ADVANCED ANALYTICS & AI ON REMOTE DATA FOR HYBRID AND MULTI-CLOUD

Open Source Data Orchestration for the Cloud

Benchmark & Architecture Report
“Zero-Copy” Hybrid Cloud for Data Analytics

Get the report >

Looking for more compute capacity with remote data?
See how “Zero-Copy” hybrid bursting helps

Get the whitepaper >

Alluxio enables compute

Data locality

Bring your data close to compute.
Make your data local to compute workloads for Spark caching, Presto caching, Hive caching and more.

Data Accessibility

Make your data accessible.
No matter if it sits on-prem or in the cloud, HDFS or S3, make your files and objects accessible in many different ways.

Data On-Demand

Make your data as elastic as compute.
Effortlessly orchestrate your data for compute in any cloud, even if data is spread across multiple clouds.

“zero-copy” burst user spotlight: walmart

Why Walmart chose Alluxio’s “Zero-Copy” burst solution:

  • No requirement to persist data into the cloud
  • Improved query performance and no network hops on recurrent queries 
  • Lower costs without the need for creating data copies

See more on how Alluxio powers Walmart’s “zero-copy” burst solution in their presentation >

Featured Use Cases and Deployments

Managing data copies/app changes when bursting compute to cloud?

Zero-copy hybrid bursting with no app changes to intelligently make remote data accessible in the public cloud.

Expanding compute capacity across geo-distributed data centers?

Zero-copy bursting across data centers for Presto, Spark, and Hive with no app changes on data stored in HDFS.

Interact with Alluxio in any stack

Pick a compute. Pick a storage. Alluxio just works.

Tutorial –> Full Docs –>

-- Pointing Table location to Alluxio 
CREATE SCHEMA hive.web
WITH (location = 'alluxio://master:port/my-table/‘)

Full Docs

// Using Alluxio as input and output for RDD
scala> sc.textFile("alluxio://master:19998/Input")             
scala> rdd.saveAsTextFile("alluxio://master:19998/Output")

// Using Alluxio as input and output for Dataframe
scala> df = sqlContext.read.parquet("alluxio://master:19998/Input.parquet")
scala> df.write.parquet("alluxio://master:19998/Output.parquet”)

Full Docs

-- Pointing Table location to Alluxio
hive> CREATE TABLE u_user (
userid INT,
age INT)
ROW FORMAT DELIMITED
FIELDS TERMINATED BY '|'
LOCATION 'alluxio://master:port/table_data';

Full Docs

Create and Query table stored in Alluxio
hbase(main):001:0> create 'test', 'cf'
hbase(main):002:0> list ‘test'

Full Docs

# Running a wordcount using Alluxio as input and output
$ bin/hadoop jar hadoop-mapreduce-examples-2.7.3.jar wordcount \
  -libjars /<ALLUXIO_HOME>/client/alluxio-<VERSION>-client.jar \
  alluxio://master:19998/wordcount/input.txt \ 
  alluxio://master:19998/wordcount/output

Full Docs

# Accessing Alluxio after mounting Alluxio service to local file system
$ ls /mnt/alluxio_mount
$ cat /mnt/alluxio_mount/mydata.txt
ALLUXIO
$ ./bin/alluxio fs mount \
--option aws.accessKeyId=<AWS_ACCESS_KEY_ID> \
--option aws.secretKey=<AWS_SECRET_KEY_ID> \
alluxio://master:port/s3 s3a://<S3_BUCKET>/<S3_DIRECTORY>

Full Docs

$ ./bin/alluxio fs mount \
alluxio://master:port/hdfs hdfs://namenode:port/dir/

Full Docs

$ ./bin/alluxio fs mount \
--option
fs.azure.account.key.<AZURE_ACCOUNT>.blob.core.windows.net=<AZURE_ACCESS_KEY> \
alluxio://master:port/azure 
wasb://<AZURE_CONTAINER>@<AZURE_ACCOUNT>.blob.core.windows.net/<AZURE_DIRECTORY>/

Full Docs

$ ./bin/alluxio fs mount \
--option fs.gcs.accessKeyId=<GCS_ACCESS_KEY_ID> \
--option fs.gcs.secretAccessKey=<GCS_SECRET_ACCESS_KEY> \
alluxio://master:port/gcs gs://<GCS_BUCKET>/<GCS_DIRECTORY>

Full Docs

$ ./bin/alluxio fs mount \
--option aws.accessKeyId=<AWS_ACCESS_KEY_ID> \
--option aws.secretKey=<AWS_SECRET_KEY_ID> \
--option alluxio.underfs.s3.endpoint=http://<rgw-hostname>:<rgw-port> \
--option alluxio.underfs.s3.disable.dns.buckets=true \
alluxio://master:port/ceph s3a://<S3_BUCKET>/<S3_DIRECTORY>

Full Docs

$ ./bin/alluxio fs mount alluxio://master:port/nfs /mnt/nfs
 
 
 
 
 

Full Docs

Announcing Alluxio 2.0! Learn more about the release >

powered by alluxio

What’s Happening

Press Release
Alluxio Unveils Structured Data Service, Enabling Structured Data Applications to Interact Up to 5x Faster with Data

Alluxio, the developer of open source cloud data orchestration software, today announced the availability of Alluxio Structured Data Service (SDS) featuring a data Catalog Service and Transformation Service, two new major architectural components of its Data Orchestration Platform. Data engineers, architects and developers can now spend less resources storing data and more time delivering data to analytical compute engines.

Blog
What’s new in Alluxio 2.2

With this release comes the General Availability (GA) of Alluxio Structured Data Services (SDS), the subsystem of Alluxio responsible for managing and transforming structured data, such as databases, tables, and partitions.