NewPre-deployment SLO estimation is now in preview —see it in action

The Inference Operating System
for Production AI

Take control of production inference. One layer to orchestrate, optimize, and govern AI workloads — across any model, any GPU, any cloud.

Trusted by
QualcommAMDMicrosoftCiscoARM

How it works

From plan to production.
In four steps.

Choose your deployment, tune the knobs, deploy in one command, and watch your token factory run — all without touching infrastructure.

01

Choose your deployment

Select your active models and pick your primary SLO constraint. NR-NEXUS automatically schedules resources and schedules compute layers to match your targets.

Select active models
Select primary SLO constraint

Why NR-NEXUS

One unified operating layer

Replace the fragmented tangle of serving engines, custom operators, and hand-rolled observability with a single production inference plane.

Intelligent routing

Every request finds its optimal path — engine selection, KV-aware routing, and disaggregation, out of the box.

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K8s-native orchestration

Deploy inference as Kubernetes-native workloads. No custom operators, no vendor lock-in.

AI-aware scaling

Scale to zero or to peak demand based on real-time workload signals — not static thresholds.

Observability

Token-level metrics, SLO dashboards, and per-tenant cost tracking built in from day one.

Lifecycle management

Canary rollouts, model versioning, and traffic shifting across model revisions without downtime.

Security

Tenant isolation, mTLS, audit logs, and RBAC — governed inference for regulated workloads.

Results

Proven in production

Real customer outcomes from NR-NEXUS deployments. Figures confirmed in press release — flag for stakeholder review before publish.

15×
Concurrent sessions
GenAI · 64 → 981
3.3×
Tokens per GPU
GenAI · 2.5K → 8.2K
Sessions scaled
SaaS · 64 → 512
+32%
Faster interactive
44 → 58 tok/user

See it on your own workload.

One model. One week. Measure the cost and performance impact on your own infrastructure.