OCI Secure Hub-and-Spoke with OPNsense

OCINetworkadvanced
OCI Secure Hub-and-Spoke with OPNsense — OCI network diagram

About This Architecture

OCI secure hub-and-spoke architecture with OPNsense firewall centralizes network inspection across multiple VCNs using local peering gateways and forced routing through a transit subnet. Internet users and VPN admins connect through the hub's public subnet, while the OPNsense VM inspects all east-west and north-south traffic before it reaches private workload subnets in spoke VCNs. This design enforces zero-trust segmentation, prevents direct spoke-to-internet routing, and enables granular policy enforcement across Active Directory, web, and application tiers. Fork and customize this diagram on Diagrams.so to adapt firewall rules, add additional spokes, or integrate with OCI security services. The architecture demonstrates OCI best practices for compartmentalized security and centralized threat prevention in multi-tenant environments.

People also ask

How do I design a secure hub-and-spoke network in OCI with centralized firewall inspection and private workload segmentation?

This OCI hub-and-spoke architecture uses OPNsense firewall as a central inspection point in the hub VCN's transit subnet, with local peering gateways connecting spoke VCNs. Route tables in the hub and spokes force all traffic through OPNsense, enabling east-west inspection and preventing direct internet access from workload VMs, while VPN access via OpenVPN provides secure administration.

OCIhub-and-spokenetwork-architecturefirewallsecurityOPNsense
Domain:
Cloud Aws
Audience:
OCI network architects designing secure multi-VCN topologies with centralized inspection

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About This Architecture

OCI secure hub-and-spoke architecture with OPNsense firewall centralizes network inspection across multiple VCNs using local peering gateways and forced routing through a transit subnet. Internet users and VPN admins connect through the hub's public subnet, while the OPNsense VM inspects all east-west and north-south traffic before it reaches private workload subnets in spoke VCNs. This design enforces zero-trust segmentation, prevents direct spoke-to-internet routing, and enables granular policy enforcement across Active Directory, web, and application tiers. Fork and customize this diagram on Diagrams.so to adapt firewall rules, add additional spokes, or integrate with OCI security services. The architecture demonstrates OCI best practices for compartmentalized security and centralized threat prevention in multi-tenant environments.

People also ask

How do I design a secure hub-and-spoke network in OCI with centralized firewall inspection and private workload segmentation?

This OCI hub-and-spoke architecture uses OPNsense firewall as a central inspection point in the hub VCN's transit subnet, with local peering gateways connecting spoke VCNs. Route tables in the hub and spokes force all traffic through OPNsense, enabling east-west inspection and preventing direct internet access from workload VMs, while VPN access via OpenVPN provides secure administration.

OCI Secure Hub-and-Spoke with OPNsense

OCIadvancedhub-and-spokenetwork-architecturefirewallsecurityOPNsense
Domain: Cloud AwsAudience: OCI network architects designing secure multi-VCN topologies with centralized inspection
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Created by

May 25, 2026

Updated

May 25, 2026 at 8:02 AM

Type

network

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