DEXNET is a closed local network of dedicated microservers (nodes) using three independent communication channels: public Internet Ethernet, GSM roaming-free mobile network and DEXWAN high-frequency terrestrial channel. It solves the problems of centralization by complementing the traditional Internet with its own blockchain and independent communication channels, providing secure and decentralized data transfer.

To earn with DexNet, you can become an owner of DEX Node devices that enable the functioning of the network. By participating in the network, you will be remunerated in DEXNet tokens for your contribution.

DEXNET offers several benefits, including:
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1. All private information belongs only to its owner. At the moment when the user decided to upload private files to DEXCLOUD, the files are encrypted into a container, which is split into fragments, each fragment is copied and copies are distributed to the nodes. The system checks that a certain number of fragment copies are always available to build and download the container with the file. If one of the nodes shuts down or the connection to it fails, the system automatically copies the available copies of the container fragments to more stable free nodes.

2. All data sent to the public Internet are encrypted with a key, which is sent to the addressee bypassing the public Internet via low-orbit satellites. For example, a message transmitted in DEX messenger are encrypted in a container, the decryption key is sent to a subscriber via satellite network, bypassing the traditional Internet.

3. Decentralized data center by default is deprived of the traditional data center disadvantages:
‍- there is no single point of data center location, which means that the data center is physically secure.
- There is no legal vulnerability, because centralized data centers belong to legal entities with all the ensuing consequences.
- distribution of energy load and cooling. Data centers consume megawatts of electricity and require an impressive number of personnel to maintain the servers themselves, as well as the power and cooling communications.

DEXNET's mission is to make the Internet safe and private by combining decentralization with alternative data transmission algorithms. It aims to provide every individual with the right to privacy in their online communications, ensuring that personal information remains protected.

DEX Node devices are physical micro servers equipped with high-performance multithreaded processors, 2TB SSD memory, and 4 communication channels: a high-frequency terrestrial channel, an autonomous communication channel at 915 MHz, public Internet, GSM and a low-orbit satellite channel. These devices form a distributed, decentralized environment and serve as the foundation for deploying DEX services.

DEX Cloud is a decentralized cloud storage technology that operates within the DEXNET network. Instead of storing files on centralized servers, DEX Cloud encrypts files into containers, splits them into fragments, and distributes the fragments across DEX Node devices. The system ensures constant availability by monitoring and copying the container fragments to other devices in case of connection loss. This enables users to securely store and access their files at any time.

DEX Mobile is the world's first decentralized international mobile operator. It utilizes the existing network of GSM stations to exchange encrypted data packages. The decryption key is transmitted to the subscriber through either the Swarm Space X low-orbit satellite network or the DEX WAN channel. Subscribers need to connect their mobile devices with eSim Dex Mobile installed to the DEXNET network at least once to exchange decryption keys. This process bypasses operator towers and the public Internet, ensuring secure communication.

DEXNET differs from the public Internet by addressing the limitations and vulnerabilities of centralization. While technologies like Blockchain, Torrent, and DEX exchanges advocate for decentralization, they still rely on the centralized platform of the public Internet. DEXNET, on the other hand, decentralizes data centers and transfers ownership to users within the decentralized network. Each DEX Node acts as a mini server with independent communication channels, enhancing security and privacy.

DEXNET prioritizes security in its communication infrastructure. It utilizes encryption techniques to protect data transmitted through its various channels. The use of containers and fragmentation ensures that files remain secure and accessible even in the event of node shutdowns or communication losses. Additionally, the transmission of decryption keys via low-orbit satellites bypasses the traditional Internet, minimizing the risk of interception.

DEX NET contributes to the decentralization of data centers by empowering users and members of the decentralized network. Instead of relying on centralized data centers, DEX Node devices owned by network participants form a distributed and decentralized environment. This approach eliminates the vulnerabilities associated with centralized data centers, such as physical security risks, legal implications, and power distribution challenges.