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On-Cloud AI System · fleet scale

Cloud AI, at fleet scale.

See the pattern, not just the site.

Cloud-based AI for infrastructure analytics and predictive monitoring across your whole fleet, with the security architecture your team expects, and no data-science team required.

  • Cross-site
  • Managed GPU
  • Region residency
  • Encrypted
  • Pay-as-you-grow
ProDCIM Cloud AIInsights, live
ForecastThermal risk building in row R5
AnomalyPower factor drifting from baseline
OptimiseCooling setpoint, lower predicted PUE

Illustrative

The problem

Six tools, six dashboards, six gut-feels.

Each monitoring tool gives you a fragment, and each vendor has its own idea of normal. Nobody sees the fleet as one, so a problem that is obvious across sites stays invisible on any single screen.

  • A fragment per tool, never the whole fleet
  • No comparable view across sites and vendors
  • Patterns that only show up at fleet scale go unseen

Power

vendor A

IT

vendor B

BMS

vendor C

Network

vendor D

Capacity

vendor E

Tickets

vendor F

Each tool, a fragment

Fleet scale

See the pattern across the fleet.

A drift that looks fine on one site stands out against the fleet. The cloud model compares every site to its peers and flags the outlier.

Fleet · battery impedance vs baseline1 outlier
DC-1 · TorontoOK
DC-2 · MontrealOK
DC-3 · CalgaryOutlier
BTS-7 · OttawaOK
DC-4 · HalifaxWatch

A cross-site pattern a single-site view would miss · illustrative

prodcim.local · Fleet
ProDCIM fleet dashboard

What this helps you do: catch the one site drifting away from the rest, weeks before a single-site threshold would ever trip. Sample data shown.

What cloud AI is good at

Three things, done at fleet scale.

See the pattern, not just the site

Trends and anomalies surface across your full fleet, not one dashboard at a time.

  • Fleet view
  • Cross-site
  • Benchmarks

Catch the failure before the trip

Trend gearbox vibration, battery impedance and PDU temperature against their own history.

  • Predictive
  • Trends
  • Early warning

Quiet false-positive, loud true-positive

Models learn what normal looks like per circuit, per rack, per site, so alarms mean something.

  • Per-asset
  • Low noise
  • Trusted

What to expect from a cloud AI service

Cloud AI without your data in a blender.

The architectural choices that let a security team sign off, not just a faster model.

GPU-backed inference

Heavy model workloads run on managed GPU pools, your console sees results, not infrastructure.

Continuous model updates

Models retrain against fresh fleet data on a regular cadence, no manual retraining jobs.

Cross-site insights

Same model, all your sites, so figures like PUE and battery health are comparable.

Encrypted in flight and at rest

TLS 1.3 to the API, AES-256 at rest, KMS-managed keys.

Region-aware residency

Pick the region your data lives in, North America, EU, or your private cloud.

Pay-as-you-grow scaling

Capacity follows your fleet, add sites and AI throughput scales with you.

No data-science team required

Raw telemetry to a useful alarm, automatically.

The pipeline runs the moment your sites start streaming. No labelling, no manual training, no notebooks to babysit.

1. Ingest

Telemetry from every site lands in the cloud data plane, tenant-isolated.

2. Train

Models build a baseline per asset class and per site, what normal looks like.

3. Predict

Real-time scoring runs continuously, what looks unusual now, what is trending wrong.

4. Alert

Findings turn into alarms in your existing ProDCIM workflow, with context attached.

On-Cloud is one deployment mode of AI Management. Need sovereignty or an air gap?

See On-Prem AI Modules

See your whole fleet think

Book a walkthrough and we'll run cloud AI across a sample of your sites.