8 months ago
Ceph Infrastructure Engineer
Palantir
New York, NY
Full-time
GenOps Responsibility Profile
Runtime Ownership
✓ Yes
Control Plane
✓ Yes
Governance / Policy
✗ No
Observability / Telemetry
✗ No
Incident / Reliability
✓ Yes
Regulated Context
✓ Yes
AI / Model Runtime
✗ No
Primary Domain
cloud platform
Production Environment
prod
Classification Confidence
95%
Rationale: This is a clear GenOps role with ownership of mission-critical production infrastructure including hundreds of Kubernetes clusters and Ceph storage systems across on-premise and edge deployments. The role owns control plane infrastructure (Kubernetes clusters, storage platform) with responsibility for scale and reliability of production systems serving critical use cases in regulated contexts (healthcare, supply chain).
Job Description
A World-Changing Company
Palantir builds the world’s leading software for data-driven decisions and operations. By bringing the right data to the people who need it, our platforms empower our partners to develop lifesaving drugs, forecast supply chain disruptions, locate missing children, and more.
The Role
Join the Substrate Edge Team at Palantir, where we are responsible for mission-critical production infrastructure — encompassing hundreds of Kubernetes clusters across on-premise deployments - from large datacenter to small footprint edge devices. We are now seeking a Senior Infrastructure Engineer with specialized experience in Ceph to boost the scale, and reliability of our ruggedized Kubernetes offerings under novel operating constraints.
If you are passionate about infrastructure at scale, have a deep understanding of Ceph, and are eager to engage with the broader open-source community, we encourage you to apply for this exciting opportunity.
As a Senior Infrastructure Engineer, you will leverage your expertise in Ceph to manage and optimize storage solutions at scale, ensuring seamless integration with our Kubernetes infrastructure. You will play a key role in automating hundreds of deployments of Ceph clusters on heterogeneous hardware, and making core contributions to the broader Ceph and CNCF communities.