Next-Generation Content Acceleration Layer (CDN + DSN), incentivized by Token Economy, it’s cheaper yet faster. Utilized unused bandwidth and storage from any NAS, desktop, or mobile devices around the world. It’s distributed, efficient, and integrates perfectly with existing internet and blockchain infrastructure Served as a bandwidth optimization mechanism for every type of web content (static file / video on demand / live streaming)
The upper chart shows the application scenarios of Apps and dApps, including live broadcast, video sharing, photo sharing, file sharing, update file distribution, and future block chain identity, Trust Execution Environment (TEE), etc., and unlimited possibilities.The middle chart displays smart contracts and algorithms.The various algorithms maintain the efficiency of the POSEIDON NETWORK and form the supervision layer of it.The lower chart demonstrates the entire underlying architecture, which includes QCDN, DSN, and Block chain.QCDN also contains QEdge as the node and the Qontroller of the distributor.
Node Selection Algorithm
Caching Prediction Algorithm
Flexible QCDN pricing and smart contract
QEdge Voting and Reward smart contract
Payout and Lockup Cycle smart contract
The next-generation decentralized Content Delivery Network (dCDN) built by the POSEIDON NETWORK is called QCDN. It includes a traffic dispatcher called Qontroller, and QEdge, decentralized nodes from all over the world that join our network.
Decentralized Storage Network is mostly created by blockchain network like IPFS, Filecoin, etc. We combined with these technology and company to greater our network.
We create our token on Ethereum, and use Aelf network to create mutiple VM by runing nodes parallel. In addition, we cooperate with Nem, Harmony, and Cybavo to get the toppest technical advices and collaboration.
Alice is requesting content form worker Node C, before WN-C is starting to deliver, it sends a signal to its neighboring SN-A, and after the Content is delivered, Alice sends a confirmed signal to SN-A, and we shall call it “Verified”.
Bob is requesting content from Super Node B. Since SN-Bcan not verify itself, SN-B sends signal to neighboring SN-A, and after content is delivered, Bob Sends a confirmed signal to SN-A, and we shall call it “Verified”.
We demonstrate the decentralize storage like the IPFS, whitch is closer than cloud, and much faster than the others.
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