In today's fast-paced digital world, waiting for website optimisation insights can feel like watching paint dry. That's why we're thrilled to announce a game-changing update to our website performance and sustainability analysis tools: real-time recommendations as soon as we hit 10,000 page views.

Speed isn't just about how fast your website loads – it's also about how quickly you can make meaningful improvements. Previously, whether you were a monthly subscriber or had purchased a one-off audit, you had to wait until the end of the month to receive your optimisation recommendations. We knew we could do better.

Our new accelerated analysis feature kicks in automatically once your website reaches 10,000 page views. This means you could potentially start implementing improvements days earlier than before. In the world of digital optimisation, where every day counts, this is a significant advantage for your business.

Instead of waiting for month-end reports, you'll now receive:

Immediate performance insights once the view threshold is met

Actionable sustainability recommendations

Earlier opportunity to implement crucial optimisations

Quicker progress toward your sustainability goals

Why 10,000 page views? Our data analytics team has determined this is the sweet spot where we can provide statistically significant insights about your website's performance and environmental impact. It's enough data to identify meaningful patterns while allowing us to deliver recommendations as early as possible.

Earlier insights mean earlier action. Whether you're looking to reduce your website's carbon footprint, improve loading times, or enhance user experience, you can now start making these crucial improvements sooner. This could translate to:

The best part? There's nothing extra you need to do. This feature is automatically enabled for all our customers, both subscribers and one-time users. As soon as your site hits the 10,000-page view mark, you'll receive your comprehensive optimisation recommendations.

This update represents our commitment to continuous improvement and our understanding that in digital optimisation, timing is everything. We're constantly working to find new ways to help you make your website both more efficient and more sustainable.

Ready to see faster insights for your website? 

Start your optimisation journey today for free

 and experience the power of rapid, data-driven recommendations for yourself.

Get Website Performance and Sustainability Insights Faster Than Ever

Did you know that images make up around 50% of an average webpage's total size? With over 4.5 billion active internet users viewing countless images daily, that's an enormous amount of data being transferred – and a significant environmental impact that often goes unnoticed.

Every time someone loads an image on your website, data centre process that request, networks transfer the data, and devices render the image. Each step consumes energy, contributing to the internet's growing carbon footprint. The larger the image file, the more energy required – it's as simple as that.

Consider this: the average webpage weight has grown to about 2MB, with images accounting for roughly 1MB. Multiply that by millions of page views, and you're looking at substantial energy consumption that could be reduced with proper optimisation.

Introducing Our New Image Optimisation Tool

We're excited to launch our latest feature that makes it incredibly easy to optimise your images while maintaining visual quality. Here's what makes our tool special:

Our intelligent compression algorithms analyse your images and reduce their file size while preserving quality where it matters most. Whether you're working with product photos, blog images, or hero banners, our tool finds the sweet spot between size and quality.

We don't just optimise your images – we show you the real environmental impact of your choices. Our carbon savings calculator provides instant feedback on:

Carbon emission reductions based on average page views

We believe in practicing what we preach. Instead of storing your images on our servers (which would require additional energy), we've designed our tool to:

This approach not only helps you reduce your carbon footprint but also aligns with our own sustainability goals.

Let's put this into perspective. If a business website receives 10,000 monthly visitors and reduces its image sizes by 50%, it could:

Save approximately 500MB of data transfer per month

Reduce carbon emissions equivalent to charging 60 smartphones

Improve page load times by up to 2 seconds

Enhance user experience and potentially boost SEO rankings

Using our image optimisation tool is straightforward:

Step 4: Check your projected environmental impact

Remember, image optimisation is just one piece of the sustainability puzzle. Consider combining this with other eco-friendly web practices like:

Implementing effective caching strategies

Every optimised image is a step toward a more sustainable internet. By making conscious choices about your website's images, you're not just improving performance – you're contributing to a greener digital future.


Ready to reduce your website's environmental impact? 

 and see the difference it can make for your digital carbon footprint.

Slash Your Website's Carbon Footprint with Our New Image Optimisation Tool

The Digital Carbon Footprint of E-commerce Websites

Ever wondered how your online shopping use impacts the environment? We analysed the top 20 most popular platforms delving into the environmental impact of digital technologies, exploring the hidden carbon footprint that powers our digital interactions. In an era of increasing digital transformation, online shopping has become a significant contributor to global carbon emissions, so we have compared and ranked the most used platforms in the industry.

 Based on the average carbon emissions per page view across the industry (0.768g) and the collective estimated page views per annum of the websites analysed, we estimate the annual carbon emissions to be a staggering 1 million+ tonnes! 

