Edge computing
Not every request needs to travel to a large data centre. This section explains when processing data close to where it is created makes a measurable difference, how latency adds up along the way, and where private 5G networks fit for factories, campuses and logistics sites.
3 pages
In this section
01
Edge vs. Cloud Latency: Where Milliseconds Come From
Edge vs. cloud latency explained: how distance, network hops, radio access, handshakes and processing add up, and when moving compute closer really helps.
02
Private 5G Networks for Businesses: A Practical Guide
Private 5G networks explained: what a campus network is, how spectrum is licensed, deployment models, use cases, how it compares with Wi-Fi and how to start.
03
What Is Edge Computing? Definition and Examples
Edge computing explained: processing data close to where it is created, the main edge layers, typical use cases and when the cloud is the better fit.
Other sections
App platforms (PaaS)
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European cloud
Hetzner, STACKIT, IONOS, OVHcloud, Scaleway and others compared, plus what sovereign cloud and GDPR-compliant hosting actually require and how to move off AWS or Azure.
Cloud-native basics
What cloud-native really means, when microservices beat a monolith, how small teams ship containers without a platform team, and which managed Kubernetes services run in Europe.