Web2 Bridging
Challenging the technical limits of data transmission
Introduction
Bridge Proxy is a commercial application based on the decentralized, zero-trust, privacy-first CONET Layer Minus network.
Proxy services are commonly used on the Internet to help clients conceal their real IP addresses. They work by accessing websites on behalf of the client through a proxy server, offering a way to maintain privacy. Many applications natively support the use of proxy servers, such as the Firefox browser, Telegram, gaming apps, and more. Traditional proxy servers are typically remote, and clients access them over the network.
Proxy Service Structure
Traffic Reception Layer: Receives traffic from client requests to access the Internet.
Proxy Protocol Layer: Responds to clients using different proxy protocols.
Proxy Access Client: Substitutes for the client to send Internet access requests to the target website, and the website's response is sent back to the client.
CONET Proxy Service Structure:
CONET divides the traditional proxy server into two parts.
Client Local Part: Receives network access traffic from the client, then packages it into CONET network communication packets and sends it to the CONET privacy network, linking to the proxy server using a wallet address.
Remote Part: Receives client requests entering through wallet addresses. The proxy server uses its own IP address to replace the client in accessing the target website, and the website's response is sent back to the client.
CONET Proxy Features
Privacy Priority: Privacy-enhancing tools like VPNs, which change the client's IP address, have a significant privacy loophole when it comes to centralized VPN providers who have access to all customer traffic activities. While the communication content is encrypted and secure, details such as data activity timestamps and communication data packet sizes can be used to infer a lot about the "description" of many customers. Despite the availability of various decentralized VPNs or tools like the Tor network, the communication efficiency and reliability often fail to meet the increasing needs of users.
CONET Proxy utilizes the innovative Layer Minus protocol developed by CONET. This protocol achieves complete no IP address at the network communication layer, ensuring full anonymity for the client-side. This makes it technically impossible for the proxy server to reconstruct the client's IP address from the sent request.
As an industry-first, clients can simultaneously use multiple proxy services with CONET Proxy to disperse traffic, creating fragmented communication. This significantly increases the difficulty of reconstructing the client's network communication fingerprint, making it exponentially more challenging.
The traffic obfuscation technology of the Layer Minus protocol further enhances CONET Proxy's capabilities, allowing client-side traffic to don an invisible cloak, operating silently and reliable.
Fragmented Traffic
The CONET proxy server can take the 42 different types of requests that make up the Google homepage, use different nodes within the CONET network to simultaneously proxy the client's requests to Google.
From Google's perspective, it cannot imagine 42 requests from different IP addresses originating from the same browser page. From the viewpoint of network monitors, the client appears to be accessing multiple different websites, disrupting the big data analysis of the monitors. The proxy services provided by participants within CONET also cannot piece together the client's network access traces.
Traffic Obfuscation Technology:
Benefit from the traffic obfuscation technology of the CONET wallet address communication network, CONET proxy services conceal the clear fingerprints of proxy service communication, making it difficult for network monitors to identify that the client is using VPN privacy communication. CONET proxy usage can be employed to bypass network blocking technologies.
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