A competitive compensation scheme, benefits package and equity plan.
What to expect The Platform Engineering team builds, secures and operates scalable infrastructure supporting cloud-managed SaaS products with on-premises components deployed at customer sites. As our Principal Site Reliability Engineer, you will provide the technical leadership for reliability across our global platform. You will define the strategy, standards and operating model that ensure highly available, resilient and secure services, while remaining hands-on with the design and operation of the technologies that underpin our production environments. Working closely with Architecture, DevSecOps, Cloud Operations and Product Development, you will drive a culture of observability, automation and continuous improvement, ensuring issues are identified and resolved before they impact customers.
Define and lead the reliability strategy for Tier 1 and Tier 2 production services, including service-level objectives, error budgets, observability, resilience, disaster recovery and cloud security. Design and operate observability platforms, lead chaos engineering and disaster recovery initiatives, improve the reliability of PostgreSQL, Redis/Valkey, Kafka and OpenSearch, and deliver AI Ops capabilities including predictive monitoring, automated remediation and self-healing. Lead major incident response, on-call operations and global escalation, while mentoring engineers and establishing engineering standards adopted across the organisation.
ID Quantique (IDQ) as part of IONQ, is a global leader in quantum-safe communications and quantum detection systems. We provide solutions to protect governments, telecommunication infrastructures, and banking & financial institutions from the “harvest-now, decrypt-later” threat, delivering both terrestrial and space-based quantum-safe networks in live operation globally. Our Quantum Detection Systems push the limits of single-photon detection, powering breakthroughs in quantum communication, sensing, computing, and ultra-sensitive imaging in partnership with top researchers and tech innovators worldwide.
