Intuit, a leading global financial technology platform serving approximately 100 million customers worldwide through products like TurboTax, Credit Karma, QuickBooks, and Mailchimp, is seeking a Senior Staff Engineer for their Applied Security Research team.
This high-impact role focuses on addressing Intuit's most critical security challenges, particularly in AI/GenAI security, cryptography, and data security. The position offers a unique opportunity to create company-wide impact by transforming reactive security processes into proactive improvements that enhance both code quality and developer productivity.
The ideal candidate will bring 8+ years of systems development or security research experience, combining deep technical expertise in security technologies with a strong understanding of AI/ML systems. You'll be responsible for exploring cutting-edge solutions, including LLM-driven tooling and compiler technology, to modernize production code and enhance security posture.
Key responsibilities include driving significant technical initiatives across architectural layers, designing durable software solutions for critical customer problems, and providing technical leadership to the engineering team. You'll work closely with cross-functional teams, both internal and external, to integrate solutions and drive customer adoption.
The role requires strong technical skills in security domains (authentication, authorization, cryptography), familiarity with AI/GenAI models, and cloud computing experience. Beyond technical expertise, you'll need excellent communication skills, the ability to work with global teams across time zones, and a proven track record of driving results through cross-functional collaboration.
This position offers the opportunity to work at the intersection of security and emerging technologies, contributing to the protection of millions of customers' financial data while pushing the boundaries of security innovation. You'll be part of a company committed to prosperity for all, working on challenges that directly impact the security and reliability of essential financial services.