Vanta, established in 2018, is a rapidly growing company dedicated to securing the internet and protecting consumer data through their Trust Management Platform. As a Staff Software Engineer in the GRC (Governance, Risk and Compliance) organization, you'll be at the forefront of developing and maintaining Vanta's core product offerings. This role is crucial for supporting enterprise customers and building products that seamlessly integrate with existing security and compliance programs.
The position offers a unique blend of hands-on development, leadership, and strategic thinking. You'll be responsible for driving long-term technical strategy, leading complex initiatives, and making high-impact decisions that influence both your product area and the broader engineering organization. The role requires over 10 years of industry experience and deep expertise in technical areas such as frontend, databases, distributed systems, APIs, or AI.
Working at Vanta means joining a kind and talented team where prior security experience isn't always necessary for success. The company has demonstrated strong product-market fit and effective monetization since its inception. You'll have the opportunity to work on challenging projects that help companies improve and prove their security in real-time and transparent ways.
The compensation package is highly competitive, ranging from $238K to $280K, plus equity. Vanta offers comprehensive benefits including fully covered medical, dental, and vision insurance, 16 weeks of parental leave, 401(k) matching, and flexible work arrangements. The company maintains offices in SF, NYC, Dublin, and Sydney, though this position is remote-friendly.
As a Staff Engineer, you'll be expected to champion engineering excellence, mentor team members, and make strategic decisions that prioritize long-term success. You'll work closely with engineering leadership and product teams to ensure systems align with Vanta's technical strategy while maintaining a balance between technical considerations and execution constraints.