GRVT TECHNOLOGIES - Principal Software Engineer — Trade & Blockchain
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Requirements
• We’re looking for exceptional individual contributors who consistently demonstrate strong performance across our core competencies, and who provide outsized leverage through a small number of exceptional strengths. • In particular, you should have: • A track record of owning and evolving complex, production-critical systems. • Exceptional engineering judgment in ambiguous, high-risk, or adversarial environments. • Deep comfort reasoning about failure modes, edge cases, and second- or third-order effects. • Strong operational ownership, including designing for observability, safe failure, and recoverability. • The ability to simplify complex systems without losing essential correctness or safety. • A demonstrated ability to influence others through code quality, design clarity, and technical credibility. • Clear, precise communication, especially when articulating risks, trade-offs, and system behavior. • Deep domain expertise in trading systems, exchange mechanics, or financial infrastructure. • Expertise in one or more high-leverage areas such as: • reliability and operational excellence • adversarial or incentive-aware system design • architectural simplification and technical leverage • deterministic, performance-sensitive, or event-driven systems • Experience operating systems under significant load, stress, or real-world failure scenarios. • This Role Is Not a Fit If • You prefer narrowly scoped work with clearly defined requirements. • You are uncomfortable owning ambiguous, high-risk problems end-to-end. • You avoid deep production ownership or incident responsibility. • You prefer influencing through authority or process rather than through technical leadership. • You are not interested in remaining deeply hands-on as an individual contributor. • How Success Is Measured
Responsibilities
• Write and own substantial amounts of production code in the most complex, high-risk, and business-critical areas of the platform. • Take end-to-end ownership of system behavior in production, especially under failure, stress, or adversarial conditions. • Operate confidently in ambiguous problem spaces, defining constraints, risks, and execution paths when clarity does not yet exist. • Anticipate and neutralize systemic technical, operational, and product risks through careful design, invariants, and operational discipline. • Simplify complex systems by eliminating accidental complexity, unsafe patterns, and brittle abstractions. • Set technical direction primarily through reference implementations, durable abstractions, and sustained ownership of core systems. • Act as one of the strongest technical coaches on the team through high-signal code reviews, design discussions, and example. • Influence product and technical decisions by deeply understanding system behavior, user incentives, and long-term trade-offs. • Participate actively in incident response, and ensure durable improvements through root-cause analysis and follow-through. • Raise the bar for correctness, reliability, and operability by making the right designs and behaviors the default for others. • The long-term correctness, stability, and clarity of the systems you anchor. • Reduction of systemic risk and classes of failure over time. • How much easier it becomes for others to do the right thing because of your work. • The degree to which your technical judgment is trusted on the hardest problems. • Principal Engineers here are not managers and not detached architects. • They are exceptional ICs who take responsibility for the hardest problems and make the organization meaningfully stronger by doing the work that only they can do.
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