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NEW QUESTION: 1
Which guiding principle helps to ensure that each improvement effort has more focus and is easier to maintain?
A. Start where you are
B. Progress iteratively with feedback
C. Think and work holistically
D. Collaborate and promote visibility
Answer: B

NEW QUESTION: 2
質問をドラッグアンドドロップ
アプリケーションを開発しています。 2つのサブスクリプションにアクセスできるAzureユーザーアカウントがあります。
Azure Key Vaultからストレージアカウントのキーシークレットを取得する必要があります。
ソリューションを開発するために、PowerShellコマンドをどの順序で配置する必要がありますか？回答するには、すべてのコマンドをコマンドリストから回答領域に移動し、正しい順序に並べます。

Answer:
Explanation:

Explanation:
Step 1: Get-AzSubscription
If you have multiple subscriptions, you might have to specify the one that was used to create your key vault. Enter the following to see the subscriptions for your account:
Get-AzSubscription
Step 2: Set-AzContext -SubscriptionId
To specify the subscription that's associated with the key vault you'll be logging, enter:
Set-AzContext -SubscriptionId <subscriptionID>
Step 3: Get-AzStorageAccountKey
You must get that storage account key.
Step 4: $secretvalue = ConvertTo-SecureString <storageAccountKey> -AsPlainText -Force Set-AzKeyVaultSecret -VaultName <vaultName> -Name <secretName> -SecretValue
$secretvalue
After retrieving your secret (in this case, your storage account key), you must convert that key to a secure string, and then create a secret with that value in your key vault.
Step 5: Get-AzKeyVaultSecret
Next, get the URI for the secret you created. You'll need this URI in a later step to call the key vault and retrieve your secret. Run the following PowerShell command and make note of the ID value, which is the secret's URI:
Get-AzKeyVaultSecret -VaultName <vaultName>
Reference:
https://docs.microsoft.com/bs-latn-ba/Azure/key-vault/key-vault-key-rotation-log-monitoring

