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Hybrid/Edge Computing

Last reviewed: August 2026

Not every workload is suited to the public cloud. There is demand for extending cloud infrastructure to on-premises/edge environments for reasons such as data sovereignty, ultra-low latency, and protecting existing investments.

Vendor On-premises extension Edge Multi-cloud management
AWS Outposts (rack/server) Local Zones, Wavelength EKS Anywhere, ECS Anywhere
Azure Azure Stack HCI, Azure Local Azure Edge Zones Azure Arc
Google Cloud Google Distributed Cloud (Connected/Edge/Air-gapped) GDC Edge GKE Enterprise
OCI Dedicated Region, Compute Cloud@Customer OCI Multicloud
Case Requirement Suitable solution
Data sovereignty Data must not leave a specific country/facility Dedicated Region, Azure Stack, GDC Air-gapped
Ultra-low latency Factory automation, real-time gaming, AR/VR Local Zones, Wavelength, Edge Zones
Protecting existing investment On-premises equipment still has useful life + wants to use cloud services Arc, GKE Enterprise, EKS Anywhere
Regulatory (network isolation) Environment with no internet connectivity GDC Air-gapped, Dedicated Region
Pattern Description Example
Split-stack Different vendors for different layers Frontend (AWS CloudFront) + backend/DB (OCI)
Data gravity Keep large-volume data in one place; access it from multiple vendors for analytics/AI Data lake (GCS) + ML (Vertex AI) + serving (AWS)
Best-of-breed Choose the optimal vendor per service area AI (Google Cloud) + enterprise apps (Azure) + DB (OCI)
Cloud-bursting On-premises normally, burst to public cloud at peak On-premises K8s + EKS/AKS/GKE bursting
DR/Failover Switch to a secondary vendor if the primary vendor has an outage AWS (primary) + Azure (DR)
  • Underestimating network latency in hybrid architectures — Designing synchronous calls without accounting for round-trip latency (tens of ms) between on-premises and cloud sharply degrades performance.
  • Overlooking the operational burden of edge equipment — Deploying to the edge means patching, incident recovery, and monitoring must be done remotely in environments with difficult physical access. Adopting this without operational automation causes management costs to spike.
  • Defaulting to multi-cloud — Adopting multi-cloud without a clear business need (regulation, DR, avoiding vendor lock-in) only increases complexity and cost.
  • Have you measured network bandwidth and latency between on-premises and cloud?
  • Do you have a plan for remote management, monitoring, and patch automation for edge/on-premises equipment?
  • Have you documented the business justification (regulation, DR, cost) for adopting hybrid/multi-cloud?