Observability, Real-Time Monitoring & Health Checks

Clear visibility into system behavior across your AI infrastructure.

AI workloads depend on infrastructure that behaves consistently under load. Standardized performance metrics for clear operational visibility.

Fleet Management

Observability

Get clear visibility into what’s affecting performance, including job scheduling and workload activity, without managing the underlying infrastructure.

GPU Health & Usage

GPU Health & Usage

See how your GPUs are performing at a glance. Quickly understand availability, usage levels, and overall health.

Network Performance

Network Performance

Stay on top of how data moves across each host. Monitor speed, stability, and connectivity to ensure everything runs smoothly.

Storage Performance

Storage Performance

Keep track of how your data is stored and accessed. Get visibility into performance and capacity.

Real-Time Monitoring

Monitoring is focused on maintaining infrastructure stability in GPU-dense environments. Internal TensorWave teams receive alerts and operational signals for platform-level anomalies and conduct immediate remediation.

Infrastructure service availability

Node-level signals

GPU utilization anomalies

Hardware conditions (power, thermal, error states)

Storage latency and network health indicators

Slurm Insights

Get clear visibility into how workloads are scheduled and executed across your environment. Slurm insights help you track job activity, understand resource usage, and keep performance consistent as you scale.

Preconfigured prolog and epilog scripts

Cluster utilization

Node health and status

Health Checks

Infrastructure health is continuously evaluated across critical paths. Health signals are reviewed by TensorWave operations teams and tied to internal remediation workflows.

Node readiness and service availability

Fabric connectivity

Storage responsiveness

Control service uptime

GPU state validation

Real-Time Monitoring for AI Workloads

If you're running large-scale training or inference workloads, observability ensures you understand system behavior while TensorWave maintains operational stability.