People-powered
distributed infrastructure
WeAD Home Cloud is the platform — Layer 3 orchestration and verification for a hybrid edge network. Data centers fund solar panels, Power Box, Data Box, and AI Box at host homes and apartments. Data centers pay homeowners passive hosting income. WeAD routes workloads and monitors the fleet. Hosts provide the shell only — never the hardware.
Control Plane Services
Power Telemetry
Real-time solar generation, battery state-of-charge, and grid draw per node. Data House Mode defers heavy compute to surplus or off-peak windows.
METRIC: solar_kw · battery_pct · grid_draw_w
Storage Fabric
Fleet-wide capacity tracking across ~50 TB edge nodes. Route archive, cache, and Web3 slice workloads to nodes with available terabytes.
METRIC: storage_used_tb / storage_cap_tb
AI Inference Grid
Monitor inference utilization and model identity. Auto-assign workloads to highest-scoring nodes meeting bandwidth class requirements.
METRIC: ai_util_pct · node_score
Solar-First Power
Every Data House runs on solar-backed power funded by the data center — panels on the roof, around the house, or at apartment sites. The Power Box manages generation, battery, and grid draw.
Home Cloud tracks solar_kw on every heartbeat. Nodes with higher solar input score better for workload placement. Heavy inference and storage jobs queue until the fleet reports solar_surplus or off_peak mode.
Stakeholders
WeAD Platform
Layer 3 control plane — orchestration, node scoring, workload routing, verification, and the NOC console. WeAD is the platform; we do not fund hardware or pay hosts directly.
Data Center Operators
AI and cloud companies that fund everything at the site — solar panels (roof, ground, or apartment install), Power Box, Data Box, and AI Box. They remotely operate nodes through the platform and pay homeowners passive hosting income (Abstract 38 Layer 4).
Site Hosts
Homeowners and apartment residents who provide roof/ground space and indoor footprint. Pay nothing — data center funds solar too. No hardware access. Earn passive income from data centers via the site host program.
Workload Tenants
Third-party customers submitting storage, inference, cache, or gaming jobs through the REST API. Data centers fund edge capacity at host sites; WeAD routes each job to the best-scoring node.
Core Data Centers
Layer 1 hyperscale facilities. Training stays centralized. Hybrid model offloads edge-suitable work (inference, storage, cache, web3, gaming) to home nodes — reducing mega-build expansion per Abstract 38.
What Data Centers Do
Fund the full install
- Solar panels — rooftop, ground-mount, or around the house / apartment block
- Power Box — solar input, battery, grid management
- Data Box — ~50 TB edge storage
- AI Box — edge inference compute
Host pays $0 · data center owns and funds all equipment
Operate & pay via platform
- Remotely operate nodes through Home Cloud
- Dispatch storage, inference, cache, and gaming workloads
- Schedule compute around solar_surplus and off-peak power
- Pay homeowners passive hosting income
WeAD orchestrates · data centers fund and pay
Funding & Control Model
Edge Hardware Stack
Data-center-funded, locked install at each host site — solar array plus Abstract 38 Data House modules:
Solar Array
Rooftop, ground-mount, or apartment surround — funded and owned by the data center. Primary power source for the node.
Power Box
Solar input, battery management, grid tie-in. Connected to data-center-funded panels. Feeds real-time energy telemetry to the control plane.
Data Box
~50 TB edge storage array. Serves tenant cache, backup, archive, and distributed Web3 slices — all remotely managed.
AI Box
Ryzen AI Halo class inference. Runs local models when solar surplus or off-peak power allows.
Explore the live pilot fleet
Real nodes reporting telemetry. Full architecture in the technical whitepaper. Training stays on Layer 1; edge nodes run inference, storage, cache, web3, and gaming.