Question : You work for a company named ABC.com. Your role as Cloud Administrator includes the management of the company's Microsoft Azure subscription. The company has a virtual machines (VMs) hosted in Microsoft Azure. The VMs are located in a single Azure virtual network named TK-VNet1. The company has users that work remotely. The remote workers require access to the VMs on TK-VNet1.
How can you provide access for the remote workers?
1. By configuring a Site-to-Site (S2S) VPN. 2. By configuring a VNet-toVNet VPN. 3. By configuring a Point-to-Site (P2S) VPN. 4. By configuring DirectAccess on a Windows Server 2012 server VM.
Correct Answer 3 : Explanation: If you travel for work or work remotely, you likely use an agent that you run in order to connect to the corporate network. That agent establishes a secure connection to the corporate network, enabling you to access resources even from public locations. That's exactly what a point-to-site network is, it includes an installer that will add a VPN connection. Point-to-site connectivity allows you to connect an individual computer to an Azure virtual network using a secure VPN connection. A self-signed certificate is used for authentication. Site-to-site connectivity allows you to create an industry standard IPSEC VPN connection between one or more networks and an Azure virtual network.
Question : You work as a network administrator at ABC.com. The corporate network consists of physical and virtual servers located in a datacenter and virtual servers hosted on Microsoft Azure. The company has servers that run Windows Server 2008, Windows Server 2008 R2 and Windows Server 2012. You have a System Center 2012 SP1 infrastructure to manage the network. You use System Center Data Protection Manager (DPM) to back up the servers. You want to store backup data in the Azure Backup service. You need configure the DPM server to work with Azure Backup. Which of the following steps are required as part of the configuration?
A. Upgrade System Center 2012 SP1 Data Protection Manager to System Center 2012 R2 Data Protection Manager/ B. Download and install the Azure Backup Agent on the DPM server. C. Download and install the Azure Backup Agent on all servers that will be backed up by DPM. D. Upload a public certificate to Azure.
1. A,B 2. B,D 3. D,E 4. A,E 5. C,E
Correct Answer 2 Exp: Azure Backup can integrate with the user interfaces for Data Protection Manager or Windows Server backup. Backups can be scheduled or on-demand. Why should I use Azure Backup?
For on-premises DPM deployment, Azure Backup provides a simple method of offsite storage. You can store data with Azure up to 3360 days. When DPM is deployed as an Azure virtual machine, you can offload storage to Azure Backup from the Azure disk, allowing you to scale up by storing older data in Azure Backup and new data on disk.
Considerations for using Azure backup with your DPM server
The online protection will provide you a great possibility to place your production data in Azure meaning that you can securely and fully optimized provide an off-site replication for the company production data.
There are some considerations that you must keep in mind:
The online protection is only available for primary DPM servers The retention time for your production data in Azure is 120 days You can place two recovery points per day in your backup vault provided in Azure You can provide online protection for Hyper-V, SQL and File You must have a DPM disk pool attached to the DPM server Windows Azure Backup Agent will use Windows Identity Foundation 3.5 feature. The certificate used for the backup vault in Azure must fulfill the following prerequisites:
To upload to the certificate to the vault, you must export it as a .cer format file that contains the public key. The certificate should be an x.509 v3 certificate. The key length should be at least 2048 bits. The certificate must have a valid ClientAuthentication EKU. The certificate should be currently valid with a validity period that does not exceed 3 years. The certificate should reside in the Personal certificate store of your Local Computer. The private key should be included during installation of the certificate. You can create a self-signed certificate using the makecert tool, or use any valid SSL certificate issued by a Certification Authority (CA) trusted by Microsoft, whose root certificates are distributed via the Microsoft Root Certificate Program.
Question : You work for a company named ABC.com. Your role as Cloud Administrator includes the management of the company's Microsoft Azure subscription. The company has a corporate web application hosted in Azure. The web application uses files stored in a blob container in an Azure Storage account. Users are able to upload, download and delete files in the blob container. You enable Windows Azure Storage Logging to log READ, WRITE and DELETE operations on items in the blob container. You use the logs for analytics purposes. You discover that the log data is using a large amount of storage space and the associated cost of the log storage is increasing. You need to reduce the amount of storage space required for the logs.
Which of the following actions should you perform?
1. Configure and enable a retention policy. 2. Configure a separate blob container for the logs. 3. Rename the $Logs container. 4. Wait for the logs to expire.
Correct Answer 1 : Explanation: By default, Storage Analytics will not delete any logging or metrics data. Blobs and table entities will continue to be written until the shared 20TB limit is reached. Once the 20TB limit is reached, Storage Analytics will stop writing new data and will not resume until free space is available. This 20TB limit is independent of the total limit for your storage account.
You can configure two data retention policies: one for logging and one for metrics. When enabled for both, Storage Analytics will delete logs and table entries older than the specified number of days. The maximum retention period is 365 days (1 year).
You can also configure a retention policy that uses different periods for logging and metrics. To disable a retention policy in the future, call the Set Blob Service Properties operation with the node inside set to false
1. You should configure Active Directory Federation Services 2.0 (AD FS). 2. You should configure the application to run on Azure a software-as-a-service (SaaS). 3. You should configure the Graph API. 4. You should configure the application as an Identity Provider.
1. Active Directory Federation Services 2.0 (AD FS) and Directory Sync with Password Sync enabled. 2. Active Directory Domain Services (AD DS) domain controllers hosted on-premise and on Azure. 3. Directory Sync with Password Sync enabled. 4. Active Directory Federation Services Server 2.0 (AD FS), Active Directory Federation Services (AD FS) Proxy and Directory Sync with Password Sync enabled. 5. Active Directory Federation Services 2.0 (AD FS) and Directory Sync.
1. Modify the existing key in the application definition. 2. Remove the old key and generate a new key for the application. 3. Delete the web application and configure a new application. 4. Disable the graph API.