Hybrid Cloud & Edge Infrastructure for On-Premises

Centralised orchestration with governed execution of AI workloads across distributed on-prem and multi-cloud environments
Design Intent

This design assumes a centrally governed operating model where AI execution is distributed across on-premises and external environments while control, identity, and policy enforcement remain tightly centralised. Ownership is anchored in a platform team responsible for workload placement discipline, preventing uncontrolled sprawl across hybrid environments. Consumption is regulated through orchestrated execution pathways rather than direct infrastructure access, ensuring consistent policy enforcement. Execution is grounded in an AWS-compatible hybrid model, with anchoring through identity and observability controls such as Azure Active Directory and Splunk to maintain governance integrity.

Design
Design Walkthrough
  • Separating infrastructure from container and VM layers ensures compute abstraction is enforced early, preventing tight coupling of AI workloads to physical environments and enabling mobility across hybrid targets (GPU Servers, Virtual Machines, Containers)
  • Positioning data sources before execution creates a controlled ingestion boundary, ensuring all processing originates from governed enterprise systems rather than ad hoc external inputs (Business Applications, Databases, File Workloads)
  • Centralising execution within a unified processing layer ensures consistent orchestration and runtime behaviour, preventing fragmented processing logic across environments (Kubernetes Cluster, Data Processing)
  • Introducing explicit workload placement logic ensures execution decisions are policy-driven rather than developer-controlled, preventing uncontrolled spread of workloads across clouds (Workload Placement Logic, VPN, Other Clouds)
  • Embedding governance, identity, and observability as a cross-cutting layer ensures all execution paths remain visible and auditable, preventing blind spots across distributed infrastructure (Splunk SIEM, Azure Active Directory, IT Cost Management)
Operational Outcomes
Enables
  • Controlled execution of AI workloads across hybrid environments
  • Consistent governance and visibility across distributed infrastructure
  • Decoupling of compute from physical environments for flexibility
  • Policy-driven workload placement aligned to enterprise constraints
Good fit when
  • AI workloads must run across both on-prem and cloud environments
  • Enterprise data cannot fully leave controlled infrastructure boundaries
  • Governance and auditability must be enforced across all execution paths
  • Workload placement decisions need to be centralised and controlled
This reference architecture reflects patterns we see when enterprises attempt to standardise platforms while still allowing teams to move at different speeds.

A practical way to understand whether our approach fits your operating reality.

© 2026 Chavan. All rights reserved
© 2026 Chavan. All rights reserved