Endpoints
Identify the Linux machines, tunnel subnets, peer relationships, and applications that will use the Atlas interface.
Early-access onboarding combines node installation, cryptographic enrollment, relay discovery, real-network testing, and an explicit traffic policy.
Onboarding is faster when the intended peer topology and access networks are known before software reaches the field.
Identify the Linux machines, tunnel subnets, peer relationships, and applications that will use the Atlas interface.
List cellular modems, carriers, wired access, satellite, radio, Wi-Fi, or mesh links and which failures they share.
Decide whether the deployment values best delivery time, aggregation, duplication, strict priority, or a combination by traffic class.
Exact package and configuration commands are supplied during early-access onboarding rather than published here without deployment context.
Install the Nexus Atlas node software on the machines at both ends.
Create a one-time console code and let the node prove possession of its X25519 key.
Fetch and verify the signed relay map or apply organization-only relay identities.
Classify real NAT behaviour and confirm direct, punched, and relay path health.
Apply scheduler policy, observe the topology, and exercise the expected degraded modes.
Loss of the customer interface should not become loss of the data plane.
| Responsibility | Console / control plane | Atlas nodes |
|---|---|---|
| Ownership | Organizations, projects, enrollment, authorized views | Possession of private node identity |
| Discovery | Publishes signed public relay inventory | Verifies and caches the last good map |
| Reachability | Shows supported operational metadata | Maintains outbound relay sessions and direct attempts |
| Data traffic | Does not carry the Atlas tunnel payload | Encrypts, measures, schedules, sends, and receives packets |
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.