 The total annual carbon emissions is equivalent to the carbon emissions produced by the entirety of Cape Verde or Seychelles. It's astounding to see that only 13 websites can produce the same carbon footprint as a whole island nation (

). We start to see the scale of the digital sustainability crisis when we consider that there 1.1 billion websites globally, with 200 million of them active daily.

Our study employed a rigorous methodology to quantify the digital carbon emissions of e-commerce websites. We analysed the homepage of each website using our 

. The homepage is statistically the most sustainability optimised page on any website. This is due to the fact that this is often the first to be optimised for SEO by business owners as it's considered their shop window, so user experience is optimised for sales and website load speeds are maximised. 


We have taken the homepage as an average for the entire site as (particularly for e-commerce websites) the majority of their content sits on this page to minimise transaction friction. We believe the homepage gives a fair reflection of the overall websites sustainability on this occasion as we can take into consideration green hosting and data transfer through our free calculation. We also believe that the homepage provides a conservative bioscore for the site as it's often SEO and site speed optimised. This allows us to compare the websites fairly, which was a primary goal of our research. Below is the final results table.



 of the most popular e-commerce websites use renewable energy hosting providers.

 of the sites being graded as "Poor" for their sustainability efforts, there are huge improvements that could have a great environmental impact. Media assets optimisation is one technique we believe the platforms can use to minimise their impact, as the majority of the "Poor" performs had high data transfer levels. The energy required to transfer these large assets will contribute significantly to the overall emissions. 

You would expect the e-commerce sector to have a higher bioscore when compared to other sectors due to their technical expertise and this is the case compared to the average across all our research. The average bioscore for the 

 was calculated at 488.3, which is 27.81 above the 

 (460.49) which included 200+ of the most popular websites globally.

Key Obstacles in Measuring Digital Carbon Emissions

Some platforms have additional security measures blocking our ability to calculate their carbon emissions. Most notable absentees are: 

Due to the methodology, we are unable to take into consideration cacheing techniques as we are taking a one-time snapshot of the webpage's carbon emissions. We are also not privy to the percentage of new vs returning users data for the websites analysed, so this has been set to 75% new user to 25% returning user, this may be higher for this industry.

Actionable Insights for E-commerce Websites

Potential 70-80% reduction in digital sector carbon emissions by 2040

Complete transition to net-zero digital infrastructure

Emergence of regenerative digital technologies

Tracking, reporting and actively reducing digital emissions is a must.

Creation of new green technology job markets

Development of circular economy models in digital sectors

Alignment of technological innovation with environmental sustainability

Digital technologies as key enablers of global decarbonisation efforts

Development of international sustainability standards for digital infrastructure

Technological solutions addressing broader climate change challenges

The Critical Role of Digital Sustainability

As e-commerce websites continue to evolve, understanding and mitigating its digital carbon footprint becomes increasingly crucial. Our research highlights both the challenges and opportunities in creating a more sustainable digital ecosystem.


We urge you to calculate your own digital carbon emissions using our 

 to start your digital sustainability journey today.

E-commerce Digital Carbon Emissions: A Comprehensive Analysis of Environmental Impact

As artificial intelligence continues to revolutionise industries worldwide, a critical but often overlooked aspect is emerging: its environmental impact. This comprehensive analysis reveals the true carbon footprint of AI systems, from their energy-intensive training processes to daily operations.

The Environmental Cost of Training AI Models 

The development of large AI models represents one of the most significant contributors to the technology's carbon footprint. The numbers are striking:

GPT-3, one of the most well-known language models, produced approximately 552 metric tons of CO2 equivalent (CO2e) during its training phase alone. To put this into perspective, this equals the annual emissions of 120 gasoline-powered cars.

A typical large language model training process consumes around 626,155 kWh of energy, equivalent to the annual electricity usage of 57 average American homes. The environmental impact becomes even more significant when examining the neural architecture search phase, which can emit up to 284 tons of CO2e. Let's break down the numbers for a standard AI training process:

Power consumption for a 100 GPU cluster: 100 kW

Resulting carbon emissions: 7.56 metric tons CO2e

Daily Operations: The Continuous Carbon Cost 

While training represents the initial environmental impact, daily operations (inference) create an ongoing carbon footprint:

Daily emissions for 1 million queries: 200-900 kg CO2e

Annual inference emissions for a popular AI service: 73-325 metric tons CO2e

Behind every AI system lies a complex network of data centres, which contribute significantly to the overall environmental impact:

Total annual power consumption: 200-250 TWh (2-3% of global electricity)

Average Power Usage Effectiveness (PUE): 1.57

Carbon intensity: 0.4-0.7 kg CO2e per kWh (varies by location)

