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Technology

The architecture behind Hyper Grid.

Three systems make idle consumer hardware usable as infrastructure: a trust-first agent, a reliability-aware scheduler and immutable usage metering.

Technology

Built for unreliable hardware.
Designed for reliable compute.

01

Trust-first Agent

  • Kernel-level isolation
  • Encrypted outbound tunnel
  • Checkpointed execution
  • Instant pause/resume

02

Reliability-aware Scheduler

  • Historical sleep/wake learning
  • 0–100 reliability score
  • Predictive job assignment
  • Automatic failover

03

Immutable Usage Metering

  • 60-second usage records
  • Rate locked at job creation
  • Customer billing
  • Contributor payouts

Traction

Already working. Now scaling.

Current stage

Demonstrated

Prototype

Internal test network · 1–5 machines

Job lifecycle

  1. Submit

    01

  2. Schedule

    02

  3. Deploy

    03

  4. Isolate

    04

  5. Execute

    05

  6. Meter

    06

  7. Complete

    07

The core job lifecycle has already been demonstrated on a real internal test network.

Built

Working today
  • Contributor agent
  • Idle detection
  • Encrypted tunnel
  • Container execution
  • Pause/resume
  • Node registration
  • Job dispatch
  • Usage metrics

Next stage

Planned
  • Automated payouts
  • Customer billing
  • Sleep-window prediction
  • Multi-node redundancy

The next cloud is already switched on.

We're turning idle computing into useful computing.

Hyper Grid · Distributed Storage & Edge Computing