| Job Position | Company | Posted | Location | Salary | Tags |
|---|---|---|---|---|---|
Triton One | Remote | $54k - $82k | |||
Drift Protocol | remote | $54k - $100k | |||
Drift Protocol | remote | $54k - $100k |
Want to help build Web 3.0? Triton One seeks system administrators who are passionate about working on the latest blockchain technology. We operate the largest Solana RPC deployment with 24/7 operations coverage. This position is open for someone located in approximately the UTC-8 time zone. We are a fully remote team spread across the globe.
Responsibilities - Respond to customer support requests. - Participate in support shifts as needed. We provide 24/7 customer support. - Maintain documentation and deployment playbooks. - Modify server configurations when requested. - Test configurations before deployment. - Deploy new configurations to the production environment. - Stay up to date on the latest technology in our space. - Other duties as assigned.
Technical experience: - 8+ years of relevant work experience. - Prior experience with Solana, Ethereum, Terra, or other blockchain technologies. - Strong understanding of Linux-based operating systems and networking. - Strong experience with HAproxy or similar load balancing software. - Prior experience with Ansible. - Strong hardware knowledge. - Experience with monitoring solutions such as Prometheus - Golang is a plus - Excellent written and verbal communication skills. We speak several languages but work mostly in English.
Compensation - We provide competitive compensation, based on experience, on an hourly contract basis, or full-time employment (We’re flexible). - Payment via USDC-SPL or several fiat currencies.
About Triton One Triton One provides infrastructure services for Solana and other ecosystems. Our projects include global-scale Solana RPC deployments, Wormhole Guardian (BSC, Ethereum, Solana, Terra), and an upcoming Arweave gateway/cache. We are Solana natives who provide bespoke infrastructure for DeFi & NFT applications. Join us and help build Web 3.0!
https://www.triton.one
Reply to [email protected] with your CV/Resume and salary expectations.
What does Reliability Engineer do?
A Reliability Engineer is a professional who is responsible for ensuring the reliability and availability of systems and equipment in an organization
They use their knowledge of engineering principles, statistical analysis, and data science to identify and mitigate risks, prevent failures, and optimize system performance
Here are some of the typical tasks and responsibilities of a Reliability Engineer:
- Analyze data and perform statistical modeling: Reliability Engineers analyze data related to equipment performance, failure rates, and maintenance history to identify trends and patterns. They use statistical modeling to predict future failures and plan maintenance activities accordingly.
- Develop and implement reliability strategies: Reliability Engineers develop and implement strategies to improve the reliability and availability of equipment and systems. This may include performing root cause analysis, implementing preventive maintenance programs, and conducting failure mode and effects analysis (FMEA).
- Collaborate with other teams: Reliability Engineers collaborate with other teams such as operations, maintenance, and engineering to identify and address reliability issues. They may also work with suppliers to ensure the reliability of equipment and materials.
- Monitor and evaluate performance: Reliability Engineers monitor the performance of systems and equipment to identify areas for improvement. They use data to evaluate the effectiveness of reliability strategies and make adjustments as necessary.
- Provide technical support: Reliability Engineers provide technical support to other teams and stakeholders, answering questions and providing guidance on reliability-related issues.
- Continuously improve processes: Reliability Engineers are responsible for continuously improving reliability processes and methodologies. They stay up-to-date with the latest technologies and best practices in the field and identify opportunities for improvement.