3,200 devices. 736 MWh/year. €118,000.
1,147 never sleep.

Here’s what sobrii reveals on a typical fleet. Real consumption per device, sleep blockers identified, batteries graded, CO₂ measured — no external sensor, no spreadsheet, no estimation.

The invisible waste

Your devices burn energy all night. You’re paying without knowing.

No tool in your stack measures what your IT fleet actually consumes. Here’s what that costs.

A third of your devices never sleep
35.8% of devices have a process blocking sleep. Windows Update, OneDrive, Teams in the background. Result: 53 MWh wasted per year — €8,600 in electricity thrown away. Every night.
391 batteries replaced too early
Without tracking charge cycles and wear levels, you replace batteries that had 12 months of life left. 391 avoidable replacements across your fleet — that’s €25,400 in hardware.
A CSR report you can’t defend
Your IT carbon footprint is calculated from industry averages. The day the auditor asks for per-device measurements, the gap between your report and reality will be the first finding.
sobrii doesn’t calculate averages. It measures every device. Every watt. Every night.
You go from "we estimate" to "we know." On every device. From day one.
Consumption

Real consumption, not estimates

The agent reads real-time power draw — CPU, GPU, RAM, disk — on every device. No spreadsheet, no industry average, no guesswork.

42W
Avg. consumption
per device, measured
736 MWh
Fleet total
/year (3,200 devices)
€118K
Cost
/year at €0.16/kWh
Carbon footprint

Your real carbon footprint, not the industry average

Manufacturing CO₂ and measured usage CO₂, per device. CSRD, REEN and GHG Protocol export in one click.

Manufacturing — 75%
Usage — 25%
Manufacturing — 75%
Embedded CO₂ from production — the largest share of a device’s carbon footprint. Manufacturer data via Product Carbon Footprint database.
Usage — 25%
Electricity consumed over the device’s life — measured by the agent, not estimated. Hardware and software breakdown included.
Battery

Replace batteries at the right time — not too early, not too late

Every battery is graded from A (excellent) to F (replace). Charge cycles, wear level, original vs current capacity — everything is tracked automatically.

A
Excellent
> 90% capacity, < 200 cycles
B
Good
80-90% capacity, normal wear
C
Fair
65-80% capacity, aging
D
Poor
50-65% capacity, replace soon
F
Critical
< 50% capacity, replace now
Sleep quality

Find out why a third of your devices burn energy all night

sobrii identifies what blocks sleep mode and ranks processes by real fleet-wide impact. Names, affected devices, wasted watts — it’s all there.

Windows Update
34%612 devices
OneDrive Sync
22%487 devices
Antivirus Scan
18%341 devices
Teams Background
12%523 devices

Before / After sobrii

Without sobrii
  • Carbon footprint estimated from industry averages
  • No per-device energy data
  • Batteries replaced when they die
  • Sleep blockers invisible
  • CSR report = spreadsheet of assumptions
With sobrii
  • CO₂ calculated from real measurements
  • kWh per device, per day, per component
  • Batteries graded A-F with proactive alerts
  • Blockers ranked, devices identified, actions ready
  • CSR report = measured data, one-click export
Who it’s for

One dashboard, three problems solved

IT Manager
Identify the devices that never sleep, target sleep blockers by impact, and go from 53 MWh wasted to zero. Real data, not assumptions.
CSR / ESG Manager
Get auditable, per-device energy and carbon data for CSRD and GHG Protocol reporting. One-click CSV export. No more spreadsheets of industry averages.
CFO
€8,600 in overnight waste. €25,400 in batteries replaced too early. €34,000/year recoverable. sobrii puts an exact number on every line — ROI in weeks.

FAQ

How does sobrii measure energy consumption?
The Rust agent reads real-time power draw from OS power APIs (RAPL on Intel/AMD, SMC on Mac). It records CPU, GPU, RAM and disk separately, then calculates total watt-hours per device per day. No external sensor, no estimation.
Where does the manufacturing CO₂ data come from?
sobrii uses a Product Carbon Footprint (PCF) database compiling manufacturer data. For devices without published data, it estimates from device category, components and weight using market benchmarks.
Can sobrii generate CSRD / GHG Protocol reports?
Yes. Energy and carbon data exports to CSV, compatible with CSRD, REEN, and GHG Protocol reporting. The data is measured, not estimated — which is increasingly required by auditors.
What does the energy Benchmark module do?
The Benchmark compares energy consumption per application and per device model. It assigns a grade from A (efficient) to F (energy-hungry), letting you identify which applications and configurations cost the most in electricity.
How quickly will I see energy savings?
The agent starts collecting data from day one. Within two weeks, you have the full picture: sleep quality per device, ranked blockers, wasted kWh. Teams that act on the first blocker report typically see a 15-25% reduction in overnight consumption within 30 days.
What’s the minimum fleet size for ROI?
sobrii pays for itself from 50 devices. The agent cost is lower than the savings from sleep blockers alone. The larger the fleet, the more waste is identified — and the faster the ROI.
Does it work on Mac and Linux?
Yes. The agent runs on Windows, macOS and Linux. Energy measurement uses each OS’s native APIs: RAPL on Intel/AMD, SMC on Mac, powercap on Linux. Same precision, same dashboard.
Take action

€8,600 in wasted sleep. €25,400 in unnecessary batteries.€34,000/year recoverable. Blockers identified in 48 hours.

Deploy sobrii. Real consumption, battery health, sleep quality and CO₂ — measured on every device from day one.

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