![]() You can make predetermined actions depending how a WorkSpace is accessed. After finding out the times, places, and methods of user access to their WorkSpaces. You can monitor IP addresses, user operating systems for users' logins. Viewing, searching, downloading, archiving, analyzing, and responding to user logins is possible with Amazon CloudWatch Events. Also it is possible to create alarms depending on selected metrics and thresholds.įig.2: Monitoring using Amazon CloudWatch 2 Within a certain organization and directory. Metrics are accessible for each WorkSpace individually or collectively for all WorkSpaces Monitoring and LoggingĬloudWatch metrics for WorkSpaces are intended to give administrators more information about the general condition and connectivity of specific WorkSpaces. TLS 1.2 encryption is used to protect data in transit for PCoIP and WSP for TCP Traffic.Īmazon WorksSpaces PCI DSS Level 1 compliant and HIPAA eligible with Business Associate Agreement. WorkSpaces leverages Amazon EBS to build and maintain encrypted volumes. ![]() You can use AWS KMS to encrypt the storage volumes for your WorkSpaces in order to perform encryption at rest. ![]() WorkSpaces client does not store any data on the client. In order to achieve this, you must place WorkSpaces in separate directories. But in the same directory, a user cannot have both a PCoIP and a WSP WorkSpace. There can be a mixture of PCoIP and WSP WorkSpaces in a directory. The two protocols that Amazon WorkSpaces supports are PCoIP and WorkSpaces Streaming Protocol (WSP). Directory Service also allows for the addition of new security groups. Any WorkSpaces that are linked to that AWS Directory Service object are covered by this security group. Your WorkSpaces and users' information is stored and managed by WorkSpaces using a directory.Īlthough multiple AWS Directory Services are supported on the same subnet, using different AD Connector and subnets for separate workloads are encouraged.Įach AWS Directory Service allows you to set a default security group. ![]() Reference of high-level VPC design can be seen below:įig.1: Example VPC Design 1 Directory ServiceĪmazon WorksSpaces requires a minimum of one of Active Directory Connector, AWS managed Microsoft Active Directory or Simple Active Directory. Since you can not resize subnets, it is important to plan for future growth. You should have two NAT gateways in order to prepare for failure,ĭesign for high availability, and reduce cross-AZ traffic costs. A VPC can have two WorkSpace specific private subnets and a public subnet with a NAT gateway.Ī connection to the internet is required for Amazon WorkSpaces Application Manager deployments and operating system updates. On the other hand, the utilization of a cloud-based virtual desktop minimizes the need for upfront infrastructure investment and continuous infrastructure management, giving you a simple, cost-effective approach to provide your customers with a safe and widely available desktop experience.To start with, Amazon Workspaces deployment requires an Amazon VPC and minimum of two subnets. In addition, the management of traditional desktops or perhaps on-premises solutions for Virtual Desktop Infrastructure (VDI) both demand considerable funding and are frequently hard to implement. Plus, in terms of a business or organization, a high-quality portable desktop is available to all the employees on the device of their choice. Moreover, Amazon WorkSpaces takes full responsibility for providing a totally managed service. Furthermore, in comparison with traditional on-premises Virtual Desktop Infrastructure solutions, the user does not have to worry about complex parameters such as procuring, implementing, and supporting a complicated system. Fisrt of all, Amazon WorkSpaces enables end-users to gain access to a secure, managed, and cloud-based virtual desktop experience.
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