The AI industry is actively developing solutions to reduce its environmental impact. Here's how different approaches can cut emissions:

Carbon-Aware Computing Implementation of smart scheduling can reduce carbon intensity by 30-45%. For a large AI training run, this means:

Original emissions: 7.56 metric tons CO2e

After carbon-aware scheduling: 4.54 metric tons CO2e

Efficient Model Design optimised architecture and training approaches can decrease computing power needs by 20-80%:

Potential carbon reduction: 1.51-6.05 metric tons CO2e

Green Data Centres switching to renewable energy can reduce operational carbon emissions by up to 100%:

Traditional data centre: 0.7 kg CO2e per kWh

Potential annual reduction per data centre: 35,040 metric tons CO2e

The Combined Impact of Sustainable Practices 

When implementing all these solutions together, the results are significant:

Starting point: 7.56 metric tons CO2e per training run After optimisations:

Carbon-aware scheduling: -40% (4.54 metric tons CO2e)

Efficient architecture: -50% (2.27 metric tons CO2e)

Renewable energy: -90% (0.23 metric tons CO2e) Total reduction: 96.9%

Future Outlook and Industry Responsibility 

As AI technology continues to evolve, the industry must prioritise environmental sustainability. Companies and organisations should:

Implement comprehensive emissions monitoring

Invest in energy-efficient infrastructure

Develop standardised sustainability metrics

Support research into more efficient AI architectures

While AI's carbon footprint presents significant environmental challenges, the industry's growing commitment to sustainability offers promise. Through continued innovation and implementation of green technologies, we can work toward an AI future that balances technological advancement with environmental responsibility.

The Hidden Carbon Footprint of AI: Understanding and Addressing the Environmental Impact of Artificial Intelligence

Our team have worked tirelessly to bring all our customers the ability to analyse any web page in seconds. We have focused on simplicity, meaning you only need to enter the URL you’d like to analyse and tap ‘Calculate My Emissions’. We provide all our useful insights including contextual data and unoptimised assets to help you understand and improve your digital emissions.


This service is completely free - it’s on us. We are dedicated to providing the fastest and most powerful service we can at the lowest cost possible. Staying true to our pledge to lower the barrier of entry for businesses to analyse and reduce their digital footprint. 

We automatically save your results with a seamless experience, ensuring they’re always ready when you need them. Each result is securely stored, providing you with powerful insights every time you return. With smart auto-saving, your progress is never lost, allowing you to pick up exactly where you left off.




Do you want to be able to continuously monitor your entire website’s carbon emissions without having to type web pages in manually? Well now you can. Monitoring your website’s carbon emissions couldn’t be easier. Simply add our green meter code snippet to your site, 

 and we will instantly begin monitoring all your web pages for you. Sustainability never felt so easy.


Want to start your digital emissions journey with Bioscore? 

Introducing Unlimited Searches

The Digital Carbon Footprint of Social Media Platforms

Ever wondered how your social media use impact the environment? We analysed the top 20 most popular platforms delving into the environmental impact of digital technologies, exploring the hidden carbon footprint that powers our digital interactions. In an era of increasing digital transformation, social media has become a significant contributor to global carbon emissions, so we have compared and ranked the most used platforms in the industry.

 Based on the average carbon emissions per page view across the industry (0.522g) and the collective estimated page views per annum of the websites analysed, we estimate the annual carbon emissions to be a staggering 1.044 million+ tonnes! 

 The total annual carbon emissions is equivalent to the carbon emissions produced by the entirety of Cape Verde or Seychelles. It's astounding to see that only 20 websites can produce the same carbon footprint as a whole island nation (

Our study employed a rigorous methodology to quantify the digital carbon emissions of social media platforms. We analysed the homepage of each website using our 

. The homepage is statistically the most sustainability optimised page on any website. This is due to the fact that this is often the first to be optimised for SEO by business owners as it's considered their shop window, so user experience is optimised for sales and website load speeds are maximised. 


We have taken the homepage as an average for the entire site as (particularly for social media websites) the majority of their content requires a login which is not accessible from our free calculator. We believe the homepage gives a fair reflection of the overall websites sustainability on this occasion as we can take into consideration green hosting and data transfer through our free calculation. We also believe that the homepage provides a conservative bioscore for the site as it's often SEO and site speed optimised, as well as having less data transfer than content rich pages such as news feeds and search results particularly for media rich platforms like 

. This allows us to compare the websites fairly, which was a primary goal of our research. Below is the final results table.



 of the most popular social media platforms use renewable energy hosting providers.

 of the platforms being graded as "Poor" for their sustainability efforts, there are huge improvements that could have a great environmental impact. Media assets optimisation is one technique we believe the platforms can use to minimise their impact, as the majority of the "Poor" performs had high data transfer levels. The energy required to transfer these large assets will contribute significantly to the overall emissions. 

