Cloud computing delivers IT resources on demand over the internet with pay-as-you-go pricing. Access providers like Microsoft, Google, and Citrix to host workloads—compute, storage, and databases—without owning a data center.

Explore the three cloud models: public, private, and hybrid. Identify how public clouds run on Azure, AWS, or GCP; private clouds use on-prem data centers; hybrid blends both.

Explore the three cloud service models: IaaS, PaaS, and SaaS, and how each is managed, noting Citrix desktop as a service as a platform with master images and workloads.

Citrix Cloud offloads control and access layers to a highly available, managed platform, hosting virtual apps and desktops, endpoint management, gateway, content collaboration, and application delivery management services.

Citrix cloud offers 99.9% uptime with automatic regional failover and hybrid multicloud flexibility to run workloads across public clouds and on premise data centers, with managed scaling and upgrades.

Explore Amazon Web Services as the resource layer, covering accounts, regions, availability zones, EC2, VPC and subnets, and EBS volumes to confidently plan and deploy Citrix DaaS on AWS.

An AWS account serves as a container for your resources. Choose a region; creating an account incurs no charge, and billing occurs at account level for production and non-prod workloads.

Create and verify an AWS account, set a password, and complete security checks, then explore the management console to review services, billing, credits, and free-tier options.

Consolidate multiple AWS accounts into a single organization to centrally manage resources, policies, and billing across production, non-prod, and test and development.

Create an AWS organization with root and units like production and non-prod, then apply service control policies and move accounts accordingly.

Learn how aws regions define geographic areas and how availability zones offer independent data centers to reduce latency and improve resilience by spreading workloads.

Choose aws regions by balancing latency and proximity, cost, regulatory compliance and security, and sla to optimize end-user experience.

Navigate AWS regions to deploy workloads, EC2 instances, selecting a region like North Virginia or Mumbai, then plan availability zones by creating a VPC subnet in a chosen zone.

Define users, permissions, and resources in AWS IAM to secure access. Create groups, roles, and policies, and assign roles to users, groups, or services for fine-grained control.

Explore identity and access management in AWS by creating IAM users and groups, assigning read-only permissions, and controlling access to the management console and EC2 resources.

Explore AWS virtual private cloud (VPC), a regional private network that isolates workloads across availability zones, with options for default or custom VPCs and IP addressing.

Define a VPC’s IPv4 address space with CIDR blocks and slash notation, selecting ranges like /25, /24, or /23 to fit workloads.

Explain subnets as portions of a VPC's IP range, splitting a VPC into production, non-prod, and test networks to isolate traffic, with private and public subnet distinctions.

Create a VPC and subnets in AWS using the VPC dashboard, set the IPv4 address space to 10.125.0.0/16, name the VPC, and review its ID and status.

Configure subnets in a selected vpc by creating prod subnet 10.125.1.0/24 and vdi management subnet 10.125.2.0/24, letting the platform pick the best availability zone.

Explore Amazon Elastic Compute Cloud (EC2), a secure, resizable compute service to deploy virtual machines; choose general purpose, compute optimized, or memory optimized instance types to match your workload.

Launch an AWS EC2 instance with the wizard, name the VM, choose Windows Server 2022 and t2 medium, and configure key pair, VPC, subnet, and storage.

Explore how Amazon elastic block store (EBS) provides block-level storage for EC2, enabling encrypted volumes, snapshots, availability-zone rules, and volume types like gp3, gp2, io1, and io2.

Explore elastic block storage in AWS by creating EBS volumes, managing snapshots, converting snapshots to disks, and attaching them to EC2 instances across availability zones.

Learn to take remote desktop of an EC2 instance by decrypting the password with a private key, downloading the remote desktop client, and connecting, with an AWS internet gateway required.

Ensure a public IP, an internet gateway, and a route table, then configure a security group and network ACL within a VPC to enable remote access to an EC2 instance.

Learn how routing selects paths in AWS by using route tables to connect subnets, internet, and on-premise networks within a VPC, including main and custom route tables.

Master AWS routing in a VPC by using the main route table for local subnet communication and creating custom route tables to control subnets, internet, and on-premise access.

Learn how the internet gateway enables communication between a VPC and the internet by adding a 0.0.0/0 route in a route table, and managing local and external traffic.

Learn to create and attach an internet gateway to a VPC, update the route table for 0.0.0.0/0, and configure security groups to enable VM internet access.

AWS security groups act as virtual firewalls for instances. Defaults permit internal VPC traffic and outbound access; inbound rules enable remote access.

Learn to create and configure an AWS security group in a VPC, define inbound and outbound rules, bind it to an EC2 instance, and test connectivity for desktop access.

