Cutting-edge video streaming solution that intelligently adapts to changing network conditions and server capacities. It combines IPTV TCP streaming and P2P UDP streaming over Web 3.0 blockchain technology, dynamically transitioning between them based on real-time demands. DSP reduces load balancer usage, optimizes content delivery, and adapts to network conditions, ensuring smooth streaming, efficiency, and cost savings.

As connection numbers approach the server's maximum capacity, the protocol seamlessly switches to P2P mode, optimizing content distribution and reducing server load. This adaptive approach ensures smooth, reliable video delivery, significantly minimizing buffering and latency issues. With the "Dynamic Streaming Protocol," video streaming providers can offer a cost-effective, efficient, and future-proof streaming experience to their audiences, revolutionizing the way content is delivered in the digital age.

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Web 3.0 Blockchhain Nodes

The blockchain network consists of 4 pivotal nodes, each playing a crucial role in ensuring a robust and secure ecosystem for content delivery. These nodes are User Server, Content Server, Proxy Server and Reverse Proxy Server.
A Proxy Node acts VPN server to hide the User and Content Servers, or A Reverse Proxy Node hides the User Server, guarding it from direct exposure. This enhances security, load balancing, and overall performance.

Dynamic Streaming Protocol

Dynblends Web 3.0, blockchain, and P2P technology to ensure seamless content delivery. By dynamically transitioning between TCP and P2P UDP streaming, it optimizes distribution, redefining efficient streaming.

Low Latency Streaming

DSP employs UDP for "Low Latency Streaming." UDP's streamlined data transmission, though less error-resistant than TCP, accelerates content delivery, benefiting real-time applications by minimizing delays.

Secure Your Channels

By employing UDP (User Datagram Protocol) instead of TCP, a proactive defense strategy against unauthorized restreaming is implemented. UDP's rapid transmission discourages hackers, as it prioritizes speed over error correction, making channel restreaming more challenging due to the unpredictable data reconstruction process. While not ensuring complete data integrity, this approach enhances security by prioritizing low latency and content obscurity.