40%
40% Reduction in Idle GPU Time

Real-time visibility and optimization lowered GPU underutilization across environments.
Global FSI Customer

60
60% Faster Root-Cause Diagnosis

AIFO cut MTTR in half by tracing AI performance issues to infrastructure bottlenecks.
Healthcare Provider

15-
15% Lower Power Usage

Energy analytics revealed throttled GPUs, enabling targeted optimization and cost savings.
AI Lab – USA

Reduce MTTR for Training Job Failures

  • Identify the exact cause of failed training runs, whether it’s a port reset, hardware issue, or network drop.
  • Cut debugging time from days to minutes with trace-to-infra correlation.
  • Minimize reruns and lost compute hours with fast, accurate root cause insights.
Trend Analyser & Correlation2

Monitor Long-Running Jobs with Confidence

  • Track training workloads that span hours or days with real-time infrastructure telemetry.
  • Detect early warning signs of resource contention, thermal issues, or infrastructure instability.
  • Avoid silent failures that derail progress or corrupt model outputs.
IO and CO Mapping

Optimize Infrastructure for Model Throughput

  • Analyze how GPU placement, host configuration, and job scheduling affect performance.
  • Surface inefficiencies like throttled GPUs or suboptimal interconnect paths.
  • Improve utilization and shorten training times by aligning workloads with resource readiness.
GPU Utilization

Map Training Jobs to Physical Infrastructure

  • See exactly where each training run is executing down to the GPU, host, and network layer.
  • Correlate performance dips to backend hardware and environmental factors.
  • Enable precise tuning of job placement and infrastructure provisioning.
Training Model Bottlenecks

Avoid Overprovisioning and Wasted Spend

  • Eliminate idle or underused infrastructure by aligning resource capacity to job demand.
  • Identify where you’re paying for performance you’re not getting.
  • Reclaim budget by right-sizing compute environments for AI training.
Agent Resource Utilization