What makes Edge better for the environment?

The environmental problem with traditional cloud#

Traditional hyperscale cloud providers rely on massive centralised data centres. These facilities consume enormous amounts of energy for compute, storage and, above all, cooling. Data centres account for roughly 1–2% of global electricity use, and that figure is growing.

Beyond energy, traditional cloud has significant environmental costs: land use for sprawling campuses, concrete and steel for construction, water for cooling systems, and the embodied carbon of building new facilities. Each new data centre represents years of emissions before it even serves a single request.

How Edge is different#

Edge Network does not build data centres. Instead, it utilises existing spare capacity across 988 locations worldwide. These are community-run nodes: servers that are already running, powered and connected. The network puts underused resources to work rather than constructing new infrastructure.

Shorter data journeys: edge processing means data travels less. When compute happens at the edge, closer to users, transmission energy drops. Less distance means fewer hops, fewer routers, and less energy spent moving bits around the internet.

Efficiency gains: independent analysis indicates Edge can achieve roughly 50% less energy consumption per request than hyperscale providers. This stems from the distributed model: no idle servers burning energy in cavernous halls, no over-provisioned cooling, and utilisation of hardware that would otherwise run under capacity.

100% renewable where available: node operators can run on renewable energy. Many community nodes are in homes or small offices powered by solar, wind, or grid mixes with high renewable penetration. The network inherits that flexibility.

What this means in practice#

For developers and organisations using Edge, the environmental benefits translate into practical outcomes:

• Less carbon per request: each API call, page load, or asset delivery can have a lower footprint than equivalent traffic through traditional cloud.
• Less water for cooling: there are no monolithic cooling systems. Distributed nodes use ambient cooling or local HVAC where appropriate.
• Less concrete: zero new data centres are built, so there’s no additional land clearing and no embodied carbon from new construction.

Edge is not a silver bullet. All computing has an environmental cost. But for workloads suited to distributed edge infrastructure, the model offers a materially different and often lower-impact alternative to centralised hyperscale cloud.

Learn more#

For detailed environmental metrics, methodology, and ongoing research, see our environment page.