Skip to content

Contracting and Capability Statement

Hybrid platform engineering for teams that need reliable infrastructure operations, recovery, and clear handover across on-prem and cloud environments.

What HybridOps delivers

  • Hybrid infrastructure and recovery: repeatable on-prem, cloud, and edge lifecycle with connectivity, recovery paths, and verification tied to operational objectives.
  • Kubernetes platform engineering: cluster lifecycle, hardening, workload delivery, and recovery across supported environments.
  • Network automation: multi-vendor routing, gateway redundancy, service exposure, validation, and lab operations.
  • Infrastructure lifecycle: versioned provisioning, configuration, image, rebuild, and release workflows composed into repeatable operations.
  • Operational control and evidence: preflight checks, health verification, run records, cost controls, and teardown evidence.

How work is delivered

  • Agree acceptance criteria before implementation, including availability, recovery time, recovery point, performance, and cost where relevant.
  • Keep provider-specific behaviour at the boundary and document the assumptions that matter to operation and recovery.
  • Use HybridOps.Core capabilities where they fit rather than leaving one-off scripts behind after handover.
  • Record changes, tests, and run results so the delivered operating path can be reviewed and repeated.

Example engagements

  • Hybrid DR readiness, 4 to 8 weeks: connectivity, recovery plan, exercised failover path, runbooks, and test evidence.
  • Burst-to-cloud enablement, 2 to 4 weeks: workload portability, readiness checks, and controlled cutover or rollback paths.
  • Platform delivery modernisation, 2 to 3 weeks: reproducible builds, infrastructure lifecycle, release validation, and clearer operating procedures.
  • Network automation sprint, 2 to 3 weeks: tested automation paths promoted into documented operating procedures.

Deliverables

  • architecture diagrams and decision records
  • runbooks and focused HOWTOs
  • versioned infrastructure and platform lifecycle assets
  • health checks and operational verification where relevant
  • evidence bundles mapped to agreed acceptance criteria

Supported environments

Current public work includes Proxmox, Azure, GCP, Hetzner, Kubernetes, and multi-vendor networking. Specific support and limitations are documented in the relevant reference scenario or runbook.

Commercial model

  • Fixed-scope packages with explicit acceptance criteria.
  • Time and materials for ongoing platform engineering work.
  • Training and handover for delivery teams and platform operators.

Contact

  • Jeleel Muibi, London, UK, remote-friendly
  • Website
  • Email: hello@hybridops.tech

Licensing

Public code is published under MIT-0 where stated per repository. Documentation is published under CC BY 4.0 where stated. Third-party product names and logos are trademarks of their respective owners.