‘Best Environmental or ‘Green’ Use of the Cloud’ Award

Who should enter the ‘Best Environmental or ‘Green’ Use of the Cloud’ category?

The ‘Best Environmental or ‘Green’ use of the Cloud’ award recognizes innovative cloud solutions or strategies that minimize environmental impact, reduce carbon footprints, and promote green practices in IT operations.

Cloud computing offers a unique opportunity to reduce energy consumption, optimize resource utilization, and lower greenhouse gas emissions. Entrants should demonstrate a commitment to sustainability through the intelligent use of cloud resources, such as employing cloud data centers that are powered by renewable energy, utilizing energy-efficient hardware, and implementing advanced resource management practices to reduce waste.

A key aspect of the award-winning project is the use of cloud-based tools to monitor, manage, and reduce environmental impact. This could include using data analytics and AI to optimize energy usage, deploying IoT solutions for real-time monitoring of environmental conditions, or leveraging cloud platforms to develop and manage sustainable supply chains.

Entrants should serve as role models for the industry, showing how cloud technologies can be a powerful force for environmental stewardship while achieving business objectives.

Examples

Energy-Efficient Data Centers

Advanced cooling technologies, renewable energy sources, and optimized server utilization reduce the carbon footprint of data centers.
Using AI-driven algorithms, these data centers can dynamically adjust cooling and power usage to match real-time demand, significantly reducing energy waste.
Companies can migrate their workloads to these green data centers, reducing their own environmental impact while benefiting from the scalability and efficiency of cloud computing.

Green Cloud Computing for IoT

Cloud platforms collect and process data from sensors deployed across urban infrastructure, optimizing energy usage in lighting, heating, and transportation systems.
In agriculture, cloud-connected IoT devices monitor soil conditions, water usage, and crop health, allowing farmers to use resources more efficiently and reduce waste.
These green IoT solutions are powered by cloud computing, which provides the scalability and real-time processing capabilities needed to manage vast amounts of data and deliver actionable insights that drive sustainability.

Supply Chain Management

Cloud-based supply chain management systems offer real-time visibility into the sourcing, production, and transportation of goods, allowing companies to optimize their logistics and reduce waste.
Helps businesses track the environmental impact of their suppliers, identify areas where emissions can be reduced, and implement circular economy practices such as recycling and reuse.
These systems can also integrate with IoT devices to monitor conditions throughout the supply chain.

Carbon Footprint Monitoring

Platforms aggregate data from various sources, such as energy consumption, supply chain activities, and transportation, and use cloud computing power to analyze and report on carbon emissions.
Analytics and machine learning tools within these platforms help companies identify inefficiencies, predict future emissions, and simulate the impact of potential changes.
This enables organizations to make informed decisions on how to reduce their carbon footprint.

Software Development

Cloud-based tools and platforms can be used to develop energy-efficient software that consumes less computational power and memory, thereby reducing the energy required to run applications.
Cloud-native development practices such as microservices architecture, serverless computing, and containerization, allows applications to scale efficiently and only use resources when needed.
By designing software to be more efficient in the cloud, developers can contribute to reducing the overall energy consumption of their applications.

Energy-Efficient Data Centers

Advanced cooling technologies, renewable energy sources, and optimized server utilization reduce the carbon footprint of data centers.

Using AI-driven algorithms, these data centers can dynamically adjust cooling and power usage to match real-time demand, significantly reducing energy waste.

Companies can migrate their workloads to these green data centers, reducing their own environmental impact while benefiting from the scalability and efficiency of cloud computing.

Green Cloud Computing for IoT

Cloud platforms collect and process data from sensors deployed across urban infrastructure, optimizing energy usage in lighting, heating, and transportation systems.

In agriculture, cloud-connected IoT devices monitor soil conditions, water usage, and crop health, allowing farmers to use resources more efficiently and reduce waste.

These green IoT solutions are powered by cloud computing, which provides the scalability and real-time processing capabilities needed to manage vast amounts of data and deliver actionable insights that drive sustainability.

Supply Chain Management

Cloud-based supply chain management systems offer real-time visibility into the sourcing, production, and transportation of goods, allowing companies to optimize their logistics and reduce waste.

Helps businesses track the environmental impact of their suppliers, identify areas where emissions can be reduced, and implement circular economy practices such as recycling and reuse.

These systems can also integrate with IoT devices to monitor conditions throughout the supply chain.

Carbon Footprint Monitoring

Platforms aggregate data from various sources, such as energy consumption, supply chain activities, and transportation, and use cloud computing power to analyze and report on carbon emissions.

Analytics and machine learning tools within these platforms help companies identify inefficiencies, predict future emissions, and simulate the impact of potential changes.

This enables organizations to make informed decisions on how to reduce their carbon footprint.

