Role: AVP, Platform Engineer - Threat Detection
Location: Bengaluru
Experience: 10-15 Years
We are looking to hire an experienced AVP, Platform Engineer (Threat Detection) to join a high-impact global threat hunting environment. This is a strategic role focused on building and optimizing scalable infrastructure to strengthen advanced threat detection capabilities.
Role Overview:
This role will drive the design and management of robust platform infrastructure supporting threat detection. The incumbent will work closely with Security, Data, and DevOps teams to ensure seamless log ingestion, efficient data processing, and high system reliability.
Key Responsibilities:
- Design and manage CI/CD pipelines for reliable and efficient deployments
- Set up and maintain cloud environments, virtual machines, and infrastructure
- Build and manage data lakes for large-scale log processing
- Ensure seamless log ingestion and monitor log health
- Develop and manage detection rules using Sigma
- Automate processes and build custom solutions using Python
- Conduct infrastructure audits and performance optimization
- Mentor junior analysts and provide technical leadership
Key Requirements:
- Strong experience in Azure/AWS cloud environments and infrastructure management
- Hands-on expertise in CI/CD tools (Jenkins, GitHub Actions, Terraform)
- Experience with Kubernetes or container orchestration platforms
- Strong understanding of SOC, threat detection, and threat hunting frameworks
- Proficiency in Python for automation and development
- Experience with data lake architecture and log management
- Strong collaboration and stakeholder management skills
- This is an excellent opportunity to be part of a global cybersecurity setup driving next-generation threat detection capabilities.
- If this aligns with your experience, feel free to reach out or share your profile.
In today's evolving threat landscape, the strength of detection is no longer just in tools, but in the platforms we build and the intelligence we enable. The real question is: Are we reacting to threats, or engineering systems that outpace them
