GreenOps - Greener, leaner IT

GreenOps – Greener, leaner IT

Enable your customers to meet environmental goals, drive business value, cut environmental impact, and lead in a climate-conscious world.

Decarbonising and dehydrating digital and AI

Greenhouse gas emissions are a key driver of climate change, and reducing them helps mitigate environmental, regulatory, and reputational risks.

Water use, particularly in data centres, is a growing concern as digital demand increases — often contributing to water stress in vulnerable regions.

Our GreenOps services, powered by Greenpixie, offer a practical framework for managing the environmental impact of digital and AI services, enabling organisations to make informed decisions about energy use, emissions, and water consumption.

GreenOps is our operational process aimed at optimising digital services by reducing the

environmental impact through shared responsibility and accountability. It aligns well with FinOps, aiming to improve carbon, water, and power efficiency in cloud, carbon emissions on-premise and hybrid environments – which often also reduces costs.

By promoting efficient IT operations, supplier transparency, and low-impact digital architectures, GreenOps, underpinned by our ASPIRE environmental level agreement (ELA) helps reduce Scope 3 emissions from cloud services and supports more sustainable digital practices.

The image showcases a futuristic and highly stylized representation of cloud computing at the center of a digital ecosystem, set against a dark, technology-themed background filled with subtle grid patterns and data-like textures. At the center, a semi-realistic, softly glowing white cloud appears, blending natural cloud imagery with digital aesthetics, surrounded by multiple concentric circular rings that resemble an advanced interface or radar system. Radiating outward from the cloud are thin, glowing lines and connection paths that link to various icons positioned around the outer rings, including symbols representing a location pin, cloud storage, a smartphone, a calculator, a data server, and a user profile, each enclosed within small square or rounded frames. These elements are arranged in a structured, circular layout, suggesting an organized and globally connected network. The color palette is dominated by cool tones such as cyan, teal, and deep blue, with bright

Case study

Since 2021, our client’s Azure platform optimisations have reduced complexity, improved efficiency, and cut cloud costs.

Non-production environment consumption decreased by 70%, with further enhancements identified that could lead to a further 21% reduction in carbon emissions.

modern building with trees reflected in mirrored walls

Case study

Our client aimed to accurately report carbon, power, and water usage from its day-to-day Azure operations. Our GreenOps service met this goal, complying with their security standards while calculating Azure-related emissions, including Scope 3.

Our dashboard provides robust, actionable insight that supports regulatory scrutiny and enables continuous impact reduction.

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GreenOps

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