Your Impact
- Designing and implementing new features within the product such as trust minimized off-chain computation, cryptocurrency staking, the aggregation of external data in various blockchain environments, and many more problems
- Thinking creatively about attack vectors, possible failures, and disaster scenarios, modeling them in reproducible test environments, and developing fixes
- Modeling and developing recovery behaviors within our core node software
- Managing the architectural vision for new subsystems in the core Chainlink node
- Implementing resilient distributed systems to achieve extremely high reliability in a variety of blockchain environments
- 5+ years of professional software development
- B. S.or higher in computer science, software engineering or related technical field
- Deep experience with Golang
- Expert in distributed computing
- Experience with test-driven development and the use of testing frameworks
- Experience developing complex web applications/services and backend APIs
- Knowledge of systems design concepts
- Strong communication skills, specifically giving/receiving constructive feedback in a collaborative setting
- Golang, TypeScript, Solidity, Postgres, Terraform, AWS
Chainlink is the industry standard oracle network for connecting smart contracts to the real world. With Chainlink, developers can build hybrid smart contracts that combine on-chain code with an extensive collection of secure off-chain services powered by Decentralized Oracle Networks. Managed by a global, decentralized community of hundreds of thousands of people, Chainlink is introducing a fairer model for contracts. Its network currently secures billions of dollars in value for smart contracts across the decentralized finance (DeFi), insurance, and gaming ecosystems, among others. The full vision of the Chainlink Network can be found in the Chainlink 2.0 whitepaper. Chainlink is trusted by hundreds of organizations—from global enterprises to projects at the forefront of the blockchain economy—to deliver definitive truth via secure, reliable data.
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