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Infera offers a decentralized AI inference network for open-source LLMs democratizing AI access through Infera Lite is a Chrome extension designed to enhance your experience with the Infera node by providing a graphical interface that simplifies node management. This tool acts as a bridge between the command-line operations of your node and a user-friendly visual interface, making it easier to control and monitor your node directly from your browser. • Visual Node Management: Transform complex terminal commands into intuitive visual controls. Manage your Infera node operations with ease using a graphical interface that streamlines your workflow. • User-Friendly Design: The extension is designed to be accessible for all users, regardless of technical background. Navigate through node operations and settings with simple clicks rather than typing commands in the terminal. • Cross-Platform Compatibility: No matter where your Infera node is running—macOS, Linux, or Windows—the Infera Node Visual Interface integrates seamlessly to provide a consistent management experience. For users who prefer a graphical interface over command-line interactions, the Infera Node Visual Interface offers an elegant solution. It translates terminal-based node management into an easy-to-use visual experience, allowing you to control and monitor your Infera node without the need for extensive technical knowledge. Whether you’re a developer, blockchain enthusiast, or enterprise user, this extension simplifies node management and enhances productivity. Install the Infera Node Visual Interface and experience the convenience of managing your Infera node through an intuitive, user-friendly graphical interface. Join the growing community of Infera users who value both power and simplicity in decentralized AI and blockchain technology.
CONET Platform Extension
CONET Platform Extension Introduction CONET proxy is a commercial application based on the decentralized zero-trust, privacy-first CONET wallet address routing network. Proxy service is one of the commonly used applications on the Internet. It can help customers hide their real IP addresses and let the proxy server access Internet websites on their behalf as a way to gain privacy. Many applications natively support the use of proxy servers, such as Firefox, Telegram, Game applications, etc. The traditional proxy server is remote, and customers access the proxy through the Internet. 1)Traffic receiving layer-receives traffic from clients accessing the Internet. 2)Proxy protocol layer - responds to different proxy protocols used by clients. 3)Proxy access client - sends Internet access request to the target server on behalf of the client, then back the response from server to the client. CONET splits the proxy server into two parts. 1)Client's local side: Receives the client's network access traffic, then packages it into a CONET network package, then sends it to the CONET privacy network to connects to the proxy server through the wallet address. 2)Remote part: After receiving the client request flowing in through the wallet address, the proxy server uses its own IP address to access the target server on behalf of the client, then back the responds from target server to the client. When opens the Google homepage, you can see that the entire homepage is composed of 42 different types of files. The CONET proxy service can use 42 different nodes in the CONET network to process these 42 different requests at the same time, proxy the client to make Google requests. From the view of Google, it cannot imagine that 42 requests from different IP addresses are issued from the same browser page. From the perspective of network monitors, customers are visiting multiple different websites, which can confuse the monitors' big data analysis. It is also impossible for the participants nodes within CONET to piece together traces of customers’ network access. Benefit from the traffic obfuscation technology of the CONET wallet address network, the CONET proxy service hides the obvious fingerprints of proxy service communications, making it impossible for network monitors to identify that client are using VPN for private communications. CONET proxies can be used to bypass network blocking techniques.
Kleo Network
Kleo is a platform to allow users to earn a stake in the AI revolution to its maximum potential. Kleo Network is a user consumption DATA DAO and resource sharing platform so that anyone can earn a stake in the AI revolution. For the users, it's a simple chrome extension that anyone can download and own their consumption data and share their resources. For data seekers it's a platform which allows public web data or getting pooled data of lot of users. The users get rewards for sharing their data and resources thus keeping them incentivized. For companies it offers quick and realtime access to public web data and consumer shared data to build AI models, thus democratizing data access.
LED.GOLD
LED.Gold is an innovative Depin blockchain technology platform that integrates cutting-edge consensus mechanisms, smart contracts, cross-chain technologies, privacy protection strategies, etc., to provide users with more efficient, secure and scalable blockchain services.
Functor Node
Functor Chrome extension turns your browser into a light node contributing to secure, automated crosschain txs across EVM The Functor Network Chrome extension turns your browser into a powerful light node, enabling secure, automated on-chain actions across multiple EVM chains. It brings Functor Network’s decentralized keystore rollup right into your browser, letting you contribute to network security while simplifying key management for AI-driven automation and on-chain applications.
