The database market continues to expand, offering systems that are suited to virtually every use case. But what happens if you need something customized to your application? FoundationDB is a distributed key-value store that provides the primitives that you need to build a custom database platform. In this episode Ryan Worl explains how it is architected, how to use it for your applications, and provides examples of system design patterns that can be built on top of it. If you need a foundation for your distributed systems, then FoundationDB is definitely worth a closer look.
Alluxio provides an open source unified data orchestration layer for hybrid and multi-cloud environments, making data accessible wherever data computation and processing is done. By seamlessly pulling data from underlying data silos, Alluxio unlocks the value of data and allows for modern data-intensive workloads to become truly elastic and flexible for the cloud.
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- Alluxio is an open source, distributed data orchestration layer that makes it easier to scale your compute and your storage independently. By transparently pulling data from underlying silos, Alluxio unlocks the value of your data and allows for modern computation-intensive workloads to become truly elastic and flexible for the cloud. With Alluxio, companies like Barclays, JD.com, Tencent, and Two Sigma can manage data efficiently, accelerate business analytics, and ease the adoption of any cloud. Go to dataengineeringpodcast.com/alluxio today to learn more and thank them for their support.
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- Your host is Tobias Macey and today I’m interviewing Ryan Worl about FoundationDB, a distributed key/value store that gives you the power of ACID transactions in a NoSQL database
- How did you get involved in the area of data management?
- Can you explain what FoundationDB is and how you got involved with the project?
- What are some of the unique use cases that FoundationDB enables?
- Can you describe how FoundationDB is architected?
- How is the ACID compliance implemented at the cluster level?
- What are some of the mechanisms built into FoundationDB that contribute to its fault tolerance?
- How are conflicts managed?
- FoundationDB has an interesting feature in the form of Layers that provide different semantics on the underlying storage. Can you describe how that is implemented and some of the interesting layers that are available?
- Is it possible to apply different layers, such as relational and document, to the same underlying objects in storage?
- One of the aspects of FoundationDB that is called out in the documentation and which I have heard about elsewhere is the performance that it provides. Can you describe some of the implementation mechanics of FoundationDB that allow it to provide such high throughput?
- For someone who wants to run FoundationDB can you describe a typical deployment topology?
- What are the scaling factors for the underlying storage and for the Layers that are operating on the cluster?
- Once you have a cluster deployed, what are some of the edge cases that users should watch out for?
- How are version upgrades managed in a cluster?
- What are some of the ways that FoundationDB impacts the way that an application developer or data engineer would architect their software as compared to working with something like Postgres or MongoDB?
- What are some of the more interesting/unusual/unexpected ways that you have seen FoundationDB used?
- When is FoundationDB the wrong choice?
- What is in store for the future of FoundationDB?
- From your perspective, what is the biggest gap in the tooling or technology for data management today?
- Andy Pavlo
- Archive.org – The Internet Archive
- FoundationDB Summit
- Flow Language
- Actor Model
- PAXOS consensus algorithm
- Multi-Version Concurrency Control (MVCC) AKA Optimistic Locking
- CAP Theorem
- Record Layer
- Document Layer
- Protocol Buffers
- Ryan Worl FoundationDB Summit Presentation
- Google F1
- Google Spanner
- B+ Tree
- Michael Stonebraker
- Three Vs