
How AI-powered fleet intelligence can accelerate climate action
Jeroen Bruinooge of Netradyne explains how AI-powered fleet intelligence helps fleets cut fuel waste, reduce emissions, improve safety and accelerate climate action.

Jeroen Bruinooge of Netradyne explains how AI-powered fleet intelligence helps fleets cut fuel waste, reduce emissions, improve safety and accelerate climate action.

Michel Muizer of Expereo explores why space-based data centres are emerging, but argues enterprises must prioritise resilient, sustainable infrastructure on Earth first.

Liana Downey of SLR explains why businesses must treat climate intelligence as a core resilience tool, embedded across operations, finance and supply chains.

Ruth Kerrigan of IES argues that decarbonising UK offices is essential for energy security, productivity and business resilience in a volatile climate.

Orbital data centres promise lower cooling costs and faster space analytics, but open governance is vital to prevent compute power concentrating in orbit unfairly globally.

Dr. Atanu Chaudhuri explores whether space-based data centres could solve Earth’s growing digital infrastructure crisis while balancing sustainability, latency, cost and technological feasibility.

Industrial 3D printing is transforming construction through sustainable materials, design flexibility and on-demand manufacturing, enabling faster, efficient building methods and reducing environmental impact.

AI growth is driving resource demand, but industry leaders reveal how innovation, efficiency and cultural change can help businesses scale sustainably without compromising environmental responsibility.

The UK’s AI-driven data centre expansion brings mounting sustainability pressures, forcing operators to balance soaring compute demand with energy efficiency, regulatory compliance and environmental performance.

How Danish engineering giant Danfoss is using advanced IoT and AI to deliver dramatic energy efficiency gains to buildings around the world.

Frank Maguire of Equativ explores how sustainable ad tech is reducing carbon emissions, increasing transparency, and reshaping digital media while driving efficiency, accountability, and trust across the advertising supply chain.

Creative storytelling transforms scientific breakthroughs into cultural movements — from mammoth meatballs to AI art — making innovation relatable, emotional, and impactful for the public

AI is ready to help achieve Net Zero in marine industries—but remains underused. To unlock its potential, we must prioritise data infrastructure, policy, and collaboration.

UK businesses face rising pressure to reach net zero by 2050. Overcoming renewable energy and reporting challenges requires urgent, data-driven, and flexible sustainability strategies.

As global headlines focus on the environmental cost of artificial intelligence – from the staggering energy required to train large

Generative AI and IoT are transforming water efficiency in farming, helping farmers save resources, cut costs, and grow better crops despite climate-driven drought conditions.
Jim Hietala of The Open Group explains how AI, paired with data standardisation, enables accurate emissions tracking—vital for organisations striving toward a net-zero future.

Saskia Manson of re:new argues sustainable construction’s tipping point hinges on tech, policy, and action. Reusing materials, not just recycling, offers vast carbon savings.

The data centre market is exploding at a rapid rate, mainly driven by the march of artificial intelligence (AI), which

The single biggest threat humanity is currently facing is climate change. It’s causing a rise in global temperature, sea level,

Discover how businesses can mitigate AI’s environmental impact through energy-efficient models, sustainable data centres, circular economy strategies, and AI-driven sustainability solutions.

EcoOnline’s David Picton on how businesses can successfully negotiate the trade-offs between the promises of AI and their progress towards net zero.

Battery energy storage systems (BESS) are essential to the UK’s renewable energy future, addressing reliability, grid stability, and economic feasibility while reducing reliance on fossil fuels.

Mark Pestridge of Telehouse Europe highlights how tech leaders can leverage data centre ESG initiatives to drive sustainability, workforce development, and community impact while advancing corporate goals.

Gilead Science’s PrEP Hub® platform is a gamechanger in the fight against HIV – both the disease and the stigma.

AI and natural-language processing present a huge opportunity for stretched healthcare systems to transform their clinical day-to-day.

Shiny new features mean nothing without reliable data. Discover why strong data foundations matter more than flashy updates in building technology that truly works.

Tech For Good speaks to Out There Impact about its partnership with the World Health Organization as they look to counter the spread of COVID-19 disinformation

To mark the occasion and emphasise the need for continued momentum, Tech For Good asked some of the leading female figures in technology to share their thoughts.

