The modern era of software development is identified by ubiquitous access to elastic infrastructure for computation and easy automation of deployment. This has led to a class of applications that can quickly scale to serve users worldwide. This requires a new class of data storage which can accomodate that demand without having to rearchitect your system at each level of growth. YugabyteDB is an open source database designed to support planet scale workloads with high data density and full ACID compliance. In this episode Karthik Ranganathan explains how Yugabyte is architected, their motivations for being fully open source, and how they simplify the process of scaling your application from greenfield to global.
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- Your host is Tobias Macey and today I’m interviewing Karthik Ranganathan about YugabyteDB, the open source, high-performance distributed SQL database for global, internet-scale apps.
- How did you get involved in the area of data management?
- Can you start by describing what YugabyteDB is and its origin story?
- A growing trend in database engines (e.g. FaunaDB, CockroachDB) has been an out of the box focus on global distribution. Why is that important and how does it work in Yugabyte?
- What are the caveats?
- What are the most notable features of YugabyteDB that would lead someone to choose it over any of the myriad other options?
- What are the use cases that it is uniquely suited to?
- What are some of the systems or architecture patterns that can be replaced with Yugabyte?
- How does the design of Yugabyte or the different ways it is being used influence the way that users should think about modeling their data?
- Yugabyte is an impressive piece of engineering. Can you talk through the major design elements and how it is implemented?
- Easy scaling and failover is a feature that many database engines would like to be able to claim. What are the difficult elements that prevent them from implementing that capability as a standard practice?
- What do you have to sacrifice in order to support the level of scale and fault tolerance that you provide?
- Speaking of scaling, there are many ways to define that term, from vertical scaling of storage or compute, to horizontal scaling of compute, to scaling of reads and writes. What are the primary scaling factors that you focus on in Yugabyte?
- How do you approach testing and validation of the code given the complexity of the system that you are building?
- In terms of the query API you have support for a Postgres compatible SQL dialect as well as a Cassandra based syntax. What are the benefits of targeting compatibility with those platforms?
- What are the challenges and benefits of maintaining compatibility with those other platforms?
- Can you describe how the storage layer is implemented and the division between the different query formats?
- What are the operational characteristics of YugabyteDB?
- What are the complexities or edge cases that users should be aware of when planning a deployment?
- One of the challenges of working with large volumes of data is creating and maintaining backups. How does Yugabyte handle that problem?
- Most open source infrastructure projects that are backed by a business withhold various "enterprise" features such as backups and change data capture as a means of driving revenue. Can you talk through your motivation for releasing those capabilities as open source?
- What is the business model that you are using for YugabyteDB and how does it differ from the tribal knowledge of how open source companies generally work?
- What are some of the most interesting, innovative, or unexpected ways that you have seen yugabyte used?
- When is Yugabyte the wrong choice?
- What do you have planned for the future of the technical and business aspects of Yugabyte?
- From your perspective, what is the biggest gap in the tooling or technology for data management today?
- Thank you for listening! Don’t forget to check out our other show, Podcast.__init__ to learn about the Python language, its community, and the innovative ways it is being used.
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