The Cisco Cloud Fundamentals is an introduction to the foundational concepts, component technologies in cloud computing. Using 210-451 exam objectives, the show reviews data center fundamentals, including Unified Computing and Unified Fiber, virtualization, storage and networking services basics used for cloud infrastructure. Also discussed will be the cloud computing computing concepts such as services models and deployment models and design architectures too. This show is will help a viewer prepare for the 210-451 CLDFND exam.

The gold standard for high availability is five 9's meaning guaranteed uptime 99.999% of the time. That means just five and a half minutes of downtime throughout an entire year. Achieving this kind of reliability requires some advanced knowledge of the many tools AWS provides to build a robust infrastructure
In this course, expert Cloud Architect Kevin Felichko will show one of the many possible alternatives for creating a high availability application, designing the whole infrastructure with a Design for Failure. You'll learn how to use AutoScaling, load balancing, and VPC to run a standard Ruby on Rails application on an EC2 instance, with data stored on an RDS-backed MySQL database, and assets stored on S3. Kevin will also touch on some advanced topics
like using CloudFront for content delivery and how to distribute an application across multiple AWS regions

What you'll learn
Set up a Google Cloud environment, including billing accounts, projects, tools, access, and security.
Plan, configure, implement, deploy, monitor, and manage solutions in the Google Cloud.
Get familiar with using the Google Cloud through both the console and the command-line.
Pass the Google Associate Cloud Engineer certification exam.
Build a strong foundation for other GCP certification exams.

Want to pass the AWS Certified SysOps Administrator Exam? Want to become Amazon Web Services Certified? Do this course!

Thought it'd be good to add LSA types and various stub configuration.
Type 1 - Represents a router
Type 2 - Represents the pseudonode (designated router) for a multiaccess link
Type 3 - A network link summary (internal route)
Type 4 - Represents an ASBR
Type 5 - A route external to the OSPF domain
Type 7 - Used in stub areas in place of a type 5 LSA

An intuitive, application-focused introduction to deep learning and TensorFlow, Keras, and PyTorch

Do you want to stop worrying about IPv4 subnetting and instead make IPv4 subnetting one of your strengths? Then come to this course, and come ready to dig in, practice, and learn.

PTSv4 is entirely self-paced with interactive slides and videos that students can access online without any limitation. Students have lifetime access to the training material and can also study from home, the office, or anywhere an internet connection is available.