Universal Hardware

Every device cultivates intelligence.

Your laptop. Your phone. That old desktop gathering dust in the closet. The gaming rig you built last summer. When they're idle, they train AI expert models for the cooperative — federated, private, and local. Your data never leaves your device. The experts you help train come back to you, sharper and more capable.

Diverse computing hardware connected in a mesh network

Four tiers. One cooperative.

Every device that joins the cooperative gets assigned to a tier based on what it can do — not what it cost. A five-year-old laptop and a brand-new phone might land in the same tier. Your tier determines what you train and what you receive. The cooperative cares about capability, not price tags.

Lite

The spark

Small but mighty. Lite Beacons handle focused specialist training — quick expert LoRA updates, small task inference, edge processing. Perfect for devices you already carry everywhere.

  • Smartphones (iOS and Android)
  • Tablets
  • Raspberry Pi 5
  • Older laptops
Trains models up to 3B parameters 4 – 8 GB memory. Small specialist training that still makes a real difference to the cooperative.
Standard

The backbone

Most of the cooperative lives here. Standard Beacons run medium-sized training runs and inference — real conversations, document analysis, code assistance, and creative work.

  • Modern laptops and desktops
  • Apple M1 / M2 Macs
  • Gaming laptops
  • Entry-level workstations
Trains models up to 13B parameters 16 – 32 GB memory. Serious AI training on everyday hardware.
Pro

The workhorse

Pro Beacons push into large model territory. Complex reasoning training, long-form generation, multi-step analysis, and regular heavy training runs. The hardware enthusiasts and creators live here.

  • Gaming PCs with RTX 3090 / 4090
  • Apple M2 Ultra / M4 Max
  • Professional workstations
  • High-memory desktops
Trains models up to 70B parameters 32 – 64+ GB memory or 12+ GB VRAM. Large-scale AI training that was unthinkable on consumer hardware a few years ago.
Ultra

The forge

Ultra Beacons are the training clusters of the cooperative. They run the largest open models, participate in distributed training, and forge new experts that the whole community receives. In the future, they may serve as edge hosts for their neighborhoods.

  • Multi-GPU rigs
  • AMD Strix Halo workstations
  • Server-grade hardware
  • Dedicated compute nodes
Trains models beyond 70B parameters 128+ GB memory or multi-GPU arrays. Heavy training, frontier inference, and network-scale coordination.

It just figures it out.

When you install the One People node software, a hardware scanner runs automatically. It discovers what your device can do, benchmarks it in under 20 seconds, and assigns a tier. No forms to fill out. No specs to look up. No technical knowledge required.

1

Discovery

The scanner detects your CPU, GPU, memory, and available storage using safe, user-space methods. It works on Linux, macOS, and Windows. It never needs administrator access and never collects serial numbers, MAC addresses, or any hardware fingerprints.

2

Benchmark

A quick, local inference test — roughly 15 seconds — measures your device’s actual AI performance. No downloads, no cloud calls. Just a small bundled model that runs on whatever you have, from CPU-only laptops to multi-GPU rigs.

3

Tier assignment

The scanner combines your hardware profile with the benchmark result to assign a tier: Lite, Standard, Pro, or Ultra. You can set limits too — for example, only contribute Lite capacity during the day and Standard at night.

4

Ready to contribute

Your Beacon publishes its capabilities to the cooperative. The routing layer starts sending you training tasks that match what your device can handle. You cultivate intelligence for the community, and the experts you help train come back to you. That is it — you are part of the cooperative.

Privacy-first scanning

The hardware scanner is a capability detector, not a fingerprinting tool. It identifies what your device can do without identifying your device. No serial numbers. No MAC addresses. No hardware fingerprints.

It supports every major GPU family — NVIDIA (CUDA), AMD (ROCm), Intel (OneAPI), and Apple Silicon (Metal) — and detects trusted execution environments for sensitive workloads like health data, without ever overstating what the hardware can actually do.

No gatekeeping. Everyone contributes.

Most distributed computing networks set a high bar. You need expensive hardware, technical expertise, and a willingness to jump through hoops. One People does the opposite. If your device can do useful work, it belongs.

No minimum specs

A Raspberry Pi running small specialist training is a real contributor, not a second-class citizen. The cooperative values every Beacon for what it brings. A thousand Lite Beacons covering a city is more valuable than one Ultra Beacon in a data center on the other side of the world.

Your hardware, your terms

You decide when to contribute and how much. Cap your tier during work hours. Go full capacity overnight. Pause anytime. The cooperative adapts to your life, not the other way around. You stay in control of your own machine.

Real intelligence from idle compute

Right now, billions of devices sit idle most of the day. That wasted computing power could be training AI expert models — medical specialists, creative assistants, civic tools — for the cooperative. One People makes idle compute productive and meaningful.

When the lights go out, your neighborhood still has answers.

Imagine a blackout. The internet is down. The data centers are silent. But your neighborhood still has intelligence — because the Beacon in your home is still serving AI to the people around you. Medicine, education, and truth, running on your hardware, for your community.

Edge serving — the future

Today, your hardware trains AI for the cooperative. Tomorrow, it may serve it too. A neighbor's phone borrows your GPU for a moment. A local clinic runs health AI on your node. Your data never leaves. Their data never leaves. The intelligence stays local.

Gated on privacy

Edge serving only unlocks when we solve the privacy puzzle together. We're building a model where your hardware serves your community without exposing your data or theirs. When it's ready, members who opt in can become lighthouses for their neighborhoods.

Civic resilience

This is the deeper promise: a community that can think for itself, even when the rest of the world goes dark. Not a node in a network. A guardian of your community. The last line of defense against centralized failure.

The future of computing is not a data center in someone else's country. It is the device in your hand, the laptop on your desk, and the old tower in your closet — all cultivating intelligence together, for all peoples.