Remote Software Engineer II

Summary

Join Abnormal Security as a Software Engineer II to design, develop, and release Secure Service to Service communication frameworks and toolings, Customer Data Security & Privacy workflows, and integrate them with Security Operational analytics and auditing services. The ideal candidate will have a strong interest in Security & Privacy and be able to identify potential security flaws in any step of the software development lifecycle.

Requirements

• BS degree in Computer Science, Electrical Engineering, Computer Engineering or other related engineering field
• 2+ years of experience as a Software Engineer
• Strong Computer Science and programming fundamentals
• Experience with system design and cloud infrastructure
• Experience with Golang and Python programming languages
• Proven track record of leading feature development and delivering high quality software

Responsibilities

• Own, lead, and deliver the Platform Security features, services, and components for Abnormal microservices such as Zero-Trust networking, Secure Service to Service communications, Customer Data Security & Privacy, Secret Management, etc…
• Design and develop secure and scalable customer integration frameworks and toolings to integrate Abnormal ecosystem with external applications such as Salesforce, Slack, Github, Zoom, etc… to enable Secure by design Multi Product Platform
• Integrate Platform and Infrastructure components with Security Operational analytics and auditing tooling such as Okta, Dazz, Splunk, SIEM
• Utilize prior industry experience to contribute and deliver the Platform Security team and the Platform & Infrastructure division roadmap
• Reconcile Platform and Security requirements to build a secure platform while enabling global engineering teams to deliver high quality software at high velocity
• Contribute to vendor review and selection for related software purchases in key problem areas such as VPN solution, Just In Time access, and other Security monitoring tools

Preferred Qualifications

• Knowledge of Authentication & Authorization and Network Security problem space, best practices, and related technologies
• Understanding of distributed computing, CAP theorem, and system design tradeoffs
• Ability to differentiate must-have versus nice-to-have Security and Privacy requirements