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Cloud and Infrastructure

51What is a Virtual Machine?
52Hypervisors and Virtualization Types
53VM Components: vCPU, Memory, and Storage
54Operating System Images and AMIs
55Public vs Private Images
56VM Metadata and User Data
57SSH Key Pairs for Linux VMs
58Windows VMs and RDP Access
59VM Networking Basics
60Security Groups and VM Firewalls
61Root and Additional Storage Volumes
62VM States: Running, Stopped, Terminated
63VM Tags and Resource Organization
64VM Consoles and Troubleshooting Access
65Understanding Instance Type Families
66General Purpose Instance Types
67Compute Optimized Instance Types
68Memory Optimized Instance Types
69Storage Optimized Instance Types
70Accelerated Computing Instance Types
71Instance Size Variations and vCPU Allocation
72Network Performance Across Instance Types
73On-Demand Pricing Model
74Reserved Instance Pricing
75Spot Instance Pricing
76Savings Plans and Committed Use Discounts
77Burstable Instance Types and Credits
78Choosing Instance Types for Your Workload
79Cost Optimization with Right-Sizing
80Pricing Model Selection Strategy
81VM Launch Process and Initialization
82VM States and State Transitions
83Starting and Stopping VMs
84VM Reboot Operations
85VM Termination and Deletion
86Instance Metadata Service
87User Data and Cloud-Init
88VM Hibernation
89Instance Resize and Type Changes
90VM Monitoring and Health Checks
91VM Maintenance and Updates
92VM Tagging and Organization
93AWS EC2 Instance Families Overview
94AWS EC2 Launch Types and Tenancy
95AWS EC2 User Data and Metadata Service
96AWS Elastic Beanstalk Introduction
97AWS Lightsail for Simple Workloads
98Azure Virtual Machines Series Overview
99Azure VM Availability Sets and Zones
100Azure VM Extensions and Custom Script
101Azure App Service Overview
102GCP Compute Engine Machine Types
103GCP Instance Groups and Templates
104GCP Preemptible and Spot VMs
105GCP App Engine Standard and Flexible
106AWS Placement Groups
107Azure VM Scale Sets Introduction
108GCP Sole-Tenant Nodes
109Cross-Provider Compute Feature Comparison
110Compute Service Selection Criteria

Cloud and Infrastructure

51What is a Virtual Machine?
52Hypervisors and Virtualization Types
53VM Components: vCPU, Memory, and Storage
54Operating System Images and AMIs
55Public vs Private Images
56VM Metadata and User Data
57SSH Key Pairs for Linux VMs
58Windows VMs and RDP Access
59VM Networking Basics
60Security Groups and VM Firewalls
61Root and Additional Storage Volumes
62VM States: Running, Stopped, Terminated
63VM Tags and Resource Organization
64VM Consoles and Troubleshooting Access
65Understanding Instance Type Families
66General Purpose Instance Types
67Compute Optimized Instance Types
68Memory Optimized Instance Types
69Storage Optimized Instance Types
70Accelerated Computing Instance Types
71Instance Size Variations and vCPU Allocation
72Network Performance Across Instance Types
73On-Demand Pricing Model
74Reserved Instance Pricing
75Spot Instance Pricing
76Savings Plans and Committed Use Discounts
77Burstable Instance Types and Credits
78Choosing Instance Types for Your Workload
79Cost Optimization with Right-Sizing
80Pricing Model Selection Strategy
81VM Launch Process and Initialization
82VM States and State Transitions
83Starting and Stopping VMs
84VM Reboot Operations
85VM Termination and Deletion
86Instance Metadata Service
87User Data and Cloud-Init
88VM Hibernation
89Instance Resize and Type Changes
90VM Monitoring and Health Checks
91VM Maintenance and Updates
92VM Tagging and Organization
93AWS EC2 Instance Families Overview
94AWS EC2 Launch Types and Tenancy
95AWS EC2 User Data and Metadata Service
96AWS Elastic Beanstalk Introduction
97AWS Lightsail for Simple Workloads
98Azure Virtual Machines Series Overview
99Azure VM Availability Sets and Zones
100Azure VM Extensions and Custom Script
101Azure App Service Overview
102GCP Compute Engine Machine Types
103GCP Instance Groups and Templates
104GCP Preemptible and Spot VMs
105GCP App Engine Standard and Flexible
106AWS Placement Groups
107Azure VM Scale Sets Introduction
108GCP Sole-Tenant Nodes
109Cross-Provider Compute Feature Comparison
110Compute Service Selection Criteria

← Cloud and Infrastructure

Lesson 106 of 2,989·2. Compute FoundationsPro lesson

AWS Placement Groups

Optimize network performance and fault tolerance using cluster, partition, and spread placement groups.

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