The Oracle Cloud Infrastructure (OCI) Security Products Group is seeking a Senior Software Developer to join their team building comprehensive security solutions for cloud environments. This role is part of the team responsible for protecting customers' cloud environments with innovative approaches and hyper-scale efficiency.
The position focuses on building and operating distributed systems at scale, working on services that are highly available, scalable, and redundant. You'll be part of the team developing security products that help detect system vulnerabilities, analyze threats, and implement remediation measures to protect customer cloud environments.
As a Software Developer 3, you'll work on critical security features including customer isolation, data encryption, security controls, and visibility. You'll be responsible for detecting vulnerabilities in cloud environments, source code, applications and containers, while implementing industry best practices like CVE and CIS standards.
The role offers significant technical and business impact, working with cutting-edge cloud security technology. You'll collaborate with product managers and other engineers to design, build and launch major features into production. The position requires strong distributed systems experience and the ability to drive projects independently while providing technical leadership.
This is an excellent opportunity for an experienced developer looking to work on enterprise-scale cloud security solutions. You'll be part of Oracle's strategic investment in cloud security, helping build the most secure cloud environment for customers to confidently run their applications. The role offers competitive compensation, comprehensive benefits, and the chance to work on challenging technical problems at scale.
Key challenges include improving system reliability and performance while keeping pace with rapidly increasing customer adoption. You'll need to make smart architectural decisions and execute efficiently to help scale our security solutions to handle traffic patterns orders of magnitude greater than current levels.