In this video, Jeff Winesett demonstrates using AWS Elastic Beanstalk service to automatically create the same application architected created manually in previous videos. AWS Elastic Beanstalk automatically takes care of provisioning and configuring all
- [Instructor] Previously, I demonstrated creating…a LAMP stack application from scratch.…I created all of the components, including EC2 servers,…ELBs, key pairs, security groups,…RDS, and auto scaling.…There is another approach.…I could also use the Elastic Beanstalk Service…which abstracts out much of this setup…and eliminates the need to manually create and maintain…all of these separate infrastructure components.…I want to show that now in contrast…to the manual approach taken before.…
From the console, I can start typing in beanstalk.…There it is.…From this landing page, I can go up here…to create new application.…I need to give it a name.…Demo…PHP…app…and a brief description.…Okay, I'll create that.…The next step is to create an environment,…and I don't have one yet, so I click create one now.…
It asks me whether I want this to be…a web server environment or a worker environment.…I'm setting up a web server environment,…so I make that choice.…Now we're provided with an opportunity…to configure this environment.…
Author
Jeff Winesett
Released
5/23/2017- Benefits of cloud services
- Making architectures scalable
- Examining cloud constraints
- Virtual servers, EC2, and Elastic IP
- Using the Amazon machine image
- Elastic load balancing
- Using CloudWatch for monitoring
- Security Models
- Elastic block storage
- S3, CloudFront, and Elastic Beanstalk
- Handling queues, workflows, and notifications
- Caching options and services
- Identity and access management
- Creating a custom server image
- Application deployment strategies
- Serverless architectures
Skill Level Intermediate
Duration
Views
-
Introduction
-
Welcome1m
-
-
1. Cloud Concepts
-
Technical benefits2m 47s
-
Scalable architectures2m 6s
-
Understand elasticity4m 3s
-
Cloud constraints2m 32s
-
Role of an AWS admin1m 52s
-
2. Cloud Best Practices
-
Design for failure3m 51s
-
Implement elasticity2m 18s
-
Decouple your components1m 38s
-
Optimize for performance2m 55s
-
Keep things secure5m 6s
-
Optimize for cost2m 35s
-
-
3. Design for Failure
-
Elastic load balancing (ELB)2m 22s
-
Cloud monitoring: CloudWatch1m 56s
-
4. Implement Elasticity: Automate Infrastructure
-
Understand bootstrapping6m 27s
-
Autoscaling5m 4s
-
Elastic Beanstalk6m 15s
-
OpsWorks6m 9s
-
CodeDeploy5m 4s
-
-
5. Decouple Components
-
Simple queue service (SQS)5m 53s
-
-
6. Optimize For Performance
-
Caching: AWS Elasticache6m 35s
-
Caching: AWS CloudFront3m 58s
-
Search: AWS CloudSearch7m 17s
-
-
7. Security
-
The shared security model4m 50s
-
Security groups4m 51s
-
Virtual private cloud (VPC)6m 10s
-
-
8. Optimize for Cost
-
Keeping tabs on the tab6m 26s
-
Matching supply with demand5m 28s
-
-
9. Set Up a Web Application Architecture with Servers
-
Sign up for AWS1m 44s
-
Create a new IAM user11m 9s
-
Creating a key pair3m 25s
-
Configuring a security group6m 21s
-
Creating an ELB6m 49s
-
Create a MySQL RDS database7m 43s
-
Create a custom server image8m 38s
-
Auto scaling11m 22s
-
Use Elastic Beanstalk8m 13s
-
10. Go Serverless
-
Store data on DynamoDB6m 24s
-
Conclusion
-
Next steps34s
-
Take notes with your new membership!
Type in the entry box, then click Enter to save your note.
Press on any video thumbnail to jump immediately to the timecode shown.
Notes are saved with you account but can also be exported as plain text, MS Word, PDF, Google Doc, or Evernote.
Share this video
Embed this video
Video: Use Elastic Beanstalk