Understand how network ACLs add a subnet-level firewall to control inbound and outbound traffic in your VPC. Traffic passes through the ACL first, then the security group, before reaching VMs.

Understand how NAT gateway enables outbound connectivity from private subnets to the internet by routing traffic through a public subnet and using a public IP, while inbound access remains blocked.

Explore AWS basics and cloud components in this course, which covers many topics and invites you to deepen your AWS learning for further growth.

Deploy a server on AWS EC2, configure a domain controller by installing Active Directory and DNS, and prepare remote access via RDP using a key pair and decrypted password.

Rename the AWS virtual machine to dc, assign a static IP, install Active Directory domain services and DNS server, and promote it to a new forest domain controller named vrbus.site.

Configure dns in the vpc to enable vm name resolution and domain join for the bus.site domain by editing dhcp options and testing with an ec2 vm.

Discover Amazon FSx for Windows file server, a fully managed SMB share for Windows apps with AWS handling hardware, software, backups; supports VDI workloads and Active Directory integration.

Deploy amazon fsx for windows file server to host fslogix or citrix profiles as an smb share, configuring a single-az file system, ssd storage, vpc, ad, and access.

Explore the five-layer Citrix DaaS architecture—user, access, resource, control, and host layers—and how external and internal users access virtual desktops and published apps via workspace service and gateway service.

Compare customer managed and cloud service models for Citrix DaaS on AWS, detailing end-to-end infrastructure responsibilities and components like delivery controllers, storefront, NetScaler Gateway, License Server, and Citrix Workspace.

Explore the three deployment models for Citrix DaaS on AWS: greenfield or cloud-only, hybrid, and lift-and-shift migration to AWS.

Explore greenfield cloud-only deployment using Citrix cloud services to host access, control, and session proxy via gateway service in the public cloud, with AWS handling VM compute, storage, and AD.

Explore hybrid deployment of Citrix DaaS on AWS, combining Citrix Cloud control with AWS workloads and an AWS access layer, using storefront or workspace services for UI, authentication, and gateway.

Deploy all components in the Amazon cloud using the lift and shift model, with session brokering, authentication, and Citrix Gateway managed by Citrix StoreFront and AWS to meet data residency.

Choose cloud only or greenfield deployment for Citrix DaaS on AWS. Use the Citrix Cloud for control and access layers and connect AWS with Cloud Connector to deploy VDI.

Understand the AWS prerequisites for Citrix DaaS on AWS. Set up a VPC with private and public subnets, jump servers, cloud connectors in private subnets, and a net gateway; include a managed file system and optional Active Directory.

Examine the Citrix DaaS on AWS reference architecture and deployment options—lift-and-shift, hybrid, and cloud models—alongside design decisions for active directory, edc, storefront, session proxy, and availability zones.

Explore Citrix DaaS licensing versus universal licensing, detailing control plane and resource layer options across on-premises, private, and public clouds, and how universal enables phased migrations.

Create a Citrix cloud account, verify email, set a password, enroll in multi-factor authentication, choose the region, and secure login with recovery options and backup codes.

Explore the Citrix cloud portal for DaaS on AWS, navigating my services, resource locations, licensing, and policies to deploy and manage Citrix desk, Workspace Environment Management, and analytics.

Explore how Citrix Cloud manages identity and access for administrators and workspace users, comparing authentication methods such as Azure Active Directory and SAML 2.0, plus Citrix Gateway and VDI access.

Explore deployment options for Citrix gateway and storefront in Citrix DaaS, comparing cloud workspace to resource-location deployments on premise or in Azure, AWS, or Google.

Explore the advantages of Citrix Gateway service in the cloud, including managed availability, rapid enablement, automatic updates, global pops, reduced latency, and Citrix Analytics.

Citrix workspace on Citrix Cloud offers 99.99% uptime, access, and auto updates with minimal config, but limits custom domains, lacks local host cache, and may require on-prem storefront during outages.

Compare on-premise or Azure ADC deployment with Citrix Gateway service, noting easy integration and bespoke URL advantages, plus latency and maintenance drawbacks.

Explore storefront advantages, including theme customization, localhost cache, and full deployment control with a personalized url. Compare to workspace cloud delivery and its lack of on premise control.

Evaluate deployment options for Citrix Cloud to tailor storefront and gateway to on-premise or cloud, balancing security, redundancy, authentication, and customization.

Explore how a Citrix Cloud resource location hosts VDI workloads across on-premises or public clouds like Azure, AWS, and Google Cloud, with hypervisors and a cloud connector for secure access.

Define a resource location in the Citrix Cloud Portal by naming it aws-resource-location and saving. Then configure the Cloud Connector VM basics and install the cloud connector.

