Hybrid connectivity bridges on-premises infrastructure, private data centers, and cloud environments into a unified network fabric — enabling workloads to communicate across boundaries as if they were on the same network, with consistent security policy and management visibility regardless of where resources are hosted.
Hybrid connectivity is the architectural foundation of cloud adoption — without it, cloud workloads can't communicate with on-premises systems, security policies are inconsistent, and management complexity grows with every cloud resource added. RLM designs hybrid architectures that scale as your cloud footprint evolves.
A structured advisory process — from discovery and market evaluation to vendor selection and post-deployment optimization — tailored to your specific environment and objectives.
We map your current hybrid connectivity — VPN tunnels, direct cloud connections, on-premises network architecture, and cloud VPC/VNet topology — identifying performance gaps, security inconsistencies, and architectural complexity that limits scalability.
We design the target hybrid architecture — cloud transit networking (AWS TGW, Azure Virtual WAN, GCP NCC), SD-WAN integration, network segmentation strategy, and the routing model that enables consistent connectivity across all environments.
Hybrid connectivity requires consistent security enforcement regardless of traffic path. We design the security architecture — SASE, cloud-native security groups, and network policy — that applies consistent controls to hybrid traffic.
Hybrid networks are complex to troubleshoot without comprehensive visibility. We design the monitoring architecture that provides end-to-end visibility across on-premises and cloud network paths.
These are the dimensions that consistently separate successful network deployments from costly ones — and the questions RLM will help you answer before any commitment.
Hybrid connectivity creates complex routing topologies. Evaluate the routing architecture — BGP policies, route propagation boundaries, and the mechanism for preventing routing loops across hybrid environments.
On-premises to cloud latency depends on connectivity method (VPN vs. Direct Connect/ExpressRoute), geographic proximity, and routing paths. Evaluate latency against the requirements of applications that span hybrid boundaries.
Hybrid connectivity requires consistent IP addressing that avoids overlap between on-premises and cloud CIDR ranges. Evaluate IP address management strategy before cloud adoption creates addressing conflicts.
Hybrid environments often have inconsistent security policies — tighter controls on-premises, looser in cloud. Evaluate the security consistency framework that enforces equivalent controls regardless of resource location.
Hybrid networks with separate management tools for on-premises and cloud create visibility gaps. Evaluate tools (Kentik, ThousandEyes, Datadog NPM) that provide unified network visibility across hybrid boundaries.
Hybrid connectivity architectures that scale to hundreds of VPCs and thousands of on-premises subnets require careful design. Evaluate transit networking architecture (hub-and-spoke vs. full mesh) before it becomes a growth constraint.
"RLM gave us an objective view of our network options that no single vendor could. We replaced aging MPLS across 40 locations and came in 28% under our original budget."
"The RLM team understood our network complexity from day one. Their vendor-neutral approach helped us find the right solution — not just the one with the biggest marketing budget."
Start with a no-cost conversation with an RLM network advisor — vendor neutral, no agenda, just clarity on the right path forward for your environment.
Speak to a Network Advisor