Login

**BaDshaH** · 06-18-2023, 07:53 PM

[Image: k-F3-Mbu-FTR7bxn0-Ukl-YJFiz-Ro-Jfrw7-CAy.jpg]

Published 6/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.39 GB | Duration: 3h 33m

AWS, Palo Alto VM-series, Terraform, and Python.

[b]What you'll learn[/b]
Learn how to design a robust, secure, scalable, enterprise level AWS network.
Deploy the network as infrastructure as code (IaC) using terraform and python.
Advanced Palo Alto (firewalls and Panorama) concepts, such as bootstrapping and automation.
Automate the most common operational tasks.
Design on-prem connectivity solutions.

[b]Requirements[/b]
Palo Alto next-generation firewalls (professional)
Networking fundamentals (professional)
AWS networking (beginner)
Terraform (beginner)
Python (beginner)

[b]Description[/b]
If you are an experienced network professional with a strong foundation in network fundamentals, and you are looking to enhance your skills and expertise in designing and deploying large-scale AWS networks, this advanced networking course is perfect for you. With a focus on network resiliency, security, scalability, infrastructure as code (IaC), and automation, this course covers everything you need to know to become an expert in designing and deploying highly secure and high-performance networks in the cloud for large organizations.It is important that you have a solid understanding of basic networking concepts before enrolling in this course, as the content covered is advanced and assumes prior knowledge of networking fundamentals. The following is the full list of prerequisites and required level:1. Palo alto next-generation firewalls (NGFWs): professional level.2. Networking fundamentals: professional level.3. AWS networking: beginner level.4. Terraform: beginner level.5. Python: beginner level.If you meet these prerequisites, then this course will take your network design and deployment skills to the next level.Upon completion of this course, you will be able to:1. Design and deploy a proven large-scale AWS network design completely through code.2. Design on-prem connectivity solutions.3. Deploy Palo Alto next-generation firewalls in AWS transit VPCs through terraform and python scripts.4. Bootstrap Palo Alto next-generation firewalls in AWS auto-scaling groups.5. Some python network/Palo alto operational scripts.6. Terraform modules for transit and spoke VPCs.7. Terraform module for transit gateway peering.

Overview
Section 1: Introduction
Lecture 1 Course prerequisites
Lecture 2 About your instructor
Lecture 3 Course overview
Lecture 4 A brief history of AWS network designs
Section 2: Network design overview
Lecture 5 Regional view of the network design
Lecture 6 Understanding AWS transit gateways
Lecture 7 The transit gateway setup in our design
Lecture 8 Understanding gateway load-balancers
Lecture 9 Transit VPC components
Lecture 10 Spoke VPC components
Lecture 11 Inbound and outbound internet traffic
Lecture 12 VPC-to-VPC traffic
Lecture 13 Direct-connect (DX)
Lecture 14 On-prem connectivity options
Lecture 15 On-prem traffic
Lecture 16 Design review
Section 3: Important design topics
Lecture 17 Section overview
Lecture 18 DNS
Lecture 19 Auto-scaling policies
Lecture 20 Palo Alto VM-Series plugin
Lecture 21 Firewalls bootstrap process
Lecture 22 Firewalls licensing
Lecture 23 Panorama association
Lecture 24 Updating the bootstrap package
Section 4: Network deployment
Lecture 25 Section overview
Lecture 26 Transit VPC module
Lecture 27 Running the transit VPC module
Lecture 28 Deploying the direct-connect design
Lecture 29 Bootstrapping licensing configurations
Lecture 30 Bootstrapping Panorama configurations
Lecture 31 Spoke VPC module
Lecture 32 Running the spoke VPC module
Lecture 33 Transit gateway peering module
Section 5: Network operations
Lecture 34 Section overview
Lecture 35 Network test instances
Lecture 36 Generating Palo Alto API keys
Lecture 37 Backup configuration files script
Lecture 38 Sync configuration files script
mid to senior level network engineers.

Homepage