onocoy Documentation
  • 1. INTRODUCTION
    • What is Onocoy?
  • Why GNSS matters?
  • Mission and Vision
  • 2. How It Works (DePIN + GNSS)
    • DePIN for GNSS
  • Decentralizing correction data
  • Benefits for users and miners?
  • 3. Become a Miner
    • Hardware recommendations
    • Installation guide
    • Connect your station to onocoy
    • Data Validation
  • Receive rewards
  • Data quality standards
  • Reward calculation
    • Location Scale
  • Explorer
    • Sky Map
  • 4. Get GNSS Corrections
    • Getting datacredits
    • Setting of the credentials
    • Configure the GNSS receiver
    • Setting up a GNSS receiver (to delete)
  • Service levels
  • 5. Token and Incentives
    • ONO token utility and design
  • Tokenomics
  • Mining rewards breakdown
  • Token release strategy
  • 6. How to Contribute.
    • Deployment partners
    • Hardware partners
  • Rooftop partners
  • Distribution partners
  • 7. Governance and Community
    • DAO & voting
  • 8. FAQ / Troubleshooting
    • Top miner questions
      • Explaining datum shifts
  • Correction usage issues (WIP)
  • Support contact
  • Glossary
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  • 👥 For RTCM Data Users (e.g. GNSS device users, service providers)
  • 🧑‍🌾 For Miners (GNSS station operators)
  • 🧠 Summary: Win-Win Model

Benefits for users and miners?

👥 For RTCM Data Users (e.g. GNSS device users, service providers)

✅ 1. Global Access to High-Quality Data

  • Access a globally distributed network of RTCM streams (based on open standards like RTCM3 over NTRIP).

  • Useful for applications like precision agriculture, autonomous vehicles, surveying, and more.

  • No need to deal with fragmented, regional providers.

💸 2. Affordable Pay-Per-Use Model

  • No expensive annual subscriptions (which can cost $200–$50,000/year/device).

  • Onocoy uses data credits for pay-per-use pricing — perfect for scaling across mass-market devices and new geographies.

🟢 3. Open and Interoperable

  • Compatible with any standard GNSS hardware — no vendor lock-in.

  • Encourages modular system design (users can pick the best device and the best data source separately).

🔄 4. Real-Time, Single-Base RTK Support

  • Users get low-latency, high-accuracy corrections from the nearest station.

  • Especially valuable for use cases like robotic navigation, drone flight, or automated farming.

🌍 5. Access in Under-Served Regions

  • Onocoy’s incentive model motivates miners to deploy stations in underrepresented areas (e.g., rural Africa or South America).

  • Users can benefit from coverage where none existed before.


🧑‍🌾 For Miners (GNSS station operators)

💰 1. New Revenue Streams

  • Earn ONO tokens based on:

    • Signal quality

    • Uptime

    • Usage of the station

    • Underserved location bonus

  • No need to build a user base — Onocoy handles demand aggregation.

🛠 2. Easy Integration

  • Use existing GNSS hardware and standard protocols (NTRIP, RTCM).

  • No proprietary software or expensive new systems required.

🔍 3. Real-Time Quality Monitoring

  • Validators provide automated feedback on data quality, availability, and performance.

  • Helps miners maintain high standards and optimize station performance.

🗺 4. Location-Based Incentives

  • Miners are rewarded more for deploying stations in areas with low coverage or high potential demand.

  • This encourages smart network growth, not just clustering in profitable urban areas.

🌐 5. Community and Ecosystem Participation

  • Miners become part of a global, decentralized GNSS infrastructure movement.

  • Unlike being a cog in a closed system, Onocoy allows miners to contribute to open, humanity-serving applications (e.g., disaster monitoring, climate tracking).


🧠 Summary: Win-Win Model

Benefit
RTCM Data Users
Miners

Affordable access

✅

✅ (mass-market demand)

Open standards

✅

✅

No vendor lock-in

✅

✅

Scalable network

✅

✅

Incentivized deployment

✅ (coverage in more areas)

✅ (more rewards in under-served regions)

Real-time quality control

✅ (trusted data)

✅ (feedback loop)

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Last updated 1 month ago