Veda Labs.

Smart Contract Engineer

• Contribute to all Solidity codebases, including upgrade patterns, proxy architecture, account abstraction, and cross-chain messaging.
• Drive rigorous design reviews, threat modeling, fuzz testing, and formal verification to achieve “audit-by-design” security.
• Continuous deployment, maintenance, and upgrades of existing vaults.
• Own end-to-end delivery of new protocol features.
• Manage external auditors and bug-bounty programs; implement on-chain monitoring and incident-response playbooks.
• Represent Veda in client integrations, conferences, and the broader open-source community.

Full-stack Engineer

• Design and develop smart contracts and DeFi protocols on the Solana Virtual Machine
• Build and optimize secure vault systems for asset management and yield strategies
• Collaborate with security teams to ensure protocols are protected against exploits
• Integrate with existing DeFi protocols and establish cross-protocol compatibility
• Optimize code for Solana's parallel execution environment
• Conduct thorough testing and debugging of smart contracts
• Research and implement innovative solutions to improve scalability and reduce transaction costs
• Stay current with the latest developments in the Solana ecosystem and DeFi space
• Contribute to technical documentation and knowledge sharing

Senior SVM Engineer

Backend Engineer

• Design and build scalable backend systems powering Veda’s API and internal services
• Own projects end-to-end — from scoping and design to implementation, testing, and production delivery
• Collaborate with product and infrastructure teams to turn technical debt into modern, maintainable, and highly available systems
• Write clean, well-tested code, and maintain strong CI/CD hygiene
• Deploy, monitor, and scale services in production using modern cloud tooling (AWS, GCP, or similar)
• Contribute to system design discussions covering performance, reliability, and data architecture
• Participate in on-call rotations and incident response for production systems
• Continuously identify and drive improvements in system reliability, observability, and performance