Lista DAO is a protocol that redefines BNB through liquid staking, lending, and CDP solutions.

The vision is to enrich the BNB Chain ecosystem by building a new DeFi and infrastructure around this new Protocol while connecting both native legacy projects and emerging DeFi labels.

Job Scope

• Own product planning and iteration for DeFi verticals such as Lending and Liquid Staking, driving core KPIs (TVL, revenue, retention, risk)
• Translate business and strategy goals into clear product specs and prioritized backlogs, driving end-to-end delivery
• Improve core user flows around collateral, borrowing, staking, redemption, and yield based on feedback and data insights
• Collaborate with engineering, design, risk, BD and operations to ship under fast and evolving priorities
• Participate in growth and parameter experiments (interest rates, incentives, LTV curves, liquidity strategy, etc.)

Job Requirements

• 3–5 years of product management experience in fintech, wallets, trading, or DeFi-related products
• Proven track record of independently owning features or product areas with measurable impact
• Strong product judgment and ability to prioritize in complex, ambiguous, and fast-moving environments
• Strong execution and cross-functional alignment skills in remote, high-velocity teams
• Able to write clearly, think rigorously, and drive decisions with context instead of authority

Bonus / Preferred

• Direct experience with on-chain DeFi (lending, stablecoins, LSDFi, DEX, perp, etc.)
• Understanding of liquidation, collateral models, oracle design, incentive distribution, and other protocol fundamentals
• Familiarity with on-chain UX patterns (signing flows, approve/permit, gas optimization, cross-chain behaviors)
• Data proficiency (Dune / Flipside / GA / Amplitude / SQL is a plus)
• Strong written communication (especially in technical/DeFi contexts: docs, proposals, announcements)

Who You’ll Work With

You will work closely with core engineers, designers, and risk contributors to iterate on foundational DeFi modules in a real capital environment, gaining first-hand experience in shipping protocol-level products from 0→1 and 1→N.