Traditional devices are energy and data sinks. Power flips the paradigm. By fusing a Proof-of-Power blockchain with a peer-to-peer mesh network, your device becomes a working node in a global, decentralised infrastructure. You don’t just consume — you earn.
Most blockchains burn massive amounts of electricity. Power operates on Proof-of-Power (PoP). When a device is plugged into a Charger at full charge, the device dedicates a fraction of its idle compute to cryptographically verify zero-emission energy consumption.
Earn Green Tokens automatically as a background node. Use them to offset hardware costs or pay for premium cloud AI routing.
Route Green Tokens directly to your real-world home utility bills through the PowerPay ecosystem.
The software only activates when docked at 100%. Power routes directly to the silicon, bypassing the battery entirely.
Join thousands of Power users already earning passive Green Token rewards simply by keeping their device plugged in and charged.
We're integrating NVIDIA's AI-RAN technology into every PoP node — turning the world's mobile networks into a decentralised, self-optimising energy intelligence layer. Four phases. One destination.
Building the pipes that carry tomorrow's network.
Before AI-RAN can think for itself, we need to speak its language. Phase 1 prepares the PoP blockchain to accept AI-verified energy data, communicate with NVIDIA's network infrastructure, and scale to thousands of nodes without breaking a sweat.
Extended PopProof interface with aiRanCellId, nilmBreakdown, and inferenceModelHash fields. New /mesh-health REST endpoint added to pop-node/index.ts for SMO-driven topology updates. AIRAN_BATCH_VERIFY WebSocket message type added to P2PServer.ts. aiRanClient.ts gRPC adapter module scaffolded for NVIDIA Triton Inference Server.
No single point of failure. No single hand on the switch.
Today, a single oracle signs off on every block. Phase 2 distributes this responsibility across NVIDIA GPU nodes — meaning no one company, server, or government can switch the network off. Your energy data is verified by a consensus of AI, not a single key.
FROST/BLS threshold signature scheme deployed across AI-RAN peer fleet. pop-node repackaged as a Helm-chart O-RAN xApp for deployment to Nokia anyRAN SMO. NILM model trained on 18 months of telemetry_energy Supabase data. Integration with O1/A1 SMO interfaces for automated peer topology refresh on network degradation events.
The day your energy data becomes part of the world's wireless infrastructure.
On 10 February 2027, the PoP network and NVIDIA AI-RAN go live together. Every cell tower that runs AI-RAN becomes a PoP validator. Every PoP node that contributes GPU compute earns a new class of reward. This is the moment the network stops being an app and becomes infrastructure.
NVIDIA ARC-Pro cell sites run containerised pop-node xApps connecting to the P2P mesh via existing WebSocket PEERS env var. computeContributedGFLOPS field added to block schema, unlocking a third GGG reward stream. NVIDIA Triton Inference Server hosts three production models: energy-anomaly-v2, air-quality-baseline, solar-irradiance. Dashboard widget in DeepAnalyticsSuite shows live AI-RAN network health per cell.
When the radio wave itself becomes a PoP proof.
6G isn't just faster 5G. It's a fundamentally different kind of network — one where the air interface itself is a learnable AI parameter. Phase 4 makes the PoP network native to 6G from day one, so Power users don't just participate in the network of tomorrow — they helped build it.
Migration of P2PServer.ts WebSocket transport to QUIC/HTTP3 (aligned with 6G air interface). Native terahertz frequency PoP density management for ultra-dense deployments. AI-native air interface integration — waveform as a learnable parameter participates in PoP consensus. PoP xApp listed on NVIDIA Aerial marketplace, available to all O-RAN operators globally.
Every packet of energy data you generate travels through this chain — verified by AI, confirmed by the global PoP mesh, and settled on-chain. All in under a second.
This isn't just a technology upgrade. It's a shift in who owns and benefits from the networks that power modern life.