. Having established protocols and a clear understanding of the implications of potential risks allows me to make informed choices quickly while ensuring that team members feel secure in the decisions being made.

Absolutely! In a previous role, I led a project where we deployed a secure distributed solution for a major client. This involved implementing strict access controls, regular security assessments, and ensuring compliance with industry standards. The project's success not only heightened the client's security posture but also resulted in significant customer satisfaction and repeat business.

Essential tools for cluster security include monitoring and logging systems, intrusion detection and prevention systems, and robust access management platforms. Additionally, I believe vulnerability scanning tools and security auditing software play critical roles in maintaining the integrity of the cluster environment.