Download as PDF, PPTX
More Related Content
Similar to Tachyon: An Open Source Memory-Centric Distributed Storage System
![Support, Monitoring, Continuous Improvement & Scaling Agentic Automation [3/3]](https://cdn.slidesharecdn.com/ss_thumbnails/agenticcommunityseries-day3-cfd-251120170304-ddef8112-thumbnail.jpg?width=640&height=640&fit=bounds)
Tachyon: An Open Source Memory-Centric Distributed Storage System
- 1. Haoyuan Li, TachyonNexus haoyuan@tachyonnexus.com September 30, 2015 @ Strata and Hadoop World NYC 2015 An Open Source Memory-Centric Distributed Storage System
- 2. Outline • Open Source • Introduction to Tachyon • New Features • Getting Involved 2
- 3. Outline • Open Source • Introduction to Tachyon • New Features • Getting Involved 3
- 4. History • Started atUC Berkeley AMPLab – From summer 2012 – Same lab produced Apache Spark and Apache Mesos • Open sourced – April 2013 – Apache License 2.0 – Latest Release: Version 0.7.1 (August 2015) • Deployed at > 100 companies 4
- 5. Contributors Growth 5 v0.4! Feb ‘14 v0.3! Oct‘13 v0.2 Apr ‘13 v0.1 Dec ‘12 v0.6! Mar ‘15 v0.5! Jul ‘14 v0.7! Jul ‘15 1 3 15 30 46 70 111
- 6. Contributors Growth 6 > 150Contributors (3x increment over the last Strata NYC) > 50 Organizations
- 7. Contributors Growth 7 One ofthe Fastest Growing Big Data Open Source Project
- 8. Thanks to Contributorsand Users! 8
- 9. One Tachyon Production DeploymentExample • Baidu (Dominant Search Engine in China, ~ 50 Billion USD Market Cap) • Framework: SparkSQL • Under Storage: Baidu’s File System • Storage Media: MEM + HDD • 100+ nodes deployment • 1PB+ managed space • 30x Performance Improvement 9
- 10. Outline • Open Source • Introduction to Tachyon • New Features • Getting Involved 10
- 11. Tachyon is an OpenSource Memory-centric Distributed Storage System 11
- 12.
- 13. Performance Trend: Memoryis Fast • RAM throughput increasing exponentially • Disk throughput increasing slowly 13 Memory-locality key to interactive response times
- 14. Price Trend: Memoryis Cheaper source: jcmit.com 14
- 15.
- 16.
- 17. 17 Missing a Solution forthe Storage Layer
- 18. A Use CaseExample with - • Fast, in-memory data processing framework – Keep one in-memory copy inside JVM – Track lineage of operations used to derive data – Upon failure, use lineage to recompute data map filter map join reduce Lineage Tracking 18
- 19. Issue 1 19 Data Sharingis the bottleneck in analytics pipeline: Slow writes to disk Spark Job1 Spark mem block manager block 1 block 3 Spark Job2 Spark mem block manager block 3 block 1 HDFS / Amazon S3 block 1 block 3 block 2 block 4 storage engine & execution engine same process (slow writes)
- 20. Issue 1 20 Spark Job Sparkmem block manager block 1 block 3 Hadoop MR Job YARN HDFS / Amazon S3 block 1 block 3 block 2 block 4 Data Sharing is the bottleneck in analytics pipeline: Slow writes to disk storage engine & execution engine same process (slow writes)
- 21. Issue 1 resolvedwith Tachyon 21 Memory-speed data sharing among jobs in different frameworks execution engine & storage engine same process (fast writes) Spark Job Spark mem Hadoop MR Job YARN HDFS / Amazon S3 block 1 block 3 block 2 block 4 HDFS disk block 1 block 3 block 2 block 4 Tachyon! in-memory block 1 block 3 block 4
- 22. Issue 2 22 Spark Task Sparkmemory block manager block 1 block 3 HDFS / Amazon S3 block 1 block 3 block 2 block 4 execution engine & storage engine same process Cache loss when process crashes
- 23. Issue 2 23 crash Spark memory blockmanager block 1 block 3 HDFS / Amazon S3 block 1 block 3 block 2 block 4 execution engine & storage engine same process Cache loss when process crashes
- 24. HDFS / AmazonS3 Issue 2 24 block 1 block 3 block 2 block 4 execution engine & storage engine same process crash Cache loss when process crashes
- 25. HDFS / AmazonS3 block 1 block 3 block 2 block 4 Tachyon! in-memory block 1 block 3 block 4 Issue 2 resolved with Tachyon 25 Spark Task Spark memory block manager execution engine & storage engine same process Keep in-memory data safe, even when a job crashes.
