NVIDIA DSX Air + Verity
Hyperautomated Network Simulations
Industry-best digital twin network simulations with integrated observability, snapshots, and workload analysis.
Unlocking Exponential Synergy
NVIDIA DSX Air provides a cloud-hosted, production-behavior network simulation platform that lets teams create digital twins of their data center networks そして validate configurations, features, そして automation workflows ahead of deployment.
Verity complements this with an intent-based hyperautomation platform that streamlines network design, provisioning, そして day-2 operations by combining configuration automation, embedded observability, そして guided build workflows.
Together, Air + Verity create a closed-loop lifecycle:
Cloud-Based Digital Twin
Shift-left network engineering:
Validate configurations, features, and automation code early.
Architecture-scale simulations:
Air has the ability to model data center deployments at scale for all sizes of topologies as part of creating identical replicas of network deployments.
Reduced change risk:
Instead of learning in production, teams can prove outcomes in a digital twin first (routing behaviors, policy intent, upgrade sequences, failure scenarios).
Verity’s Unique Value
A real-time graphical interface to design networks
Automatic generation and application of device configurations in seconds
Guided workflows for physical build (including cabling and ZTP)
Deep observability of performance and network behavior
Maximizing Synergy with NVIDIA DSX Air and BE Verity
- ヴェリティ delivers the intent-based engine for network design, configuration, and operations automation.
- NVIDIA DSX Air validates the plan at scale using a production-behaved digital twin.
From Intent to Digital Twin:
A practical workflow pattern teams can repeatedly apply.
- Architect defines the fabric in Verity’s design interface (e.g., leaf-spine, rack groups, BGP/EVPN patterns, policy constructs).
- Verity generates device-level configuration based on intent and applies it automatically (in lab or staging).
- Build the matching topology in Air (custom topology) or start from a prebuilt simulation and adapt.
- Use the NOS images relevant to the deployment (Cumulus Linux or SONiC).
- Enable OOB management in Air to mirror real operational access and to create a stable jump host for automation runs.
- Run Verity-driven automation logic against the Air environment to validate:
- Provisioning outcomes (routes, overlays, policy)
- Failure scenarios (link loss, node drain, convergence)
- Change procedures (patching, upgrades, security updates)
- Use Air’s support for operations tooling (e.g., NetQ in simulations) to confirm health and intent adherence as part of preflight testing.
- Transition from validated intent to physical rollout.
- Use Verity-guided build capabilities (cabling workflows and ZTP) to reduce field errors and accelerate turn-up.
- Use Verity observability to operate the fabric in alignment with intent (detect drift, accelerate troubleshooting).
For more information, download our Solution Brief
