Senior Security Engineer

Overview

As a Senior Security Engineer, you will partner with leadership and cross-functional teams to manage security risks in production AI systems. You’ll lead security operations across CI/CD and cloud-native environments, and weave secure practices into the software lifecycle. You’ll drive bug bounty activities, security reviews, and threat modeling while evaluating and scaling security tools. Your role blends hands-on engineering with influencing security decisions to preserve speed and agility. Join a mission-driven team shaping secure AI experiences for developers and enterprises.

Pay / Benefits

• Open and inclusive culture
• Health and dental benefits with mental health budget
• Parental leave top-up up to 6 months
• Remote-friendly with global offices and co-working stipend
• Weekly lunch stipend and in-office meals
• 6 weeks of vacation (30 working days)

Responsibilities

• Lead security operation functions (vulnerability management, SAST, DAST, detection engineering, incident response) in CI/CD and cloud-native environments
• Integrate security into the software development lifecycle across products
• Collaborate with product and development teams to ensure secure delivery without sacrificing agility
• Drive bug bounty programs, application security reviews, and threat modeling including code and dynamic testing
• Assess and integrate security tools (open-source vs vendor) to automate and scale processes
• Gather and analyze security metrics to address issues with cross-team dependencies
• Be a problem solver who empathizes with developers and builds innovative, practical solutions

Key requirements

• 5+ years in Application/Product Security or Security Operations with emphasis on security tool onboarding and optimization
• Knowledge of vulnerability management, network security, cloud security concepts, and industry best practices
• Ability to operate effectively with ambiguity and make informed decisions with limited data
• Willingness to balance build vs. buy decisions and review available tools
• Solid understanding of secure engineering best practices and communicating with technical and non-technical audiences
• Deep technical knowledge of common security vulnerabilities, risks, countermeasures, and compensating controls
• Hands-on security engineer mindset with interest in automating controls

• Empathetic to developer concerns
• Flexible and constructive problem-solving approach
• Ability to communicate risk and solutions to diverse audiences
• Vulnerability management
• SAST
• DAST

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