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Key Info - Going to the Cloud

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Clayton Weise
Clayton Weise

Key Info - Overview of cloud architecture and design. Know your applications, the infrastructure design of your cloud provider, and whether or not they are compatible. Keep in mind how you will on-board and access your applications once they are in the cloud.

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C L AY T O N W E I S E C L O U D A R C H I T E C T K E Y I N F O R M AT I O N S Y S T E M S
WHY IS THE 遺晦或雨禽
WHERE IS THE CLOUD?
A-A-S
Key Info - Going to the Cloud
CLOUD TYPES Public Private Hybrid
CLOUD ARCHITECTURE
CLOUD PERFORMANCE
CLOUD PERFORMANCE
Key Info - Going to the Cloud
CONNECTING TO THE CLOUD
BANDWIDTH: SIZE MATTERS
FAULT TOLERANCE
HIGH AVAILABILITY
DISASTER RECOVERY
AUTOMATION Deploy Manage Grow
DATA
BIG DATA
Key Info - Going to the Cloud
WHERE IS MY Cloud Data
ENCRYPTION
COMPLIANCE
MOBILE & REMOTE
SDN SOFTWARE DEFINED NETWORKING
Key Info - Going to the Cloud
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Key Info - Going to the Cloud

Editor's Notes

  1. Title, previous experience, # of years Architecture, Scalability, Security
  2. Everything going to the cloud Define: cloud from mainframe to cloud, full circle
  3. All the datacenters are going away Cloud isnt in the sky, its in the datacenter
  4. Anybody remember ASP from 10 years ago? Infrastructure, Software, Platform, Database, Backup, DR, all things as a service
  5. -=When, Why, and Where=- Public: Public applications (SaaS provider, Netflix, Facebook), Massive Scale, no specific location of data (inexpensive, easy to scale) Private: Corporate use, tight controls, all data in-house (expensive, difficult to scale) HOSTED TOO! Hybrid: Mix of both, can bridge the gap. Requires good network between public and private clouds though
  6. -=When & Why=- Horizontal: PHP, Ruby, NoSQL (Mongo, Casandra, Big Data) Vertical: Oracle, Microsoft SQL, Traditional applications What is your app built for?
  7. Not all applications gain performance with scale Noisy neighbors 30%+ dip in performance How does your application perform in a cloud
  8. Flash: performance revolution Disk = 180 IOPS ($1.45/IO) Flash = $0.10-$0.30/IO (Over 150 disks needed for the same performance) Flash vs. SSD
  9. If the cloud is everywhere, how do you connect to it?
  10. What applications are going to the cloud? How do you use them? Remote desktop/VDI, browser, thin client?
  11. What is fault tolerance? Its how we go from this to this Things break, how do we handle failure? Not all failures are service affecting.
  12. Fault tolerance = reactive High availability = preventative Clustering, Load Balancing, Geographic Diversity
  13. In the past, we had to duplicate all of our equipment (EXPENSIVE)
  14. 3 Steps = Deploy, Manage, Grow Most clouds focus on deployment (virtualization) How does your cloud grow with you? How do your applications need to grow?
  15. Who can tell me what this slide is about?
  16. Hadoop, Netezza, NoSQL, Map Reduce Big data is all about ANALYTICS Big data is usually HORIZONTAL (Google, Map Reduce, Workers) Born for cloud
  17. Know your cloud provider Where is your data stored? (wide spread or centralized) Does it make sense to use more than one provider?
  18. What is encryption? Do you have sensitive customer information? Encryption is a MUST in the public cloud
  19. PCI, HIPAA, SAS 70, SSAE 16, SOX How does moving to the cloud affect compliance for you?
  20. Everything, accessible everywhere Cloud empowers mobility BYOD, thin client, mobile access
  21. Favorite food, favorite restaurant In a large cloud, a VM could be anywhere in the datacenter SDN creates total flexibility
  22. Try & Buy iPad Giveaway!