dAIve Predict · Up to 30% lower compressed air costs

Make compressed air losses visible. Before they eat your budget.

Compressed air is expensive, but the biggest loss drivers often stay invisible. Upload pressure, runtime, and consumption data to spot patterns that point to leaks, poor control logic, or unnecessary base load faster.

Perfect for
  • Production companies (SMEs)
  • Mechanical engineers using compressed air
  • Workshops & production halls
  • Energy managers

The Problem

Compressed air is one of the most expensive energy forms on site, yet leakages, base load, and compressor behavior often remain unclear. Without data analysis, waste easily becomes normal.

  • Loss drivers stay hidden across shifts and operating states
  • Compressors run in poor combinations or too long at base load
  • Consumption and actual demand are not compared cleanly
  • Actions are prioritized from assumptions instead of data

The Solution

dAIve Predict turns compressed air data into a clearer action list: surface anomalies, compare patterns, and review the biggest levers first.

See when consumption and demand drift apart

Compare load profiles across time, shifts, and operating states to spot unnecessary base load earlier.

Find patterns that point to leaks

Use pressure, runtime, and consumption data to investigate suspicious phases more deliberately.

Review compressor strategy with data

See which combinations stay stable and where control logic or sequencing may be driving cost.

Losses visible. Actions prioritized faster.30%Up to

potential savings in compressed air systems when leak indicators, base load, and operating logic are reviewed with data instead of assumptions alone.

Indicative value from experience, to be verified with your data in a pilot.

How it works

  1. Export data

    Export pressure, runtime, and consumption from the control system.

  2. Upload & analyze

    dAIve Predict reveals patterns, drivers, and suspicious load phases.

  3. Prioritize levers

    See which operating states deserve review first.

  4. Verify changes

    Compare updated patterns and observe the effect.

Every hidden compressed air loss keeps running every day.

Start your 14-day trial and use your first dataset to see which losses you should tackle first.