You would expect the social media sector to have a higher bioscore when compared to other sectors due to their technical expertise and that looks to be true when compared to the average across all our research. The average bioscore for the 

 was calculated at 579.2, which is 118.71 above the 

Actionable Insights for Social Media Platforms

As social media platforms continue to evolve, understanding and mitigating its digital carbon footprint becomes increasingly crucial. Our research highlights both the challenges and opportunities in creating a more sustainable digital ecosystem.


We urge you to calculate your own digital carbon emissions using our 

Social Media Digital Carbon Emissions: A Comprehensive Analysis of Environmental Impact

In an era of increasing environmental consciousness, the tech industry is waking up to a critical question: Can coding be green? While we often think about sustainability in terms of renewable energy and recycling, the environmental impact of software development remains a largely overlooked area. This article delves deep into the carbon footprint of programming languages and frameworks, revealing surprising insights into how our coding choices can significantly affect the planet's health.

Every line of code has an environmental price tag. According to a study by the University of Bristol, the energy consumption of computing could account for up to 3.5% of global greenhouse gas emissions by 2025. This staggering statistic underscores the importance of choosing efficient programming languages and frameworks.

Energy Efficiency Ranking: A Comparative Analysis

1. C and Rust: The Energy Efficiency Champions

 consistently emerge as the most energy-efficient programming languages. Their close-to-metal performance and minimal runtime overhead make them environmental frontrunners.

A study by the Green Software Foundation found that C and Rust consume up to 70% less energy compared to interpreted languages like Python or Ruby.

Rust's zero-cost abstractions and memory safety provide an impressive balance between performance and energy efficiency.

2. Java and the JVM Ecosystem: A Mixed Bag

While Java is not the most energy-efficient language, modern JVM optimisations have significantly improved its performance.

Modern Java applications with efficient garbage collection and Just-In-Time (JIT) compilation can reduce energy consumption by 30-40% compared to earlier versions.

Frameworks like Quarkus and GraalVM have been specifically designed to create more lightweight and energy-efficient Java applications.

Python, despite its popularity, faces significant challenges in energy efficiency.

Interpreted nature and dynamic typing lead to higher computational overhead.

A comparative study showed Python can consume up to 50 times more energy than compiled languages like C for similar computational tasks.

However, libraries like NumPy and Cython can help mitigate some of these inefficiencies by providing compiled extensions.

Frameworks and Their Environmental Impact

Web Frameworks: Beyond Language Efficiency

Different web frameworks have varying levels of environmental impact:

Stands out for its compile-time approach, resulting in minimal runtime overhead.

Generates highly optimised vanilla JavaScript, reducing overall energy consumption.

Vue.js typically generates more lightweight code compared to React.

React's virtual DOM, while powerful, can be more computationally expensive.

: More efficient event-driven architecture

: Known for high concurrency and low resource utilisation

Prioritise compiled languages for performance-critical applications

Use Rust or C for system-level and high-performance computing

Optimise Python and JavaScript with efficient libraries and frameworks

Utilise cloud providers with strong sustainability commitments

Consider serverless architectures for better resource utilisation

Use edge computing to reduce data transmission energy costs

The Broader Impact: Beyond Individual Choices

While individual developers can make a difference, systemic change requires collective action. Tech giants like Google and Microsoft are already investing in green computing initiatives, developing more energy-efficient data centres and promoting sustainable software development practices.

The environmental impact of programming languages is not just a technical consideration—it's an ethical imperative. By making informed choices about our coding practices, we can contribute to a more sustainable digital future.

Green Coding: The Environmental Footprint of Programming Languages and Frameworks

In the digital age, the environmental impact of our online presence has become an increasingly critical concern. Much like the automotive or manufacturing industries, web development now faces a crucial challenge: minimising its carbon footprint while delivering powerful, efficient digital experiences.

The Hidden Environmental Cost of Web Platforms

Every website tells a story, but few people realise the environmental narrative behind its creation. The average website produces approximately 1.76 grams of carbon dioxide per page view—a seemingly insignificant number that compounds dramatically with each visitor. This environmental toll has prompted a significant shift in how web platforms approach their technological infrastructure.

