Scope
Regions, endpoints, sovereignty, isolation, latency, and availability goals.
Dedicated traversal nodes can run in an organization’s cloud, data centres, edge locations, or isolated operational zones without appearing in the public nexusatlas.net relay map.
Authorized Atlas nodes receive the private addresses and relay identities through customer-controlled configuration. Public clients are never told those nodes exist.
Private deployments start with operational boundaries and traffic needs, then define placement and redundancy.
Regions, endpoints, sovereignty, isolation, latency, and availability goals.
Customer cloud, on-premises, edge facility, or a managed dedicated environment.
Generate and pin the relay identities trusted by authorized Atlas nodes.
Test reachability from the real carriers and sites that will use the service.
Monitor health and combine private, public, and direct paths according to policy.
The right model depends on administrative control, geography, resilience, and the cost of operating infrastructure.
| Model | Discovery | Operations | Typical fit |
|---|---|---|---|
| Public hosted | Signed nexusatlas.net relay map | Nexus Atlas operated | Fast onboarding and geographic redundancy |
| Private cloud | Customer configuration only | Shared or customer-controlled | Cloud tenancy, data residency, controlled access |
| On-premises | Customer configuration only | Customer environment | Sovereign, disconnected, or tightly governed networks |
| Hybrid | Public map + private configuration | Split responsibility | Dedicated primary paths with public fallback diversity |
Tell us the locations, carriers, expected node count, hosting constraints, and whether public relays may be used as additional paths. We can turn those requirements into a pilot topology.
Apply as a pilot partner if you have a deployment ready to test, or start evaluating Nexus Atlas Traversal as a future customer. Tell us enough to understand the endpoints, carriers, regions, and operational constraints involved.
Run an early deployment with direct engineering contact and help shape priorities through real-world feedback.
Research architecture, security, deployment options, and commercial fit before committing to a pilot.