Introducing De-WAN
De-WAN (Decentralized Wide Area Network) is an innovative platform meticulously designed to enable decentralized sharing of computing resources among nodes.
De-WAN (Decentralized Wide Area Network) is an innovative platform meticulously designed to enable decentralized sharing of computing resources among nodes.
As a pioneer in De-WAN technology, Multiple Network has constructed a sophisticated, decentralized network layer and protocol for enhanced digital assets and data transmission.
Leveraging on the cutting-edge technologies inclusive of blockchain, SD-WAN, P2P and encryption, De-WAN technology empowers Multiple Network's resource owners to contribute their idle bandwidth and underutilized computing resources (CPU, memory, storage, etc.) to the network for real-time and offline data transmission.
Fundamentally, Multiple Deck adopts UDT (UDP-based Data Transfer) Protocol as the core protocol for real-time data transmission as UDT Protocol demonstrates the following niche features:
More Effective Congestion Detection and Management
UDT protocol optimizes congestion control by applying adaptive algorithms to monitor network conditions in real-time and dynamically adjust the transmission rate, evading the performance bottlenecks of traditional TCP in high-latency and high-packet-loss network environments.
UDT employs a rate-based congestion control mechanism instead of traditional window-based control mechanism, making it more efficient in those high-bandwidth and long-delay network environments.
More Accurate and Timely Packet Loss Detection and Recovery
UDT maintains high transmission efficiency while providing better data integrity assurance. Specifically, UDT uses enhanced ACK (acknowledgment) and NAK (negative acknowledgment) mechanisms during transmission to promptly detect packet loss and initiate retransmission, ensuring data integrity.
Coupling De-WAN architecture with UDT Protocol, Multiple Deck has proven to achieve more superior transfer speed performance in comparison to traditional TCP Protocol.
As for offline data transmission, Multiple Network achieves efficient offline file transfer through IPFS technology, providing an effective file sending and receiving mechanism.