- 26. Issue 2 resolvedwith Tachyon 26 HDFS disk block 1 block 3 block 2 block 4 execution engine & storage engine same process Tachyon! in-memory block 1 block 3 block 4 crash HDFS / Amazon S3 block 1 block 3 block 2 block 4 Keep in-memory data safe, even when a job crashes.
- 27. HDFS / AmazonS3 Issue 3 27 In-memory Data Duplication & Java Garbage Collection Spark Job1 Spark mem block manager block 1 block 3 Spark Job2 Spark mem block manager block 3 block 1 block 1 block 3 block 2 block 4 execution engine & storage engine same process (duplication & GC)
- 28. Issue 3 resolvedwith Tachyon 28 No in-memory data duplication, much less GC Spark Job1 Spark mem Spark Job2 Spark mem HDFS / Amazon S3 block 1 block 3 block 2 block 4 execution engine & storage engine same process (no duplication & GC) HDFS disk block 1 block 3 block 2 block 4 Tachyon! in-memory block 1 block 3 block 4
- 29. Previously Mentioned • Amemory-centric storage architecture • Push lineage down to storage layer 29
- 30.
- 31.
- 32.
- 33. Outline • Open Source • Introduction to Tachyon • New Features • Getting Involved 33
- 34. 1) Eco-system: Enable newworkload in any storage; Work with the framework of your choice; 34
- 35. 2) Tachyon runningin production environment, both in the Cloud and on Premise. 35
- 36. Use Case: Baidu • Framework: SparkSQL • Under Storage: Baidu’s File System • Storage Media: MEM + HDD • 100+ nodes deployment • 1PB+ managed space • 30x Performance Improvement 36
- 37. Use Case: aSAAS Company • Framework: Impala • Under Storage: S3 • Storage Media: MEM + SSD • 15x Performance Improvement 37
- 38. Use Case: anOil Company • Framework: Spark • Under Storage: GlusterFS • Storage Media: MEM only • Analyzing data in traditional storage 38
- 39. Use Case: aSAAS Company • Framework: Spark • Under Storage: S3 • Storage Media: SSD only • Elastic Tachyon deployment 39
- 40. 40 What if datasize exceeds memory capacity?
- 41. 41 3) Tiered Storage: TachyonManages More Than DRAM MEM SSD HDD Faster Higher Capacity
- 42. 42 Configurable Storage Tiers MEMonly MEM + HHD SSD only
- 43. 43 4) Pluggable DataManagement Policy Evict stale data to lower tier Promote hot data to upper tier
- 44. 44 Pin Data inMemory
- 45.
- 46.
- 47. More Features • 7)Remote Write Support • 8) Easy deployment with Mesos and Yarn • 9) Initial Security Support • 10) One Command Cluster Deployment • 11) Metrics Reporting for Clients, Workers, and Master 47
- 48. 12) More UnderStorage Supports 48
- 49.
- 50. Outline • Open Source • Introduction to Tachyon • New Features • Getting Involved 50
- 51. Memory-Centric Distributed Storage Welcometo try, contact, and collaborate! 51 JIRA New Contributor Tasks
- 52. • Team consistsof Tachyon creators, top contributors • Series A ($7.5 million) from Andreessen Horowitz • Committed to Tachyon Open Source 52
- 53.
- 54. Strata NYC 2015 • Welcome to visit us at our booth #P18. • Check out other Tachyon related talks. – First-ever scalable, distributed deep learning architecture using Spark and Tachyon • Christopher Nguyen (Adatao, Inc.), Vu Pham (Adatao, Inc) • 2:05pm–2:45pm Thursday, 10/01/2015 – Faster time to insight using Spark, Tachyon, and Zeppelin • Nirmal Ranganathan (Rackspace Hosting) • 2:05pm–2:45pm Thursday, 10/01/2015 54
- 55. • Try Tachyon:http://tachyon-project.org • Develop Tachyon: https://github.com/amplab/tachyon • Meet Friends: http://www.meetup.com/Tachyon • Get News: http://goo.gl/mwB2sX • Tachyon Nexus: http://www.tachyonnexus.com • Contact us: haoyuan@tachyonnexus.com 55