Software Development

Cloud-based tools and platforms can be used to develop energy-efficient software that consumes less computational power and memory, thereby reducing the energy required to run applications.

Cloud-native development practices such as microservices architecture, serverless computing, and containerization, allows applications to scale efficiently and only use resources when needed.

By designing software to be more efficient in the cloud, developers can contribute to reducing the overall energy consumption of their applications.

Hall of Fame: Previous Winners

Winner of the 2024/25 Cloud Award for 'Best Environmental or 'Green' use of the Cloud'

Quote from Technical Director, Annabelle Whittall:

“By offering a vertically integrated approach to data management, Ocient helps businesses in industries like telecommunications, government, and financial services achieve significant efficiency and cost savings. Its ability to optimize both software and hardware performance not only reduces the number of servers needed but also minimizes energy consumption, making it a pioneer in sustainable cloud computing. Ocient’s model provides a clear path to decarbonizing data centers, enabling companies to scale their operations while making substantial progress toward their carbon reduction goals.”

Winner of the 2023/24 Cloud Award for 'Best Environmental or 'Green' use of the Cloud'

Quote from Lead Judge, Matthew Gregory:

“What really impressed us at The Cloud Awards about EkkoSense’s submission is the coming together of multiple technologies (IoT, AI, Machine Learning) to produce a clearly measurable positive environmental impact. It was particularly interesting to read about the impact on legacy data centre sites through the Three case study, underlining EkkoSense’s ability to bring positive change where there can be biggest impact. The service itself looks intuitive and well designed, I particularly liked the 3D visualisation feature which will no doubt appeal to the users of this kind of service, while also increasing accessibility.”

Winner of the 2022/23 Cloud Award for 'Best Environmental or 'Green' Use of the Cloud'

Lead Judge Annabelle Whittall said:

“At The Cloud Awards, we think “green talk” is cheap and that what our planet needs is action. We are delighted to recognize Stormforge for their advancements in the environmental use of the cloud. Most remarkable about StormForge is the development of a machine learning algorithm that can effectively find the optimal configuration for cloud-native applications, ensuring cloud waste is minimized while still ensuring performance at levels that meet user expectations. This was a competitive category with some really impressive solutions and StormForge have a very well-deserved win. Great work, Stormforge!”

Areas to highlight in your submission

A strong entry for the ‘Best Environmental or ‘Green’ Use of the Cloud’ category should include details on some, or all, of the following areas that the judges will be looking for:

Impact and Effectiveness:

Evaluate the impact and effectiveness of the environmental or ‘green’ use of the cloud, considering its contribution to environmental sustainability, reduction of carbon footprint, and promotion of green initiatives.

Highlight the magnitude of the environmental benefits achieved, such as energy savings, carbon emissions reductions, and conservation of natural resources.
Innovation:

Summarize the level of innovation and creativity demonstrated, considering the novelty, uniqueness, and ingenuity of the approach.

Detail how the organization has leveraged cloud computing technologies to develop innovative solutions that address environmental challenges and promote sustainability in new and creative ways.
Scalability:

The entry should highlight the solution’s ability to scale with growing data volumes, user demands, and organizational needs.

Assess how well the organization has leveraged the scalability and resources of the cloud to support large-scale environmental monitoring, conservation, and sustainability initiatives.

Sustainability Integration:

Detail how well environmental sustainability is integrated into the overall strategy and operations of the project or organization. This includes evaluating whether sustainability is a core focus or simply an add-on.

Summarize how green practices are deeply embedded in the design, development, and deployment of the technology.
Efficiency and Resource Optimization:

Detail how efficiently the cloud solution uses resources, including computational power, storage, and network bandwidth.

Outline the methods used to minimize energy consumption and resource waste, such as intelligent workload management, dynamic scaling, and advanced data compression techniques.
Use of Renewable Energy:

Summarize the extent to which the cloud solution leverages renewable energy sources, such as solar, wind, or hydroelectric power, to operate its data centers and other infrastructure.

Next Steps to Enter The Cloud Awards

To enter this Cloud Awards category, or any other category in The Cloud Awards, please follow these three simple steps:

Download the entry form. Open up the ‘Cloud Awards Simple Form’ document.
Complete your form. You only need to complete the form once, even if entering multiple Cloud Awards categories.
Submit your entry. Head to the ‘Submit Now’ section on our website, select ‘The Cloud Awards’ and the category/categories you are entering from the list, upload your form and any other materials you would like the judges to review, and process your fees.

Download Entry Form

Since 2011, The Cloud Awards been helping organizations across the globe gain the recognition they deserve for market-leading innovation in the cloud computing and software sectors.

For a detailed breakdown of all the benefits you receive as an awards entrant as either a shortlistee, finalist or ultimate winner, please see our “Why Enter?” page. The many benefits are replicated across all international awards programs. If you have any questions about this category, please contact us.