DePIN 浏览器 - DePIN Scan

Kage is revolutionizing the mobile gaming landscape with its launch as the first-ever DePIN Play-to-Earn game. Players engage in indoor navigation and low-power wayfinding solutions while earning cryptocurrency by detecting wireless networks. The game rewards participants with $CHIRP tokens for contributing to the creation of a community-owned geolocation database. Currently in its alpha pre-TGE release, Kage allows players to earn tokens even before the Token Generation Event (TGE), with two stages of reward distribution planned: one shortly after the TGE and another before the main game release. To get started with Kage, players must download the app, which is currently available only on Android devices. After installation, users can create an account or sign in, guided by an in-game assistant named Murray. The game features multiple interfaces, including a scanning screen where players can detect wireless signals and earn Data Chips. The gameplay encourages players to explore their surroundings to detect various network types, including Wi-Fi, Bluetooth, and cellular towers, while adhering to specific rules to ensure fair play and accurate data collection. In addition to the core gameplay, Kage introduces a unique scoring system where players earn Data Chips based on the networks they detect. The game also features leaderboards to track player progress, with rewards distributed to top participants. As part of the ongoing development, Kage will soon launch the Wings of Chronos campaign, where players can hunt for rare objects and earn additional tokens. With Kage, players are not just gaming; they are actively participating in the evolution of decentralized infrastructure and the Internet of Things (IoT).

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Kage, developed by Chirp, is emerging as a revolutionary solution in the gaming industry, particularly in the realm of geolocation data. Unlike traditional games like Pokémon Go, which have been criticized for collecting user data without consent, Kage empowers players by rewarding them for their contributions to building a global geolocation database. This innovative Play-to-Earn model not only allows users to earn cryptocurrency but also plays a vital role in enhancing indoor navigation services, an area that has seen limited advancements despite the growing demand for precise indoor positioning systems. The indoor positioning market is projected to grow significantly, and Kage aims to capitalize on this by gamifying the process of data collection through real-world activities. The gameplay of Kage immerses players in a narrative where they act as Data Hunters in a future where connectivity has collapsed. Guided by an AI named Murray, players engage in activities such as walking or driving to detect wireless signals, which they convert into in-game points called Data Chips. These chips not only enhance the player's status on leaderboards but also translate into tangible rewards in the form of $CHIRP tokens. The game incorporates elements like missions, quests, and community-driven features, ensuring that players remain engaged while contributing to a larger purpose — the restoration of connectivity and the creation of a robust indoor navigation ecosystem. Kage also introduces exciting campaigns like Wings of Chronos, where players hunt for rare items that unlock additional rewards. By shifting the data collection model from corporate giants to the community, Kage not only provides financial incentives for players but also democratizes access to valuable geolocation data. This approach positions Kage as more than just a game; it is a platform that bridges the gap between gaming, IoT, and decentralized technology, ultimately reshaping the future of how we interact with our environments and the data we generate.

In the rapidly evolving landscape of blockchain technology, DRIFE is making significant strides to simplify user onboarding through its integration of Sui's zkLogin technology. This innovative solution addresses the common complexities that often deter potential users from exploring blockchain's vast potential. By allowing riders and drivers to access DRIFE's decentralized ride-hailing services using familiar Web2 credentials, such as Google or Apple accounts, zkLogin bridges the gap between traditional online experiences and the innovative world of Web3. The zkLogin method utilizes zero-knowledge proofs (ZKPs) to provide a secure and user-friendly wallet authentication process. One of the most notable advantages of zkLogin is its elimination of the need for private keys or seed phrases, which are often a source of confusion and security risks for users. By simplifying wallet creation and enhancing security without the complexity of traditional systems, DRIFE empowers users to engage with blockchain technology effortlessly. This approach not only minimizes the risks of lost keys and phishing attacks but also encourages broader adoption of Web3 by making it accessible to non-technical users. With zkLogin, DRIFE is redefining the ride-hailing experience by ensuring that anyone can participate in its decentralized ecosystem, regardless of their familiarity with blockchain. Users can book and pay for rides securely while enjoying the benefits of transparency and fair payments. The integration of zkLogin represents a significant leap forward in making blockchain technology more approachable, allowing users to unlock its potential without the usual technical hurdles. As DRIFE continues to innovate, it sets a precedent for how blockchain can be seamlessly integrated into everyday services, paving the way for a more inclusive digital future.