WordPress: The Community-Driven Sustainability Champion

WordPress stands out as a remarkable example of sustainable web development driven by collective intelligence. Unlike closed-source platforms, WordPress's open-source nature allows for continuous optimisation and efficiency improvements. The platform's extensive ecosystem of developers works collaboratively to create lightweight themes, efficient plugins, and performance-enhancing tools that directly reduce digital carbon emissions.



What makes WordPress truly unique is its community-driven approach to sustainability. Developers worldwide contribute to creating more efficient code, implementing green hosting partnerships, and developing optimisation techniques that substantially reduce a website's environmental impact. Independent studies suggest WordPress websites can have up to 40% lower carbon emissions compared to proprietary platforms, primarily due to its adaptable and streamlined architecture.

Wix: Technology Meets Environmental Consciousness

Wix has emerged as a surprising leader in sustainable web development, transforming from a simple website builder to an environmentally conscious technology platform. The company has made significant investments in renewable energy credits and developed advanced optimisation technologies that minimise digital waste.



Their approach goes beyond simple carbon offsetting. Wix has implemented intelligent design systems that automatically compress images, reduce unnecessary script loading, and create more energy-efficient websites. By focusing on server-side rendering and minimising computational complexity, Wix has managed to reduce the energy consumption of its platform significantly.

Squarespace: Minimalism as an Environmental Strategy

Squarespace's sustainability strategy is deeply rooted in design philosophy. By embracing minimalist design principles, the platform inherently reduces digital bloat—the unnecessary code and complex design elements that consume additional computational resources.



The platform has committed to powering its entire infrastructure with renewable energy, creating a holistic approach to sustainability. Their carefully crafted templates are not just aesthetically pleasing but are engineered to be lightweight and efficient. Each design element is meticulously considered to ensure optimal performance with minimal energy consumption.

Webflow: Performance-Driven Sustainability

Webflow represents a new generation of web platforms that place performance and sustainability at the core of their technological approach. By generating exceptionally clean, minimal code and providing advanced optimisation tools, Webflow has positioned itself as a leader in sustainable web development.



Their platform focuses on reducing computational complexity, which directly translates to lower energy consumption. The ability to create highly efficient, lightweight websites without extensive coding knowledge democratises sustainable web design.

The sustainability efforts of these platforms extend far beyond mere marketing strategies. They represent a fundamental reimagining of web development's environmental responsibilities. As global internet usage continues to expand exponentially, the cumulative impact of these efficiency improvements could be transformative.

Practical Steps for Sustainable Web Development

For businesses and individuals looking to reduce their digital carbon footprint, the choice of web platform is just the beginning. Implementing strategies such as optimising images, minimising external scripts, choosing 

 can significantly contribute to reducing digital emissions.

The web development industry stands at a critical junction. Sustainability is no longer a optional consideration but a fundamental requirement. Platforms that prioritise environmental efficiency will likely become the standard, driving innovation and pushing the boundaries of what's possible in green web technologies.

Sustainable web development is more than a trend—it's a necessary evolution of our digital ecosystem. By understanding and supporting platforms that prioritise environmental consciousness, we can collectively reduce the internet's carbon footprint, one website at a time. Want you know how you compare against the most popular websites? Head to our 

 page where we rank the top 200 websites on sustainability.

Green Web Development: Navigating the Sustainability Landscape of CMS and Website Builders

The Environmental Challenge of Cloud Computing

Cloud computing has become the backbone of modern digital infrastructure, but it comes with a significant environmental cost. Data centres consume approximately 1-1.5% of global electricity, with projections suggesting this could rise to 8% by 2030.

Top Cloud Providers: Sustainability Showdown

1. Google Cloud: The Renewable Energy Pioneer

Uses machine learning to optimise data centre cooling

Saved over 2 million metric tons of carbon emissions in 2022

 Google's AI-driven cooling systems reduce energy consumption by up to 40% in their data centres.

2. Microsoft Azure: Ambitious Carbon Negative Commitment

Committed to being carbon negative by 2030

Removed 2.5 million metric tons of carbon from atmosphere

Investing $1 billion in climate innovation fund

Uses underwater data centres to reduce cooling costs

 Project Natick - underwater data centres that are more energy-efficient and have lower failure rates.

3. Amazon Web Services (AWS): Scaling Renewable Infrastructure

Pledge to use 100% renewable energy by 2025

Largest corporate purchaser of renewable energy globally

Invested in 380 renewable energy projects worldwide

 AWS uses wind and solar farms to power data centres, with significant investments in renewable infrastructure.

75% of global data centre waste diverted from landfills

Get Website Performance and Sustainability Insights Faster Than Ever

Why This Matters for Your Website

Introducing Rapid Insights

Key Benefits:

The Power of 10,000 Views

What This Means for Your Business

Taking Action

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