Why Deploy on Evolving Edge?
Evolving Edge lets you serve content and edge computing workloads from a network of thousands of independently-operated devices distributed across U.S. metro areas, instead of a handful of centralized data centers. The result is hyperlocal delivery: sub-10ms response times in served areas, compared to 70ms or more from traditional cloud CDN infrastructure. See What is Evolving Edge? for how the underlying network works.
Who this is for
Section titled “Who this is for”Businesses and developers who want low-latency edge computing capabilities in U.S. metro areas, without operating their own edge infrastructure.
How the network is architected
Section titled “How the network is architected”Traditional cloud infrastructure centralizes computing in a small number of large data centers, so a request commonly travels several hundred to a few thousand miles round trip before a response comes back. Evolving Edge distributes that computing across three tiers instead:
| Tier | What it is | Where it sits | What it’s for |
|---|---|---|---|
| Neighborhood nodes | Residential and small-business devices running the node agent | Inside the requesting user’s MSA - often the same neighborhood | Primary delivery path; the source of the network’s low-latency advantage |
| Regional nodes | Data center capacity Evolving Edge operates directly | Metro-to-regional scale | Overflow capacity and failover where neighborhood-node coverage is thin |
| AI Orchestration Layer | The control plane’s routing and scoring system (see Glossary) | N/A - a coordination layer, not a physical tier | Routes each request to the best available node and predicts demand to pre-position content |
Because neighborhood-node density varies by MSA, actual latency in a given metro depends on how built-out the network is there - see Coverage & Performance for what that looks like for a specific location. Regional nodes exist to keep the network functional everywhere else while neighborhood coverage grows.
Capabilities
Section titled “Capabilities”- Hyperlocal delivery - content served from inside the neighborhood or metro area (MSA) it’s requested from, not routed across the country. See MSA & POP in the Glossary.
- Distributed by design - thousands of independently-operated nodes instead of a handful of hyperscale data centers, which means better redundancy against regional outages.
- Transparent infrastructure - the node software that serves your content is open source under the Mozilla Public License 2.0. You can review exactly how content is handled before trusting it to the network.
- Growing capabilities - the network currently focuses on CDN content delivery. Edge AI Inference and Arbitrary Compute are on track to launch later this year, letting you run inference and general-purpose workloads on the same distributed hardware that delivers your content today.
Next: Getting Started >