In the past two decades, traditional databases have almost monopolized the enterprise-level market. However, with the continuous development of technology, the drawbacks of traditional self-built databases have gradually emerged. On the one hand, their prices are high, and IT costs such as millions of hardware, software licenses, and service fees are unbearable for ordinary enterprises; on the other hand, in mobile Internet and Internet of Things Currently, the generation of massive data requires databases with higher scalability, flexibility, and guaranteed performance. However, traditional databases cannot meet the needs of enterprises due to their own limitations. Faced with some expansion requirements, it takes only half a year to plan.
The turning point of the enterprise database break has also begun to appear in recent years.
With the rapid development of cloud computing and other related technologies, various types of clouds have emerged, serving more and more different types of corporate businesses. Under the guidance of this trend, from the government, medical, financial From companies to enterprises pursuing flexible and low-cost manufacturing, medical, catering, and Internet industries, they have begun to explore the path to cloud. On the cloud, as a key business core database service, compared with the previous traditional database solution, there are mainly the following five advantages:
Low cost : Cloud database is an integrated database service system that can be purchased according to the different requirements of the enterprise. After the cloud database service is purchased, there is a professional team to maintain your database, which greatly reduces the cost of personnel and funds.
Convenient and fast : Supports fast application and creation, and within a few minutes, you can have a database that belongs to your own unified management.
High reliability : Cloud database has powerful functions such as multiple monitoring, automatic data backup, and security encryption, which greatly increases the security and reliability of enterprise data.
High data security : The 24/7 customer service team helps the company maintain the database, and it also has multiple monitoring, instance read and write, access whitelists, automatic failover, data restoration, and default data encryption.
Flexibility : You can choose the database type, internal configuration, and flexible expansion space according to the different requirements of the enterprise. Compared with the traditional self-built database, it has higher freedom and flexibility.
Even if the cloud database can solve the various thorny problems of self-built open source databases at this stage, enterprises and individual developers still have many concerns:
A: "How to do the security of cloud database? How to realize data encryption?"
B: "How much can the cloud database expand during storage expansion? Will the expansion stop?"
C: "How much does the cloud database cost? What is the charging model? Will the cost be high?"
D: "Will it be troublesome to migrate the original data to the cloud? Will it take a long time?"
On October 22, there will be an online dialogue for you to answer your questions! Onlookers ' sea Ji | Google Cloud today to talk about "a series of activities II : Dialogue on TiDB core database cloud Cheats, you will see the architect Roderick Woo and PingCAP TiDB Liu Yin, head of cloud offerings from Google Cloud to share through dialogue TiDB open source and architecture evolution, and Google Cloud's technical empowerment for database cloud.
PingCAP created the first NewSQL open source project in China-TiDB. It has very hard-core practical experience in the cloud field of core databases. Google Cloud is also a leader in the practice of cloud computing and big data technology. This field is strong. Strong collision conversations will surely bring you more thoughts and inspirations about database migration to the cloud!
What topics will be discussed in the live broadcast?
Disassemble the knowledge of cloud database architecture design from simplified architecture and classic architecture
Comprehensive interpretation of the technology behind TiDB from industry + scenarios
How to deploy cloud database to improve product usability?
Explain the advantageous position of TiDB in the GCP database ecosystem
For more exciting content, please watch the live broadcast...
Guest introduction
Liu Yin is currently in charge of TiDB Cloud platform R&D and SRE related work, exploring how to integrate TiDB and public cloud more deeply, and formulating a roadmap to help products go-to-market. Liu Yin joined PingCAP in the early days and grew up with TiDB, focusing on research on database ecological tools, container technology and public cloud products. At the same time, he is keen on open source technology and hopes that TiDB can better integrate with the cloud ecology and create more value for community users.
Wu Bin, currently an architect of Google Cloud, helps companies build cloud-native architectural solutions. He is very good at data analysis, search engines and big data-related technologies, thanks to more than 10 years of research and development experience as a software engineer. He is also an active contributor and organizer of the open source software community.
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