Citrix Cloud Connector bridges Citrix Cloud and your resource location, whether on-premise or in the public cloud, enabling AD management and VM provisioning via an outbound encrypted 443 connection.

Deploy two Citrix Cloud connectors for high availability on dedicated virtual machines. Choose Windows Server 2022, 2016, or 2012 R2, install dotnet 4.7.2, and enforce outbound 443 connectivity.

Launch a cloud connector virtual machine on AWS EC2 with Windows Server 2022, 2 vcpu 8 gb ram, in the management subnet, public IP disabled and NSG security group.

Configure the Citrix cloud connector on AWS by connecting to the cloud connector server, renaming the VM, joining the domain, installing the cloud connector, running connectivity tests, and verifying health.

Citrix DaaS hosting connections link Citrix cloud to a resource layer, AWS or VMware. A service account with IAM policy defines permissions to create, delete, or manage virtual machines.

Define four IAM policies in AWS, attach them to a service account, generate an access key, and configure the Citrix hosting connection to manage VMs and volumes.

Create an IAM user for hosting connections, attach four permissions directly, and generate an access key in security credentials to configure AWS hosting in the Citrix Cloud console.

Configure amazon ec2 hosting connection in the citrix cloud portal using aws api and secret keys, select us east 1 and a subnet, then create master image and vds deployment.

Launch and configure a Windows Server 2019 master image on AWS EC2, install the Citrix cloud agent via the cloud connector, and convert the stopped instance into a Citrix image.

Create a citrix daas machine catalog and delivery group in AWS, selecting multi-session operating system, vms, NSG, and subnet, join Active Directory, name desktops, then launch and register the VMs.

Launch and log in to the workspace URL to access the VDI hosted in AWS, then connect and launch the VR application, confirming video is connected to the virtual machine.

Learn to update a Citrix DaaS hosting connection by adding a new subnet from your VPC and deploying VMs via the machine catalog wizard using the Citrix machine creation service.

Learn Citrix DaaS resource limits across configuration, resource locations, and AWS provisioning, including AD domains, folders, app groups, apps, machine catalogs, delivery groups, host connections, and per-user publishing caps.

Deploy the Citrix access layer across public and private clouds, showing a uniform configuration approach for Azure, AWS, GCP, or on-premises data centers with AWS as the resource location.

Access internal VDI via Citrix Workspace service, using direct connectivity on ports 1494 and 2598, with a workspace URL and Citrix Workspace app. For internet access, use Citrix Gateway service.

Explore configuring the Citrix workspace service in the Citrix Cloud portal, customize the workspace URL, and choose authentication options—from Active Directory to Azure Active Directory—then access VDI and apps.

Access Citrix DaaS from the internet by using gateway service, enabling remote VDI access via Citrix Cloud with outbound 443 connections and ticket-based authentication, free with Citrix Cloud license.

Enable external connectivity by configuring workspace settings. Select gateway as service and save to allow launching the vds from the internet; internal only restricts access to the corporate network.

Access Citrix DaaS through Storefront to authenticate with Active Directory, enumerate cloud resources via Cloud Connector, and deliver VDI or apps to the workspace app using ICA files.

Configure the Citrix storefront server with the Citrix Cloud connector to deliver Citrix virtual apps and desktops brokered through Citrix Cloud rather than an on-prem delivery controller.

Access Citrix virtual apps and desktops via Citrix Gateway deployed in Azure, and configure firewall ports, DNS, and connectivity through Storefront, Cloud Connector, and Citrix Cloud to launch VDI.

Configure the on-premise NetScaler gateway to access Citrix DaaS through the cloud. Set external FQDN, gateway URL, and cloud connector IP to publish virtual apps and desktops.

Discover how Citrix profile management keeps user data across pooled VDI by redirecting to a network share, using Fslogix, unified profile management, and VM workspace environment management.

Learn how Citrix workspace environment management (VM service) delivers profile management, folder redirection, resource optimization, and logon improvements to reduce desktop and application response times.

Configure workspace environment management in Citrix virtual apps and desktops on aws, create a site and view, apply folder redirection and profile management, and set wallpaper and hidden drives.

Explore Fslogix as a profile management solution for non-persistent VDI, detailing profile container, office container, application masking, and cloud cache, and how it reduces iops by mounting locally.

This lab demonstrates creating a Fslogix profile container and an office container on an Azure storage share, configuring group policy, and validating user data redirection for non-persistent desktops.

Review Fslogix in brief and point learners to a separate Udemy course that covers logics in detail for Azure, Citrix, and VMware virtual desktops.

Discover how to monitor Citrix DaaS on Amazon Web Service with Citrix Director, using a dashboard to track connection failures, session counts, trends, and health of published applications via probes.