Solutions Architect – Openstack, Cloud Platform Engineer

Posted 101ds ago

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Job Description

Solutions Architect responsible for designing OpenStack-based cloud platforms at InfraCloud Technologies. Involves automating, building Kubernetes clusters, and improving production platforms.

Responsibilities:

  • Designing and operating OpenStack-based cloud platforms, owning the full stack from control plane to data plane.
  • Building and running Kubernetes clusters on top of or alongside OpenStack, including networking and storage integrations.
  • Automating everything possible using IaC and configuration management.
  • Debugging hard problems across compute, storage, networking, and orchestration layers.
  • Improving reliability, observability, capacity planning, and operational readiness of platforms in production.
  • Working closely with customers, architects, and internal teams to translate requirements into working systems.
  • Raising the bar on security, access control, and compliance-aligned deployments.

Requirements:

  • Deep understanding of OpenStack architecture and core services: Nova, Neutron, Cinder, Glance, Keystone, Horizon, Heat.
  • Strong grasp of Kubernetes concepts, cluster internals, networking models, storage patterns, and deployment approaches.
  • Solid Linux administration skills with experience tuning systems for performance and stability.
  • Hands-on experience with KVM/QEMU virtualization and hypervisor-level tuning.
  • Strong networking fundamentals, including SDN/NFV concepts, Open vSwitch, VXLAN/GRE overlays, and multi-tenant networking.
  • Experience designing and operating storage systems using Ceph, NFS, iSCSI, object storage, and HA setups.
  • Proven automation experience using Ansible, Terraform, Heat templates, and Helm.
  • Ability to troubleshoot issues spanning multiple layers of the stack, not just individual components.
  • Experience working with API-driven platforms and REST-based integrations.
  • Exposure to monitoring, logging, alerting, and capacity planning in distributed systems.
  • Practical understanding of security fundamentals: RBAC, TLS, secrets management, and compliance-aware deployments.

Benefits:

  • Flexible work arrangements