LinkedIn vs WhatsApp

This comparison uses the current IdleForest model for LinkedIn and WhatsApp: their category, modeled CO2 per use unit, methodology notes, key drivers, and assumptions.

Supporting comparison page

Social

22g

CO2 / HOUR

Higher emissions

Social

18g

CO2 / HOUR

Data-backed comparison

Summary

When comparing LinkedIn and WhatsApp, LinkedIn generates significantly more CO2 emissions per hour (22g) than WhatsApp (18g). Both applications rely on devices, networks, and server infrastructure, which all contribute to their environmental impact.

Why the gap happens

LinkedIn is modeled at 22g CO2 per unit, while WhatsApp is modeled at 18g, so the visible gap is 4g in the current dataset.
Both products sit in the Social category, so the difference comes from the per-product estimate and page-level methodology fields rather than a category change.
IdleForest models LinkedIn as a professional social feed with mostly text and image browsing, plus occasional video and document viewing.
Autoplay, recommendation loops, and image/video-heavy feeds extend session length.

What to act on first

Because LinkedIn is higher in the current model, start there: Disable autoplay and cut accidental scroll time where possible.

LinkedIn is currently modeled at 4g CO2 more per unit of use than WhatsApp.

Deep dive into their footprints

Read the full LinkedIn report Read the full WhatsApp report

Comparison takeaways

LinkedIn is modeled at 22g CO2 per unit, while WhatsApp is modeled at 18g, so the visible gap is 4g in the current dataset.

Both products sit in the Social category, so the difference comes from the per-product estimate and page-level methodology fields rather than a category change.

About IdleForest

IdleForest is a passive browser extension that plants trees while you browse, game, or stream. It uses your unused internet bandwidth to fund reforestation projects.

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