Combining Transactional And Analytical Workloads On MemSQL with Nikita Shamgunov
Summary
One of the most complex aspects of managing data for analytical workloads is moving it from a transactional database into the data warehouse. What if you didn’t have to do that at all? MemSQL is a distributed database built to support concurrent use by transactional, application oriented, and analytical, high volume, workloads on the same hardware. In this episode the CEO of MemSQL describes how the company and database got started, how it is architected for scale and speed, and how it is being used in production. This was a deep dive on how to build a successful company around a powerful platform, and how that platform simplifies operations for enterprise grade data management.
Preamble
Contact Info
The intro and outro music is from The Hug by The Freak Fandango Orchestra / CC BY-SA
One of the most complex aspects of managing data for analytical workloads is moving it from a transactional database into the data warehouse. What if you didn’t have to do that at all? MemSQL is a distributed database built to support concurrent use by transactional, application oriented, and analytical, high volume, workloads on the same hardware. In this episode the CEO of MemSQL describes how the company and database got started, how it is architected for scale and speed, and how it is being used in production. This was a deep dive on how to build a successful company around a powerful platform, and how that platform simplifies operations for enterprise grade data management.
Preamble
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- Your host is Tobias Macey and today I’m interviewing Nikita Shamgunov about MemSQL, a newSQL database built for simultaneous transactional and analytic workloads
- Introduction
- How did you get involved in the area of data management?
- Can you start by describing what MemSQL is and how the product and business first got started?
- What are the typical use cases for customers running MemSQL?
- What are the benefits of integrating the ingestion pipeline with the database engine?
- What are some typical ways that the ingest capability is leveraged by customers?
- How is MemSQL architected and how has the internal design evolved from when you first started working on it?
- Where does it fall on the axes of the CAP theorem?
- How much processing overhead is involved in the conversion from the column oriented data stored on disk to the row oriented data stored in memory?
- Can you describe the lifecycle of a write transaction?
- Can you discuss the techniques that are used in MemSQL to optimize for speed and overall system performance?
- How do you mitigate the impact of network latency throughout the cluster during query planning and execution?
- How much of the implementation of MemSQL is using custom built code vs. open source projects?
- What are some of the common difficulties that your customers encounter when building on top of or migrating to MemSQL?
- What have been some of the most challenging aspects of building and growing the technical and business implementation of MemSQL?
- When is MemSQL the wrong choice for a data platform?
- What do you have planned for the future of MemSQL?
Contact Info
- @nikitashamgunov on Twitter
- From your perspective, what is the biggest gap in the tooling or technology for data management today?
- MemSQL
- NewSQL
- Microsoft SQL Server
- St. Petersburg University of Fine Mechanics And Optics
- C
- C++
- In-Memory Database
- RAM (Random Access Memory)
- Flash Storage
- Oracle DB
- PostgreSQL
- Podcast Episode
- Kafka
- Kinesis
- Wealth Management
- Data Warehouse
- ODBC
- S3
- HDFS
- Avro
- Parquet
- Data Serialization Podcast Episode
- Broadcast Join
- Shuffle Join
- CAP Theorem
- Apache Arrow
- LZ4
- S2 Geospatial Library
- Sybase
- SAP Hana
- Kubernetes
The intro and outro music is from The Hug by The Freak Fandango Orchestra / CC BY-SA