Cloud computing can also be related to distributed computing system which refers to the process of decomposing huge data computing processing programs into many small programs through the network “cloud”. The system also processes and analyzes through a system composed of multiple servers, so the data returns in a cycled way. In the early stages, cloud computing was simple distributed system which was aimed to solve task distribution and merge the calculation results. For now cloud services not only include distributed computing, but also computer technologies such as utility computing, load balancing, parallel computing, network storage, backup redundancy, and virtualization.
In the field of cloud computing, service providers such as Amazon AWS and Azure have been operating for many years. In the pandemic time, the popularity of Internet applications such as remote office, online education, and online games have exploded sharply and respectively the amount of computing has increased sharply too, the demand for cloud computing at the social level has been increased too. At the same time, with the acceleration of 5G’s commercial use and the continuous improvement of cloud computing upstream and downstream infrastructures, cloud computing has gradually ushered into a golden development period.
However, crises and opportunities can coexist too. On June 27, 2018, some functions of Alibaba Cloud’s official website experienced abnormal access issues, which caused its users to have the problems. One of the experienced industry practitioner tweeted: Alibaba cloud’s function has failed and caused online failures. At that time they downgraded the local computing system immediately, but Alibaba Cloud’s Kubernetes also didn’t work.
If we will look for the reasons, it won’t be difficult for us to find that centralized cloud service providers such as AWS and Alibaba cloud have inevitable drawbacks, and incidents which can cause server’s downtime and server attacks may happen at any time. Once the users choose these cloud computing service providers, it means that they trust all their private information on the third-party centralized servers. Once a failure occurs, the consequences will be immeasurable.
BitDNS Decentralized Cloud Computing Platform
BitDNS provides an idea and vision of “building a decentralized cloud service platform” and is committed to build a decentralized cloud service platform including decentralized cloud computing.
If we will compare centralized cloud computing, decentralized cloud computing has obvious advantages, which are mainly reflected in the following aspects:
It is safe and trustworthy. Decentralized cloud computing servers achieve a high degree of distributed decentralization. The shutdown of any servers will not cause user data losses. At the same time, the data uploaded by users will be encrypted. A single node cannot obtain complete user information, and user data’s security will be greatly guaranteed.
Lower cost. In the era of data, the Internet, AI technology, and 5G have brought massive amounts of data, and the storage cost of these data continues to increase. And because of the characteristics of decentralized cloud computing that can store data on a large number of individual computing nodes, the marginal cost will be much lower.
Data confirmation and authorization. In the form of decentralized cloud computing system, individual users can control their own data information through private keys, and third parties can only access data if they are authorized by the user’s private key. Therefore, users can decide by themselves whether to share the data with a third party, and obtain the benefits of selling the data through digital assets on the chain.
Features of BitDNS Decentralized Cloud Computing Platform
BitDNS’s decentralized cloud computing platform will have a large number of decentralized servers, which are characterized by distributed (mining machines). For enterprises, they can deploy their own services at a lower cost. For ordinary users, mining machines will provide network resources and obtain DNS incentives.
Of course, we need emphasized here that BitDNS’s decentralized servers are different from BTC/ETH mining machines. These servers are not used for hash collision calculations; they are also different from EOS/TRON’s DPOS node servers. These servers are not for the basic chain.
BitDNS servers can serve upper-level applications such as DApps, and are used to replace cloud servers that are currently heavily used by DApps.
How BitDNS can replace centralized cloud servers
BitDNS’s mining machine is based on the most advanced Docker containerization and K3S/K8S clouding technology. Therefore, the distributed server is divided into two levels. The first level is the distributed server node under the wide area network. This network structure is more like a blockchain. Here, the node can be composed of physical machines or a virtual node (similar to a mining pool). When the performance of the physical machine is insufficient, a large number of secondary nodes can be deployed in the local area network or in the data center to form a virtual node with super performance, expansion at any time, unlimited expansion, and scaling on demand.
The future scenario of BitDNS cloud server
In the future, the service content of BitDNS decentralized cloud computing platform will include: elastic computing, edge computing, Internet of Things, distributed AI computing, distributed application components (database, storage, CDN, streaming media, microservices, messaging services, etc.) Etc.), application scenarios include: websites, APP servers, forums, blogs, chat tools, cloud computers, cloud live broadcasts, cloud games, e-commerce/O2O, etc.
What role does BitDNS’s domain name resolution play?
Domain name resolution is the core component and key interconnection tool for realizing and decentralizing cloud computing platform
Without domain name resolution, the service cannot be accessed. The following steps is the process of BitDNS domain name resolution:
1. The user opens a web browser, then enters www.example.com in the address bar, and then presses Enter.
2. The request of www.example.com is routed to the resolver provided by BitDNS: APP/PC end program/router/DNS server.
3. The BitDNS resolver is connected to multiple blockchains, and the IP address (192.0.2.44) or IPFS address corresponds to www.example.com or IPFS addresses: ipfs://hash or IPv8 address (such as: 18.104.22.168. 192.0.2.44), and it returns the IP address to the WEB browser or BitDNS WEB-HUB connector.
4. If it is an IPFS address or an IPv8 address, WEB-HUB will allocate an address on the machine (such as 22.214.171.124), and establish the machine and the IPFS node server, or the machine and the IPv8 distributed cloud computing node server (such as : 126.96.36.199.192.0.2.44), and return the local address (188.8.131.52) to the browser
5. For the traditional IP address 192.0.2.44, its server will directly return the website content of www.example.com to the WEB browser; for IPFS/IPv8 addresses, the native WEB-HUB program will transfer www.example.com on the server on IPFS/IPv8 The content of the example.com website is retrieved and returned to the browser.
Obviously, the decentralized cloud computing platform created by BitDNS has built a true core infrastructure for the new era of decentralized web, which will help the DWeb4.0 era. At the same time, it provides new ideas for solving the drawbacks of centralized cloud computing, and jointly promotes the infrastructure construction of new infrastructure in the digital economy era.
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