Hebton Co., Ltd., a company specializing in spatial data technologies, announced on January 27 that it has entered into a strategic partnership agreement with AhnLab Blockchain Company, commonly known as ABC. ABC operates as the blockchain-focused subsidiary of AhnLab, a major cybersecurity firm. Through this collaboration, the two companies aim to broaden the adoption of practical Web3 services by integrating Web3 wallet infrastructure with a blockchain-based spatial data platform.
The agreement focuses on combining Hebton’s blockchain-driven spatial data initiatives with ABC’s wallet technology. Hebton confirmed that its Geo-DePIN project, known as TINA, has officially incorporated ABC’s Web3 wallet, Clip, into the TINA mobile application. This integration is designed to simplify user access to Web3 functionality by embedding wallet features directly into the app, removing the need for complicated external procedures. According to Hebton, this approach creates a smoother pathway for traditional Web2 users to transition into Web3-based services.
Integrating Wallet Infrastructure Into Spatial Data Platforms
With the integration of the Clip wallet, users of the TINA app can now participate in spatial data contribution and reward mechanisms within a native Web3 wallet environment. The company explained that this setup allows users to engage with blockchain-based incentives in a more intuitive and accessible way. By lowering technical barriers, Hebton expects to encourage broader participation from users who may be unfamiliar with blockchain technology but are already comfortable with mobile applications.
TINA operates as a Web3-based geospatial data platform built on the Geo-DePIN model, which emphasizes decentralized and participatory data collection. Through the mobile app, users can gather and submit various types of traffic and location-based data, including points of interest, road conditions, and building environments. In return for their contributions, participants receive rewards, creating an incentive-driven ecosystem for data generation.
Expanding the Use of Decentralized Spatial Data
Hebton indicated that the data collected through TINA is refined into high-quality spatial datasets that can be applied across multiple industries. These use cases include autonomous driving systems, smart city infrastructure, logistics optimization, and advanced digital mapping solutions. By relying on a participatory data collection model, the platform seeks to address shortcomings associated with centralized spatial data markets, such as limited coverage, high costs, and slow update cycles.
The company positions its Geo-DePIN approach as a way to democratize spatial data production while maintaining accuracy and reliability. By leveraging blockchain technology, Hebton aims to ensure transparency in data contributions and reward distribution, while also fostering trust among participants and data consumers.
Background of the Partner Companies
Hebton is a domestic startup focused on building a user-driven spatial data ecosystem through Web3 technologies. Its core mission centers on enabling individuals to actively contribute to and benefit from the spatial data economy. ABC, on the other hand, brings established blockchain and security expertise to the partnership. As a subsidiary of AhnLab, a well-known cybersecurity provider, ABC operates the Clip Web3 wallet, which has accumulated more than 2.4 million users to date.
The scale of Clip’s existing user base is expected to play a key role in accelerating the adoption of the TINA platform. By integrating a widely used wallet, Hebton anticipates improved trust, usability, and onboarding efficiency for new users entering the Geo-DePIN ecosystem.
Outlook for the TINA Ecosystem
Hebton’s leadership expressed confidence that the partnership would strengthen the stability and credibility of the TINA geospatial data ecosystem. The company emphasized that Clip’s strong security features and user-friendly design are likely to generate meaningful synergies, particularly in improving platform accessibility and supporting future scalability. As Web3 applications continue to evolve beyond experimental use cases, the collaboration reflects a broader industry trend toward integrating blockchain technology into real-world data and infrastructure services.
