Industry · Data Center Operators

Production AI for data center operators.

We build the AI systems behind GPU rack onboarding, unified telemetry, real-time observability, and autonomous operations for data centers. Deployed in production at scale — not proof-of-concept.

→ The operational challenge

Data center operators running GPU clusters face a specific set of AI problems that general-purpose consulting firms aren't equipped to solve: heterogeneous vendor telemetry that doesn't normalize naturally, GPU rack onboarding that takes weeks instead of hours, SIEM pipelines that don't scale to operational data volume, and an ambition for agentic operations that most organizations can't safely implement without the right architecture.

The organizations that get ahead in AI-era operations are the ones who move from reactive dashboards to proactive reasoning — validated infrastructure before it powers on, anomalies explained before they become incidents, remediation executed before the pager fires.

What we build for data center operators

GPU rack onboarding automation

Our EdgeTelemetry product reduces GPU rack onboarding from weeks to hours. Automated hardware discovery, vendor-normalized telemetry ingestion, configuration validation against readiness criteria, and a signed operational handoff. What used to take weeks of SRE back-and-forth is now an automated validation run.

Unified observability across the stack

Real-time telemetry ingestion from GPUs, hosts, cooling, power, and network fabric — normalized to a single operational schema. One view across your entire infrastructure, regardless of vendor mix. Built on Kafka, Spark, and your existing data warehouse.

Agentic operations and autonomous remediation

Reasoning layers built on Claude that interpret telemetry state, follow operational runbooks, execute remediation via tool use, and escalate to humans with full context. Designed to be auditable and defensible in front of your operations and compliance teams.

weeks → hrs
GPU rack onboarding
Automated end-to-end validation from rack landing to operational status.
sub-sec
SIEM detection latency
Real-time threat and anomaly detection at infrastructure scale.
unified
Schema across vendors
One operational view across GPU, host, cooling, power, and network telemetry.

→ Related reading

GPU rack onboarding automation → Agentic operations → Real-time SIEM pipeline → EdgeTelemetry product → AI for telecommunications → Data Center & Infra AI →
[ FAQ ]

Data center operators ask us.

What AI use cases have the clearest ROI for data center operators today?
GPU rack onboarding automation (weeks to hours), unified telemetry reducing MTTR on incidents, and predictive cooling/power anomaly detection before they become outages. These three have the clearest before/after metrics and don't require large model fine-tuning investments — they run on production telemetry you already have.
How do you handle GPU telemetry from heterogeneous vendor environments?
Through schema normalization in EdgeTelemetry and our custom telemetry pipelines. NVIDIA, AMD, and custom ASIC telemetry arrive in different formats and sample rates. We ingest via appropriate APIs (NVML, ROCm, IPMI/BMC, vendor-specific), normalize to a unified operational schema, and validate before making data queryable. The result is one operational view regardless of procurement mix.
Can AI systems actually do autonomous remediation safely in a production data center?
Yes, with appropriate scope constraints. The architecture that enterprises trust: the reasoning layer (typically Claude) interprets state and proposes remediation, but executes only against a pre-approved action set with explicit blast-radius limits. Anything outside that scope escalates to a human with full context. This isn't about removing humans — it's about making human escalations smarter and handling the high-volume, low-risk remediation automatically.

Running a data center that has to work at AI scale?

Tell us about your infrastructure environment — rack count, vendor mix, onboarding pain, current observability stack. We'll tell you where we'd start and what we'd need to deliver.