Big data, compliance and a highly skilled workforce are driving organizations to transform their current analytical infrastructure to deliver enterprise computing environments that can support the latest in data science and analytics practices. SAS remains a popular choice for statistical programming languages, but there is growing demand for R and Python. Data engineers are now being tasked to deliver scalable and highly available computing resources to support analytics for a growing number of users and increasing data volumes while maintaining security for their customers.
How to Troubleshoot Apps for the Modern Connected Worker
Journey to SAS Analytics Grid with SAS, R, Python
1. Journey to SAS
Analytics Grid with SAS,
R, Python
Benjamin Zenick, Chief Operating Officer -
Zencos
Sumit Sarkar, Chief Data Evangelist -
Progress DataDirect
3. Journey to SAS
Analytics Grid with SAS,
R, Python
Benjamin Zenick, Chief Operating Officer -
Zencos
Sumit Sarkar, Chief Data Evangelist -
Progress DataDirect
7. The Evolution of Analytics
Businesses started with large and expensive central mainframes
– Mainframes were limited by early storage and processing technology
– Connectivity and user interfaces to data were limited by “dumb” terminals
– Expansion was limited by proprietary chassis design
– Connecting multiple mainframes was expensive, challenging, or impossible
8. Analytics Today
• Modernization moved away from Mainframes
• Moved toward server / client solutions, workstations, storage
appliances, and networking
• Shortcoming of centralized datacenters: Administrative and
Performance Bottlenecks
12. Signs your organization is ready to consider an HPC or Grid
solution…
• Decrease in cost benefits
• Current model doesn’t scale well
• Massively Parallelized Processing
• Administrative needs continue to grow and grow
• High(er) Availability is possible
• Faster (Disaster) Recovery
Zencos capabilities prepared for TEST Co.
15. Best Practices
• Preparation
• Technologies
• Plan
• Time
• Expectations
• Team
• Transition
• Users
• Support
• Goal Alignment
16. Lessons Learned
• Invest in a meaningful assessment
• Plan to purchase and build Test and Disaster Recovery
environments
• Understand the applications and use cases
• Outline support model for legacy projects
• Consider your post-implementation needs
• Expect the unexpected
Can Your Current Infrastructure Support High-Performance Analytics and Data Science?
Big data, compliance and a highly skilled workforce are driving organizations to transform their current analytical infrastructure to deliver enterprise computing environments that can support the latest in data science and analytics practices. SAS remains a popular choice for statistical programming languages, but there is growing demand for R and Python. Data engineers are now being tasked to deliver scalable and highly available computing resources to support analytics for a growing number of users and increasing data volumes while maintaining security for their customers.
Join this webinar to learn:
Differences between traditional and Grid deployments for SAS
Best practices and lessons learned in deploying an Analytics Grid
How to deliver an open analytics strategy for SAS, R, Python and others
Popular data sources for advanced analytics
Join Audio: 2 ways to do so, 1) to use VoIP, click on “Mic & Speakers”, or 2) to use your telephone, click on “telephone” and dial-in using the numbers and information provided
2) All lines are muted for today’s webinar. We do plan to have a live Q&A session at the end of the presentations. However if you have a question at any time during this webinar, simply submit your questions via the “Question” section of the webinar interface located to the right of your screen – we will collect all questions through this “Question Window”.
Final Note: we are recording today’s webinar