Data Horse — Powering the Future of Data. Together.
People-powered decentralized storage network

Powering the Future of Data. Together.

The world is entering an AI-driven era. Every search, every message, every AI model needs massive storage and compute power. Today it’s controlled by a few centralized data centers—expensive to build, expensive to run, and costly for the planet.

Data Horse rethinks the model by turning unused storage already sitting in millions of mobile devices into secure, distributed infrastructure— and sharing the value created with participants.

No trading. No speculation. Just infrastructure participation. Rewards are not guaranteed and depend on device availability, network performance, and demand.

Your phone has unused storage

Most devices use less than 50% of their storage. Data Horse turns unused capacity into productive infrastructure.

Enterprises need scalable storage

Businesses pay for decentralized storage services—creating value shared with participants.

Traditional data centers are costly

Land, cooling, hardware, and power costs grow fast—and those costs get passed to users.

Security by design

End-to-end encryption + fragmentation means no single device holds complete or readable data.

What Is Data Horse?

Decentralized cloud storage using everyday devices

Data Horse is a decentralized cloud network that securely uses unused storage on everyday devices to support the growing global demand for data. We optimize storage costs for enterprises and share the value created with the people who make the network possible.

✅ Secure fragmentation ✅ End-to-end encryption ✅ Value shared with participants

Why the world needs a new model

Traditional data centers:
  • Billions spent on land, cooling, hardware, and power
  • Centralized risk and outages
  • Massive carbon footprint
  • Costs passed on to end users
The opportunity:
  • Billions of mobile phones globally
  • Most devices use less than 50% of their storage
  • Always connected, always distributed
  • Unused capacity becomes infrastructure

How Data Horse Works

High-level overview
1
Allocate a small, fixed portion of storage
You choose a tier and allocate unused space—fixed and transparent.
2
Data is fragmented & encrypted
Before distribution, data is securely encrypted and split into pieces.
3
No single device holds complete data
No single phone stores readable or complete files.
4
Enterprises pay for decentralized storage
Demand creates value across the network.
5
Participants earn rewards
Rewards depend on availability, uptime, and network demand—no speculation.

Rewards Through Participation, Not Speculation

Data Horse is not a trading platform, not crypto speculation, and not a get-rich-quick scheme. Rewards are based on:

  • Your device’s availability
  • Network uptime
  • The type of data your device supports
  • Overall network growth

In controlled beta environments, participation-based reward growth has historically ranged in the low double digits annually, depending on network conditions and contribution levels. Figures are illustrative; rewards are not guaranteed.

Participation Tiers

Choose a tier that matches your comfort level

Bronze

Entry tier for basic network support.

Silver

Balanced contribution with improved multipliers.

Gold

Higher availability expectations, higher rewards potential.

Diamond

Advanced tier supporting higher-demand data categories.

Each tier supports different categories of data and may carry different reward multipliers based on sensitivity, redundancy requirements, and demand. Allocated storage remains fixed and transparent.

Security & Trust by Design

Your device contributes storage—nothing more

End-to-end encryption

Stored fragments are encrypted and never decrypted on participant devices.

Fragmentation across devices

No single phone holds complete or readable data.

Integrity & event logging

Blockchain-secured event logging + continuous integrity verification for network integrity.

Built for a Sustainable Future

Greener digital infrastructure

Traditional data centers consume enormous energy

  • High electricity demand
  • Cooling requirements
  • New land & hardware expansion

Data Horse reduces the need for new capacity

  • Reuses existing hardware already in circulation
  • Lowers overall energy consumption
  • Supports ESG-aligned, long-term infrastructure

How We Compare

We don’t replace the cloud—we evolve it
Category
Traditional Cloud
Data Horse
Infrastructure
Centralized data centers
Distributed device network
Resilience
Single-region risks & outages
Decentralized redundancy
Cost model
High capex + energy costs
Lower infra cost via unused capacity
Value distribution
Concentrated
Shared with participants

Who Is Data Horse For?

Built for long-term infrastructure believers

Mobile users

People with unused storage who want to support a new model.

Alternatives seekers

Those looking beyond stocks, crypto, or stagnant assets.

Institutions & investors

Organizations exploring decentralized cloud infrastructure.

Frequently Asked Questions

Quick answers
Is this an investment product? +

No. Participation rewards are based on contribution to the network.

Are rewards guaranteed? +

No. Rewards depend on device availability, network performance, and demand.

Can I exit? +

Yes, early exit is supported, subject to network conditions and applicable adjustments.

Does my phone slow down? +

No. Storage use is fixed, encrypted, and managed in the background.

Join the Early Network

Early Access / Join Waitlist

Be part of new global infrastructure

Technology growth should benefit everyone—not just data centers. Join the waitlist to get early access updates.

Tip: Connect this form to Mailchimp / ConvertKit / your API for real submissions.

Key commitments

  • No speculation: Rewards come from participation.
  • Privacy-first: Your device never stores readable files.
  • Transparent: Fixed storage allocation by tier.
  • Sustainable: Reuse existing hardware capacity.
© Data Horse. All rights reserved.
Disclaimer: Rewards are illustrative and not guaranteed. Participation outcomes depend on availability, network performance, demand, and other conditions.