Sascha Giese of SolarWinds explores how ethical, inclusive AI can transform UK education by supporting teachers, enhancing accessibility, and ensuring equal learning opportunities.

Dr. Atanu Chaudhuri is leading new research into the positive impact 3D printing technologies could have on healthcare systems. In this podcast, Atanu discusses current adoption levels and reveals some of the groundbreaking use cases.

Anthony Baker is co-founder and CEO of Satellite Vu.
In this podcast, Anthony reveals how his company plans to use thermal and infrared imaging satellites to help assess the climate impact of every building on the planet.

Jeroen Bruinooge of Netradyne explains how AI-powered fleet intelligence helps fleets cut fuel waste, reduce emissions, improve safety and accelerate climate action.

Michel Muizer of Expereo explores why space-based data centres are emerging, but argues enterprises must prioritise resilient, sustainable infrastructure on Earth first.

Liana Downey of SLR explains why businesses must treat climate intelligence as a core resilience tool, embedded across operations, finance and supply chains.

Ruth Kerrigan of IES argues that decarbonising UK offices is essential for energy security, productivity and business resilience in a volatile climate.

Orbital data centres promise lower cooling costs and faster space analytics, but open governance is vital to prevent compute power concentrating in orbit unfairly globally.

Dr. Atanu Chaudhuri explores whether space-based data centres could solve Earth’s growing digital infrastructure crisis while balancing sustainability, latency, cost and technological feasibility.

Industrial 3D printing is transforming construction through sustainable materials, design flexibility and on-demand manufacturing, enabling faster, efficient building methods and reducing environmental impact.

AI growth is driving resource demand, but industry leaders reveal how innovation, efficiency and cultural change can help businesses scale sustainably without compromising environmental responsibility.

The UK’s AI-driven data centre expansion brings mounting sustainability pressures, forcing operators to balance soaring compute demand with energy efficiency, regulatory compliance and environmental performance.

How Danish engineering giant Danfoss is using advanced IoT and AI to deliver dramatic energy efficiency gains to buildings around the world.

Frank Maguire of Equativ explores how sustainable ad tech is reducing carbon emissions, increasing transparency, and reshaping digital media while driving efficiency, accountability, and trust across the advertising supply chain.

Creative storytelling transforms scientific breakthroughs into cultural movements — from mammoth meatballs to AI art — making innovation relatable, emotional, and impactful for the public

AI is ready to help achieve Net Zero in marine industries—but remains underused. To unlock its potential, we must prioritise data infrastructure, policy, and collaboration.

UK businesses face rising pressure to reach net zero by 2050. Overcoming renewable energy and reporting challenges requires urgent, data-driven, and flexible sustainability strategies.

As global headlines focus on the environmental cost of artificial intelligence – from the staggering energy required to train large

Generative AI and IoT are transforming water efficiency in farming, helping farmers save resources, cut costs, and grow better crops despite climate-driven drought conditions.
Jim Hietala of The Open Group explains how AI, paired with data standardisation, enables accurate emissions tracking—vital for organisations striving toward a net-zero future.

Saskia Manson of re:new argues sustainable construction’s tipping point hinges on tech, policy, and action. Reusing materials, not just recycling, offers vast carbon savings.

The data centre market is exploding at a rapid rate, mainly driven by the march of artificial intelligence (AI), which

The single biggest threat humanity is currently facing is climate change. It’s causing a rise in global temperature, sea level,

Discover how businesses can mitigate AI’s environmental impact through energy-efficient models, sustainable data centres, circular economy strategies, and AI-driven sustainability solutions.

EcoOnline’s David Picton on how businesses can successfully negotiate the trade-offs between the promises of AI and their progress towards net zero.

Battery energy storage systems (BESS) are essential to the UK’s renewable energy future, addressing reliability, grid stability, and economic feasibility while reducing reliance on fossil fuels.

Mark Pestridge of Telehouse Europe highlights how tech leaders can leverage data centre ESG initiatives to drive sustainability, workforce development, and community impact while advancing corporate goals.