Datadog, Inc., (NASDAQ: DDOG), the leading AI-powered observability and security platform, today announced that GPU Monitoring is available to customers everywhere. The new product addresses one of the most prevalent issues facing organisations today as they look for a scalable and effective way to manage expanding AI costs.

“GPU instances account for 14 percent of compute costs—which is a huge issue as companies are struggling to build AI-first technology in scalable and smart ways. While these companies can see their costs climbing, they can’t chargeback GPU spend across business units, see workload context or identify clear next steps for improvement. As a result, it is very challenging to budget and plan in thoughtful ways,” said Yanbing Li, Chief Product Officer at Datadog.

Yanbing Li, Chief Product Officer at Datadog

The launch of GPU Monitoring marks one of the first times a single solution provides unified visibility across the AI stack—giving customers a single view linking GPU fleet health, cost, and performance directly to the teams relying on them for faster troubleshooting of slow workloads and cost savings.

“Smartly managing AI spend becomes a board-level conversation when capacity is misallocated, training and inference workloads stall, and costs escalate. We all know managing GPU costs is a huge problem we need to solve, but most companies are experimenting with solutions and it is still very difficult to get a single view of what is happening across the stack. GPU Monitoring fixes that with efficiency and reliability that we haven’t seen before,” said Li.

Today, most GPU tools provide high-level device health metrics, but they don’t surface cross-functional resource contention issues, explain why training and inference workloads fail, or provide visibility into which devices are idle or ineffectively used. This lack of visibility slows down investigations and means that teams overprovision as the safest default—leading to wasted spend.

GPU Monitoring streamlines this work by linking fleet telemetry directly to the workloads consuming those resources, and gives platform engineering and machine learning teams a shared view to investigate together, enabling them to:

• Scale AI without overspending: With visibility and forecasting based on the usage patterns of fleets and direct guidance on whether to buy new GPUs or free up existing ones, platform teams avoid expensive purchases and long procurement cycles, machine learning teams get capacity faster, and leadership gets better ROI with predictable spend.
• Accelerate AI delivery: Stalled workloads are correlated directly to the underlying GPUs, pods and processes running them so that teams can troubleshoot performance bottlenecks in minutes instead of hours, allowing engineers to focus on shipping AI projects.
• Avoid costly disruptions: Unhealthy GPUs are proactively identified before failures cascade across a cluster and cause training and inference delays.
• Maximise ROI on GPU spend: Teams are empowered and accountable for their GPU utilisation and costs, and can easily pinpoint where they are overserving or underutilising their GPUs. This allows teams to reclaim and reallocate resources in order to reduce wasted spend.

“Datadog GPU Monitoring has made it easy for us to stay on top of our multi-tenant GPU infrastructure. We get per-instance, per-device visibility into core utilisation, memory, power and thermals right out of the box with no extra setup. The dashboards are rich out of the gate and simple to customise, and standing up isolated views per customer takes minutes,” said Kai Huang, Head of Product at Hyperbolic. “Layering on LLM Observability ties it all together. We can go from a model latency spike straight to the underlying GPU metrics without switching tools. Full stack AI observability in one platform means both our team and our customers can move faster with confidence.”

GPU Monitoring is now generally available. To learn more, please visit: https://www.datadoghq.com/blog/datadog-gpu-monitoring/.