# Decentralizing correction data

onocoy contributes to the **decentralization of GNSS correction data** by fundamentally transforming how GNSS infrastructure is built, owned, and operated. Here’s a breakdown of how onocoy achieves this decentralization:

***

#### 🚀 **1. Community-Powered GNSS Infrastructure**

Instead of relying on a few centralized correction service providers, onocoy enables **anyone to operate a GNSS reference station (CORS)** and stream correction data in exchange for tokens. This allows:

* A **broader geographic spread** of stations.
* Participation from individuals and organizations outside the traditional GNSS industry.
* Reduced infrastructure redundancy and costs, compared to centralized models which often over-serve profitable areas and under-serve the rest of the world.

***

#### 🧠 **2. Use of Web3 and Blockchain for Trust & Coordination**

onocoy leverages **blockchain and smart contracts** to create a **decentralized physical infrastructure network (DePIN)**:

* **Token incentives** (ONO token) reward station operators and validators.
* **Smart contracts** manage rewards, data validation, and governance transparently.
* **Non-transferable data credits**, pegged to fiat value, ensure predictability for customers while separating speculation from service access.

***

#### 🔍 **3. Validator Network for Data Quality**

To prevent bad actors from submitting fake or synthetic GNSS data just to earn tokens, onocoy deploys a **decentralized validator network** that:

* Monitors data quality using physical and statistical properties of GNSS signals.
* Validates measurements with real-time and post-processed checks.
* Provides **real-time alerts** and quality scoring for reference station operators.

***

#### 🔓 **4. Open Standards for Interoperability**

Unlike many legacy providers who rely on proprietary protocols, onocoy:

* Supports open standards (e.g., RTCM3 over NTRIP).
* Avoids vendor lock-in.
* Allows integration with existing and new equipment, fostering compatibility and network growth.

***

#### 🧩 **5. Separation of Infrastructure and Services**

Traditional GNSS correction services are vertically integrated—tying hardware, infrastructure, and services together. onocoy **decouples** these layers:

* **Reference stations** become part of a shared infrastructure.
* **Correction service providers** can use onocoy’s data without having to build their own network.
* This opens doors for **mass-market and emerging region applications**.

***

#### 🌍 **6. Enabling Global Coverage and Equity**

onocoy’s model:

* Lowers barriers to entry for contributors and users.
* Creates potential for GNSS correction availability in **under-served regions** like Africa, South America, and rural Asia.
* Supports **humanitarian and scientific applications** such as earthquake early warning, climate monitoring, and global navigation.

***

#### 📈 **7. Progressive Decentralization & Governance**

onocoy’s governance includes:

* Square-root voting to prevent power concentration.
* Delegated voting by token holders.
* Long-term goal of a fully **community-controlled infrastructure** via its Swiss-based nonprofit association.

***

In essence, onocoy **democratizes the GNSS correction ecosystem**, breaking the monopoly of legacy players and fostering a scalable, transparent, and collaborative alternative powered by community incentives and open protocols.