TINA

Join the TINA SPACE.
Your participation
creates shared value.

Be part of a growing geospatial network.Contribute, verify, and share data-while earning real value.

About TINA SPACE

Geo-DePIN Project

Building a Reward Ecosystem Powered by Geospatial Information

Geospatial Information

Decentralized Physical Infrastructure Networks

Token Rewards

Ecosystem Stats

Current data that reflects our shared growth

1M+

Total KM Mapped

53K+

Places Registered

200K+

Community Validations

420K+

Map Data Collected

Background

Challenges in the Geospatial Information Supply Environment

Limitations of Provider-Centric Models

Reduced accessibility to diverse information and constraints on developing a varied data ecosystem

Lack of Data Recency

Real-time data updates require significant resources, making it difficult to maintain accuracy

Limited data access due to centralization

Diverse users face limitations in accessing and effectively using the data they need

Lack of Rewards and Incentives for User Participation

Insufficient compensation for data contributors makes it difficult to secure quality data

Mission & Vision

TINA SPACE: Implementation of a Web 3.0 Geospatial Ecosystem

User Participation and Distributed Collaboration System

Building a distributed system with a cyclical structure that enables easy access and utilization for all participants

Provision of High-Quality Geospatial Information

Expanding the use of geospatial technologies across industries such as IoT, AI, Big Data, and autonomous driving

Build a Platform-Based Sharing System

Pursuing the decentralization of data control and enabling rational transactions of geospatial information

Reward and Incentive System for Information Provided

Generating new value from geospatial information provided by participants and ensuring fair rewards

Service Model

Building a virtuous Geospatial Information Ecosystem

Designing
a Circular Data Structure

A closed-loop system where data generation, verification, utilization, and rewards are seamlessly connected within the TINA SPACE ecosystem

Service Model Diagram

Establishing
a Data-Sharing System

Building a sharing framework based on high-precision data that can be utilized across various industries and services

Service Architecture

Shaping a trusted Geospatial Data Network

TINA Ecosystem Flow

Roles in the Ecosystem (by Participant)

  • User : Data generation (registration), verification, and consumption
  • Platform : Data collection, processing, validation, provisioning, and reward distribution
  • Enterprises : Data purchase and service application

Service Characteristics

  • Decentralized Collaboration Model: Real-time data accumulation through active user participation
  • Trust-Based Verification System: Hybrid validation combining user input and system logic
  • Built-in Incentive Structure: User actions → rewards → sustained engagement
  • B2B Model: Monetization through data sales to enterprise clients

Closed-Loop Data Flow

Real-time user participation enables the collection of high-quality data, allowing the service to grow within the TINA ecosystem and expand across diverse industries

Closed-Loop Data Flow Diagram
Data Utilization Model

Transforming data into shared value

Road and Traffic Information

  • Collecting road network and change data using a map-matching engine to overcome the limitations of traditional traffic surveys

Detailed Infrastructure Data

  • Collecting and delivering detailed infrastructure data to improve HD map precision and overcome gaps in outdated or incomplete mapping
TINA SPACE data utilization: Shape, Location, Attribute and geospatial information flow

POI(Point of Interest)

  • Real-time acquisition of accurate and reliable POI data reflecting rapid location changes through a hybrid verification system

Location-Based Data

  • Delivering personalized services and maximizing marketing impact through hotspot and visit trend analysis to create shared value with partners
Tokenomics

Token Distribution

TINA token distribution: name, supply, network, and allocation chart
Partners

Sustainable Partnerships and Continuous Collaboration

Blockchain & Web3

Collaboration to strengthen service reliability and build a scalable ecosystem based on global blockchain networks, while expanding the user base.

Blockchain & Web3

Mobility

Integration of high-precision maps, location data, and the reward ecosystem to improve service quality and enhance data reliability.

Mobility

Other Industry

Collaboration with professional institutions in legal, patent, and tax fields to ensure IP protection, regulatory compliance, and a stable business foundation.

Other Industry
Roadmap

Achieving goals and driving growth forward

TINA project roadmap: milestones from H1 2025 through global expansion

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