DriveWealth is revolutionizing global financial access through its B2B fintech platform that enables partners to offer seamless investing and trading experiences worldwide. As a Senior Site Reliability Engineer based in Lithuania, you'll play a crucial role in maintaining and enhancing our Brokerage-as-a-Service platform's reliability during critical 24/7 operations.
The position combines the excitement of a tech startup with the stability of Wall Street, offering a unique opportunity to work on a platform that handles US equities, mutual funds, ETFs, fixed income, and options trading. You'll be part of a team that values diversity, creativity, and innovation while maintaining institutional-grade execution standards.
Your responsibilities will include developing automation solutions, handling technical escalations, and participating in on-call rotations. The role requires strong expertise in Python scripting, SQL databases, and cloud services, particularly AWS. You'll work closely with the New York office, requiring flexibility with work hours to align with US market trading sessions.
The company offers a comprehensive benefits package including competitive healthcare options, unlimited PTO, parental leave, and education benefits. The hybrid work environment provides flexibility while maintaining collaborative opportunities. This role is perfect for someone who thrives in a fast-paced environment, has strong technical skills, and wants to contribute to democratizing financial independence globally.
Key technical requirements include 3+ years of senior SRE experience, proficiency in Python and SQL, and experience with cloud services and containerization. The position offers competitive compensation (€5,500 - €5,750 EUR) and the opportunity to work with cutting-edge technology while making a significant impact in the fintech industry.
Join DriveWealth if you're passionate about technology, financial markets, and want to be part of a team that's reshaping global financial access while maintaining high standards of reliability and performance.