NEW QUESTION: 3
You have an Exchange Server 2010 organization that contains five Hub Transport servers, five Mailbox servers and one Edge Transport server.
You need to provide a solution to ensure that users can prevent legitimate inbound e-mail messages from being classified as spam.
What should you do?
A. Enable Sender ID filtering
B. Configure a custom MailTip
C. Configure safelist aggregation
D. Enable sender filtering
Answer: C
Explanation:
Safelist Aggregation
In Microsoft Exchange Server 2007, the term safelist aggregation refers to a set of anti-spam functionality that is shared across Microsoft Office Outlook and Microsoft Exchange. This functionality collects data from the anti-spam Safe Recipients Lists or Safe Senders Lists and contact data that Outlook users configure, and makes this data available to the anti-spam agents on the computer that has the Edge Transport server role installed.
Safelist aggregation can help reduce the instances of false-positives in anti-spam filtering that is performed by the Edge Transport server. When you configure safelist aggregation, the Content Filter agent passes safe e-mail messages to the organization's mailbox without additional processing. E-mail messages that Outlook users receive from contacts that those users have added to their Outlook Safe Recipients List or Safe Senders List or have trusted are identified by the Content Filter agent as safe. An Outlook contact is a person, inside or outside the user's organization, about whom the user can save several types of information, such as e-mail and street addresses, telephone and fax numbers, and Web page URLs.
Safelist aggregation can help reduce the instances of false-positives in anti-spam filtering that is performed by the Edge Transport server. A false-positive is a positive test or filter result that is in a subject or body of data that does not possess the attribute for which the filter or test is being conducted. In the context of spam filtering, a false-positive occurs when a spam filter incorrectly identifies a message from a legitimate sender as spam.
For organizations that filter hundreds of thousands of messages from the Internet every day, even a small percentage of false-positives means that users might not receive many messages that were identified incorrectly as spam and therefore were quarantined or deleted. Safelist aggregation can be the most effective way to reduce false-positives. Outlook 2003 and the next release of Outlook, which is included in Office 2007, let users create Safe Senders Lists. Safe Senders Lists specify a list of domain names and e-mail addresses from which the Outlook user wants to receive messages. By default, e-mail addresses in Outlook Contacts and in the Exchange Server global address list are included in this list. By default, Outlook adds all external contacts to which the user sends mail to the Safe Senders List. Information Stored in the Outlook User's Safelist Collection
A safelist collection is the combined data from the user's Safe Senders List, Safe Recipients List, Blocked Senders List, and external contacts. This data is stored in Outlook and in the Exchange mailbox. The following types of information are stored in an Outlook user's safelist collection:
Safe senders and safe recipients - The P2 From: field of the e-mail message indicates a sender. The To: field of the e-mail message indicates a recipient. Safe senders and safe recipients are represented by full Simple Mail Transfer Protocol (SMTP) addresses, such as [email protected]. Outlook users can add senders and recipients to their safe lists.
Safe domain - The domain is the part of an SMTP address that follows the @ symbol. For example, contoso.com is the domain in the [email protected] address. Outlook users can add sending domains to their safe lists. External contacts - Two types of external contacts can be included in the safelist aggregation. The first type of external contact includes contacts to whom Outlook users have sent mail. This class of contact is added to the Safe Senders List only if an Outlook user selects the corresponding option in the Junk E-mail settings in Outlook 2003 or Exchange Server 2007.
The second type of external contact includes the users' Outlook contacts. Users can add or import these contacts into Outlook. This class of contact is added to the Safe Senders List only if an Outlook user selects the corresponding option in the Junk E-mail Filter settings in Outlook 2003 or Outlook 2007.
How Exchange Uses the Safelist Collection
The safelist collection is stored on the user's mailbox server. A user can have up to 1,024 unique entries in a safelist collection. In earlier versions of Exchange Server, the user's mailbox server accessed the safelist collection during spam filtering to allow e-mail from senders on the Safe Senders List to pass through. In Exchange Server 2007, the safelist collection is stored on the user's mailbox, but you can push it to the Active Directory directory service, where the safelist collection is stored on each user object. When the safelist collection is stored on the user object in Active Directory, the safelist collection is aggregated with the anti-spam functionality of Exchange Server 2007 and is optimized for minimized storage and replication so that the Edge Transport server can process the safelist aggregation. The Content Filter agent on the Edge Transport server can access the safelist collection for each recipient. EdgeSync replicates the safelist collection to the Active Directory Application Mode (ADAM) instance on the Edge Transport server.
Note
Safelist collection entries are one-way hashed (SHA-256) before they are stored in Active Directory. This minimizes storage and replication size, and it renders the safelist collections unreadable by malicious users. Hashing of Safelist Collection Entries
The safelist collection entries are hashed (SHA-256) one way before they are stored as array sets across two user object attributes, msExchangeSafeSenderHash and msExchangeSafeRecipientHash, as a binary large object. When data is hashed, an output of fixed length is produced; the output is also likely to be unique. For hashing of safelist collection entries, a 4-byte hash is produced. When a message is received from the Internet, Exchange Server hashes the sender address and compares it to the hashes that are stored on behalf of the Outlook user to whom the message was sent. If an inbound hash matches, the message bypasses content filtering.
One-way hashing of safelist collection entries performs the following important functions:
-It minimizes storage and replication space. Most of the time, hashing reduces the size of the data that is hashed. Therefore, saving and transmitting a hashed version of a safelist collection entry conserves storage space and replication time. For example, a user who has 200 entries in his or her safelist collection would create about 800 bytes of hashed data that is stored and replicated in Active Directory.
-It renders user safelist collections unusable by malicious users. Because one-way hash values are impossible to reverse-engineer into the original SMTP address or domain, the safelist collections do not yield usable e-mail addresses for malicious users who might compromise an Edge Transport server.
Enabling Safelist Aggregation
You can enable safelist aggregation by running the Exchange Management Shell Update-SafeList command on a user's mailbox. The Update-SafeList command reads the safelist collection from the user's mailbox, hashes each entry, sorts the entries for easy search, and then converts the hash to a binary attribute. Finally, the Update-SafeList command compares the binary attribute that was created to any value that is stored on the attribute. If the two values are identical, the Update-SafeList command does not update the user attribute value with the safelist aggregation data. If the two attribute values are different, the Update-SafeList command updates the safelist aggregation value. This logic, where the binary values are compared before updates, is intended to significantly minimize resource use on Active Directory replication. Periodic use of Update-Safelist ensures that the most up-to-date safelist aggregation is in Active Directory.
To make the safelist aggregation data in Active Directory available to Edge Transport servers in the perimeter network, you must install and configure the EdgeSync tool so that the safelist aggregation data is replicated to the Active Directory Application Mode (ADAM) instance on the Edge server.