Infra Platform Engineer: Kubernetes, Cloud Networking & Scale

Cursor; New York (NY); Sur place; USD 180 000 - 260 000; Plein temps

Résumé du poste

SpaceXAI is seeking a Software Engineer on the Infrastructure team to own the cloud and networking foundations that power production services. You will design and operate Kubernetes clusters, edge networks, and scalable compute runtimes to enable reliable deployments across environments.

The role emphasizes cost optimization, geo deployment planning, and infrastructure unification to let teams move fast, with a focus on IaC, security, and resilient architectures across multi-region setups.

Qualifications

• Deep experience with AWS cloud infrastructure and services.
• Strong knowledge of Kubernetes, service mesh, autoscaling, and multi-region deployments.
• Proficiency in networking concepts, edge and CDN/WAF architectures.
• Infrastructure-as-code mindset with reproducible environments and self-service tooling.
• Experience with cost optimization at scale or infrastructure migration/unification.

Responsabilités

• Own Kubernetes and cluster foundations for production environments.
• Design geo-deployment architecture for cross-region replication and deployment.
• Build edge and security infrastructure to protect, rate limit, and route traffic efficiently.
• Lead cost management and optimization across cloud spend and services.
• Unify compute platform with a coherent container orchestration strategy for all teams.

Connaissances

AWS

Kubernetes

Networking

IaC

Cost optimization

Outils

AWS

Kubernetes

CI/CD

Description du poste

SpaceXAI is seeking a Software Engineer on the Infrastructure team to own the cloud and networking foundations that power production services. You will design and operate Kubernetes clusters, edge networks, and scalable compute runtimes to enable reliable deployments across environments.

The role emphasizes cost optimization, geo deployment planning, and infrastructure unification to let teams move fast, with a focus on IaC, security, and resilient architectures across multi-region setups.