01
Compute Fields
Modular, energy-aware compute clusters designed to make intelligent workloads easier to place and scale.
Independent infrastructure concept
Infrastructure for the next flow of intelligence.
FanFlow imagines a quieter, more adaptable foundation for compute, transit, and machine intelligence.
Explore the vision
Early concept
Built in the open
FFCORE
010203COMPUTERELAYROUTE
The systems
Three layers. One continuous flow.
A future-facing infrastructure stack, considered as one connected system rather than a collection of isolated services.
02
Relay Fabric
A resilient transfer layer for moving data, context, and model traffic across tools, regions, and networks.
03
Signal Router
Context-aware routing that sends each workload to the right capability, with less waste and less friction.
The vision
From isolated machines to one adaptable flow.
Today's infrastructure is powerful but fragmented. FanFlow explores what happens when compute, networks, and intelligent routing behave like a single living system—available where it is needed, economical by default, and easy to connect.
Operating principles
Simple ideas, carried all the way through.
Open by design
Interfaces before lock-in. Clear boundaries before complexity.
Lean by default
Use only the compute, energy, and movement each task requires.
Built to connect
Across regions, runtimes, models, and whatever comes next.
Concept roadmap
Still early. Intentionally.
FanFlow is an evolving direction, not a finished platform. These are the questions currently shaping the work.
01NearEdge relay nodesExploring
02NextShared compute poolsResearch
03LaterAgent-aware routingLong horizon
FANFLOW / 2026