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Understand the use of blockchain in data centers

Time : 22/01/2022 Author : uxn681 Click : + -
        Like any trend, blockchain technology has advantages and disadvantages, especially in the context of data centers. However, the growing influence of blockchain can provide appropriate competitive advantages for organizations. Today, blockchain technology is one of the biggest trends in the industry. According to Deloitte's "2021 global blockchain survey", 81% of the executives of major organizations said that they believe that blockchain technology has extensive scalability and has been adopted by the mainstream. In addition, 78% also reported that their executive team believed that there was a convincing business case for using blockchain in their organization, and 80% were discussing how to integrate it into their current strategy.
        Blockchain is a highly secure and immutable record keeping technology. Bad actors cannot break into the system or forge data stored on the system. This distributed ledger technology records transactions and related data in multiple places at the same time, preventing a single point of failure and verifying every piece of information it stores. Compared with traditional databases that store data in rows, columns, tables and files, blockchain is decentralized and managed by computers in point-to-point networks. It stores data in chained blocks; During the transaction, each data block is sent to each computer node in the network, where it is authorized and then securely attached to the blockchain.
        After adding, the block cannot be changed. The verification process ensures the uniqueness and legitimacy of the data, and bears a timestamp to prove it. If someone tries to swap out a block, copy it, or change its state, the computer network that makes up the blockchain will immediately receive an alarm. Until the problem is solved, no one can add a new block to the chain. Security can easily become the biggest advantage of blockchain, followed by flexibility. Each block is continuously coordinated by the computer network. If one node fails, it will not crash the whole system, because all other nodes have a copy of the ledger. There are several types of blockchains and various uses across industries. Because this technology can simplify and lock the transaction process, the financial industry currently leads the adoption of blockchain.
        Blockchain uses decentralization to manage and store data. Blockchain networks can be composed of dozens, hundreds or thousands of computers distributed around the world. In order to make blockchain vulnerabilities successful, hackers must shut down multiple computers in the network &mdash& mdash; Even so, blockchain data storage is encrypted, thereby minimizing security risks. These advantages directly compete with traditional data center storage. Data centers store large amounts of data in one location. This centralization exposes them to the risks of local natural disasters and power outages. In order to add some redundancy and prevent data loss, organizations may replicate data and store it in other locations; However, this process is time-consuming and expensive, and will cause excess information, which also needs protection.
        Blockchain data storage can provide a higher level of security, reliability, redundancy, elasticity and transparency. Its distributed nature enables users to better control where they store data, which will also affect accessibility and availability. That is, accessibility and availability may be detractors from decentralized approaches. To retrieve a data block, different nodes on the network must synchronize, verify and pull the data block; This can take a lot of time, depending on the location and load of the node. Traditional data centers can provide faster speed and higher levels of data availability. Although the security of blockchain is quite advanced, it is not perfect.
        As more and more users adopt this technology, bad actors will better discover and exploit vulnerabilities in the blockchain. However, for now, it provides better data security than internal and cloud storage. Finally, cost is an important factor in determining whether an organization will choose to adopt blockchain. Although blockchain is becoming more and more popular every day, it is still not widely deployed by organizations &mdash& mdash; At least at the same level as cloud storage, cloud storage is cheap, and now there are many forms. For data center teams seeking blockchain methods, they should first re evaluate the infrastructure of the data center.
        Consider how to transfer resources, start implementing and move towards a decentralized architecture. Start thinking about how to build a point-to-point network that can handle blockchain workflow. The rise of blockchain also requires more reliable power, high-performance devices that can quickly process data blocks, and more intensive cooling to prevent devices from overheating during intensive computing. The faster the user writes and validates blocks, the better. Therefore, please be sure to consider these requirements and invest accordingly. The traditional data center architecture must undergo fundamental changes to meet the needs of blockchain for higher traffic and availability, including employees with professional blockchain skills. This is an arduous task; However, by planning now, organizations can keep up with the growing demand for data processing and adapt to customer needs when adopting new business strategies to integrate blockchains.
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