Learn how existing open source technologies like Apache Kylin, Spark, and Mondrian can be used to increase the value of your analytics investment.
As we enter what some have called The Golden Age of Analytics, there are still some fundamental challenges that plague even the largest and most sophisticated cloud analytics adopters. Chief among these is the challenge of scale, often reflected in limitations of concurrency, multi-tenancy, distributed query performance, and all manner of latencies.
Other less obvious, but equally crucial, challenges of scale and performance have to do with IT and end-user productivity. In other words, there have been few technological advances that enable the quick deployment of big data analytics and the rapid creation of business value from the data being analyzed.
This presentation will consider a few of these systemic challenges and suggest some ways that they can be addressed with available open source technology such as Apache Kylin, Apache Spark, and Apache Mondrian.
Presenter:
Kaige Liu is a Senior Solutions Architect at Kyligence, where he works on building the next-generation big data analytics platform. Previously, he worked on the OpenStack and Bluemix team at IBM, focusing on cloud computing and virtualization technology. Kaige loves the open source community and is an active Apache Kylin committer.
Addressing the systemic shortcomings of cloud analytics
1. Addressing the Systemic
Shortcomings of Cloud
Analytics
George Demarest
Senior Solution Architect, Kyligence
Kai Liu
Senior Director of Marketing, Kyligence
2. Agenda
Benefits and Challenges of Cloud Analytics
Introduction to Apache Kylin and Kyligence
Case Study
Drawing
3. Later on…
Drawing for an Amazon Gift Card
All attendees will receive a Kyligence T-shirt
6. How Can
We Get
There?
With Apache Kylin and Kyligence
• Distributed Analytics at Cloud Scale
• Open Source OLAP/Precomputation
Platform
• AI-Assisted Query Optimization
• Self-Service, Automated Data Modeling
• Promotes Enterprise-grade Security and
Access
We are very grateful to host this event with Microsoft and we look forward to a continued prosperous relationship with Microsoft.
Third Party User Authentication: supports LDAP (AD, AAD, OpenLDAP), OAuth2 (AAD and subsequent OKTA)
Natural multi-tenancy architecture separates computing and storage resources
The permissions of system administrator, security auditor and project administrator are separated from each other
Support finer-grained row and column cell-level data permission control
Ensure user network security via policy , security group, VPN, etc.
Cube data and cloud storage encryption ensure that the original data cannot be decrypted by criminals