CPU-aware idle mode
Reduce pointless visual activity while a tab is left inactive. Background videos pause, animations stop, work stops.
Greenify dims inactive tabs with a premium standby layer, cutting CPU, GPU and screen draw while user experience stays instant.
The plugin stays focused: detect inactivity, enter standby with an elegant transition, and wake instantly on first interaction. No bloat, no tracking, no compromise to UX.
Reduce pointless visual activity while a tab is left inactive. Background videos pause, animations stop, work stops.
Mouse, touch, key press or scroll restores the full page immediately. Zero perceived delay, zero friction.
Built to avoid bot blocking and to play well with common cache setups. Crawlers see your page, your readers see standby.
From the first millisecond of inactivity to the first millisecond of attention. Predictable, lightweight, and tuned for production.
The script listens for user input events: pointer, key, scroll and focus, continuously and at near-zero cost.
After your timeout, the page transitions into a dark, low-energy layer. Branding, message and timing are yours.
The first movement, key press or scroll brings everything back. No reload, no flash, no jitter.
Cumulative estimates across every connected site. A conservative model: 2W saved while standby is active, 230 gCO2/kWh grid factor.
Every standard plan covers one domain and uses Greenify Cloud to validate live public HTML pages. Keep the product simple, then scale only when the site needs it.
Live pages are counted as unique public HTML URLs detected remotely by Greenify Cloud on the connected domain.
No. The script is intentionally lightweight and only reacts to inactivity plus a few wake-up events.
Yes. The admin bar trigger can open the standby preview instantly without waiting for the timeout.
Paid plans unlock custom timeout, custom text, icon and color controls, branding removal and analytics.
The public plans are PRO 16-50 at 29.90 EUR / year and PRO 51+ at 49.90 EUR / year, both for one domain.
Enterprise, agency and lifetime arrangements can be assigned manually when a standard package is not the right fit.
The impact meter uses a fixed estimation model, not a real-time hardware measurement, so the values shown are indicative reference figures.
The calculation is based on two conservative averages: an estimated 2 W saved while standby is active, and a 230 gCO2/kWh average grid emission factor.
Energy saved is estimated by multiplying total standby time by the assumed saved power, then converting the result into Wh and kWh. The estimated CO2 avoided is derived from that energy value using the same emission factor.
In short, the meter is designed to provide a simple, prudent and comparable estimate rather than a direct physical measurement.
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