Environmental impacts

Greenspector Studio enables a multi-criteria assessment of the environmental impacts for any digital services over the entire life cycle.

Evaluate the environmental impact of your digital services - seriously

Our exclusive methodology is the fruit of 12 years of R&D. Rigorous and precise, it is compatible with recognised standards.

Impact is evaluated based on measurements of user journeys in real-life conditions (terminals, networks) with direct measurement of the energy consumed, providing unrivalled accuracy on the market.

Quantifying impacts is good, understanding what causes them is better. With Greenspector Studio, really understand what can be improved.

Our exclusive, rigorous and precise methodology

Our methodology starts with measurements on real terminals during a user journey. It includes direct measurement of energy consumption, data volumes and other indicators. We then apply our proprietary impact model to convert these measured metrics into environmental impacts.

–> How to evaluate your digital services

–> Click on the image or here to consult our full methodology documentation

Get detailed results for each test step, on a number of technical metrics

The only solution with direct energy measurement

Energy consumption on the user terminal is a key factor in the impact of a digital service. If you don’t have this measurement, a large part of the digital service’s behaviour is simply ignored. Impact calculations are imprecise, and above all the resulting actions can be unhelpful or even counter-productive. With Greenspector Studio, you can be sure of detecting the real causes of impact so that you can reduce them effectively.

A multi-criteria assessment : 8 impact indicators

Our impact model enables multi-criteria analysis using the following indicators :

  • GreenHouse Gases* (kg CO2eq)
  • Atmospheric acidification* (kg mol H+ eq)
  • Ionising radiation* (kBq U235 eq)
  • Depletion of abiotic resources* (kg Sb eq)
  • Particulate matter emissions* (incidence of disease)
  • Photochemical ozone (kg NMVOC eq)
  • Depletion of fossil fuels (MJ)
    Aquatic ecotoxicity (CTUe)

* criteria used by ADEME for the Digital Services Product Category Standards, based on the European PEF (Product Environmental Footprint) methodology

CO2 impact in Greenspector Studio

The Greenspector ecoscore, simple only in appearance

The apparent simplicity of the ecoscore masks the complexity of the principles that govern it.

In a few words: each step of the User Journey is evaluated along 3 axes: display time (= performance), energy consumption, data consumption. The results of the measurements taken throughout the journey are translated into a score from 0 to 100 for each of these 3 areas. The Greenspector Ecoscore is the average of these 3 scores*.

  1. For each axis : depending on the measurement results, each step of the journey is classified in a category 
  2. The number of steps in each result category is used to calculate a score.
  3. This gives 3 scores, one for each axis (energy, data, display time).
  4. The Greenspector Ecoscore is calculated as the average of these 3 scores per axis.

* Actually, 2 ecoscores are calculated for each user journey: one for the critical steps of the journey, and one for the non-critical steps. The final ecoscore is the weighted average of 70% (critical) / 30% (non-critical) of these two ecoscores.

Greenspector Studio - Ecoscore

Our Certificate of Sobriety for Digital Services

If the ecoscore of your user journey is greater than 50 out of 100, you can ask us to certify your measure in order to obtain our Certificate of Sobriety for your application.

Your measure must comply with the Certificate specifications.

After approval, we issue you with the Certificate, a badge that can be used on your website or in your app, linked to an authentication page hosted by us.

Certificat Black-bronze ENG

Incorporate the results into your GHG footprint or LCA

The results provided by our impact model can be used directly in your greenhouse gas accounting or in a LCA. They are provided with the uncertainty associated with each value.

Your measurements contribute to the Life Cycle Inventory (LCI) by providing an accurate assessment of the impacts on the user side. This greatly improves the reliability of LCAs, which are generally based on macro projections (e.g. the average energy consumption of a smartphone, not the actual consumption of the application being assessed).

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api-impact

Use APIs to call the impacts model

The impact model integrated into Greenspector Studio is accessible via API. This enables advanced use (recalculations, hypothesis testing, etc.) or integration with your other tools.

Our R&D, the foundation of our products and expertise

For over 12 years, we have been innovating in the measurement and evaluation of the impact of digital services. Our work has been the subject of numerous scientific publications and conference presentations. For example, in

RD_Investigating

They talk about it

To ensure that the ecoscore was as reliable as possible, the […] teams relied on […] Greenspector, which provides a reliable assessment of the environmental impact of a healthcare application.

Greenspector is based on measuring the actual use of the application throughout its life cycle, rather than simply calculating the environmental impact of loading the home page.

Portrait de Dr Brigitte SEROUSSI

Dr Brigitte SEROUSSI

Project Director, Digital Health Agency (Ministry of Health)

Some of the features described may not be available depending on the subscription level. Please refer to our Pricing page.

A recognised solution

12 years of R&D

Compatible with the best standards

Recognised from 2020 by the Solar Impulse Foundation as one of the 1000+ ‘efficient solutions to protect the environment’.

Our innovations are the fruit of our R&D. Our contribution to scientific work has been presented in numerous articles and international conferences.

Our impact model is compatible with industry standards : LCA (ISO 14040), Green Software Foundation ICS, ADEME RCP, etc.

They use Greenspector Studio to combine environmental responsibility, user satisfaction and performance

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