Make software more sustainable by switching to lean greeNsort® algorithms, without re-coding from scratch.
Elementary building blocks of computing are far from being perfect. They waste lots of memory. They waste unnecessary operations in nearly every step.
greeNsort® makes computing smart again: by using less memory and removing these unnecessary operations you obtain the same results faster.
greeNsort® has successfully developed sustainable algorithms over the last 10 years. A relevant fraction of the greeNsort® savings can be realized just by pluging-in these algorithms into the central sorting libraries of the 15 most important programming languages.
The annual worldwide savings potential of greeNsort® algorithms is 51.3 TWh resp. 30.3 MtCO2e, this corresponds to 4.3 large-scale power plants1 or a public value of 7.1 Billion EUR.2
If you are a government, a foundation, a cloud-provider or a private philanthropic sponsor looking for a climate-protection-investment-opportunity with an extremely good ROI: please see Next Steps.
If you are an experienced programmer able to help with implementing algorithms or in a position to influence standard libraries: please see Actions.
12 TWh/year is the average size of a Nuclear Power Station↩︎
The combined value of electricity and cost of greenhouse gas based on projections of the Lean ICT Report March 2019, see also the greenhouse-gas-equivalencies-calculator↩︎
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