Daily release/09/05/2023/evening

src/content/docs/accounts/accounts/account-maintenance/query-account-audit-logs-nrauditevent.mdx

@@ -17,11 +17,11 @@ redirects:
   - /docs/data-apis/understand-data/event-data/query-account-audit-logs-nrauditevent 
 ---
 
-As an additional security measure for using and managing New Relic, you can use the `NrAuditEvent` event to view audit logs that show changes in your New Relic organization. 
+As an additional security measure for using and managing New Relic, you can use the `NrAuditEvent` event to view audit logs that show changes in your New Relic organization.
 
 ## What is the `NrAuditEvent`? [#attributes]
 
-The `NrAuditEvent` is created to record some important types of configuration changes you and your users make in your New Relic organization. Data gathered includes the type of account change, what actor made the change, a human-readable description of the action taken, and a timestamp for the change. Reported information includes: 
+The `NrAuditEvent` is created to record some important types of configuration changes you and your users make in your New Relic organization. Data gathered includes the type of account change, what actor made the change, a human-readable description of the action taken, and a timestamp for the change. Reported information includes:
 
 * Users added or deleted
 * User permission changes
@@ -57,8 +57,10 @@ Note that the query builder in the UI can only query one account at a time. If y
   >
     To view all changes to your New Relic account for a specific time frame, run this basic NRQL query:
 
-    ```
-    SELECT * from NrAuditEvent SINCE 1 day ago
+    ```sql
+    SELECT * 
+    FROM NrAuditEvent 
+    SINCE 1 day ago
     ```
   </Collapser>
 
@@ -68,9 +70,11 @@ Note that the query builder in the UI can only query one account at a time. If y
   >
     To query what type of change to the account users was made the most frequently during a specific time frame, include the [`actionIdentifier` attribute](#actorIdentifier) in your query. For example:
 
-    ```
-    SELECT count(*) AS Actions FROM NrAuditEvent 
-    FACET actionIdentifier SINCE 1 week ago
+    ```sql
+    SELECT count(*) AS Actions 
+    FROM NrAuditEvent 
+    FACET actionIdentifier 
+    SINCE 1 week ago
     ```
   </Collapser>
 
@@ -80,8 +84,11 @@ Note that the query builder in the UI can only query one account at a time. If y
   >
     To query for information about created accounts and who created them, you can use something like:
 
-    ```
-    SELECT actorEmail, actorId, targetId FROM NrAuditEvent WHERE actionIdentifier = 'account.create' SINCE 1 month ago
+    ```sql
+    SELECT actorEmail, actorId, targetId 
+    FROM NrAuditEvent 
+    WHERE actionIdentifier = 'account.create' 
+    SINCE 1 month ago
     ```
   </Collapser>
 
@@ -91,8 +98,10 @@ Note that the query builder in the UI can only query one account at a time. If y
   >
     When you include `TIMESERIES` in a NRQL query, the results are shown as a line graph. For example:
 
-    ```
-    SELECT count(*) from NrAuditEvent TIMESERIES facet actionIdentifier since 1 week ago
+    ```sql
+    SELECT count(*) 
+    FROM NrAuditEvent 
+    TIMESERIES facet actionIdentifier since 1 week ago
     ```
   </Collapser>
 
@@ -104,17 +113,20 @@ Note that the query builder in the UI can only query one account at a time. If y
 
     To see all the changes made to users, you could use:
 
-    ```
-    SELECT * FROM NrAuditEvent WHERE targetType = 'user' 
-      SINCE this month
+    ```sql
+    SELECT * 
+    FROM NrAuditEvent 
+    WHERE targetType = 'user' 
+    SINCE this month
     ```
 
     If you wanted to narrow that down to see changes to [user type](/docs/accounts/accounts-billing/new-relic-one-user-management/user-type), you could use:
 
-    ```
-    SELECT * FROM NrAuditEvent WHERE targetType = 'user' 
+    ```sql
+    SELECT * FROM NrAuditEvent 
+    WHERE targetType = 'user' 
       AND actionIdentifier IN ('user.self_upgrade', 'user.change_type') 
-      SINCE this month
+    SINCE this month
     ```
   </Collapser>
 
@@ -124,7 +136,7 @@ Note that the query builder in the UI can only query one account at a time. If y
   >
     To query updates for your synthetic monitors during a specific time frame, include the [`actionIdentifier`](/attribute-dictionary/nrauditevent/actionidentifier) attribute in your query. For example:
 
-    ```
+    ```sql
     SELECT count(*) FROM NrAuditEvent 
     WHERE actionIdentifier = 'synthetics_monitor.update_script' 
     FACET actionIdentifier, description, actorEmail 
@@ -140,12 +152,28 @@ Note that the query builder in the UI can only query one account at a time. If y
   >
     To query what configuration changes were made to any workload, use the query below. The `targetId` attribute contains the GUID of the workload that was modified, which you can use for searches. Since changes on workloads are often automated, you might want to include the `actorType` attribute to know if the change was done directly by a user through the UI or through the API.
 
-    ```
+    ```sql
     SELECT timestamp, actorEmail, actorType, description, targetId 
-    FROM NrAuditEvent WHERE targetType = 'workload' 
+    FROM NrAuditEvent 
+    WHERE targetType = 'workload' 
     SINCE 1 week ago LIMIT MAX
     ```
   </Collapser>
+
+  <Collapser
+    id="target-type"
+    title="What target types are in my account?">
+
+
+    The `targetType` attribute describes the object that changed, such as account, role, user, alert conditions or notifications, and logs.
+    To generate a list of `targetType` values for your account, run the query below. Note that this query will only show `targetTypes` that have been touched.
+
+    ```sql
+    SELECT uniques(targetType)
+    FROM NrAuditEvent
+    SINCE 90 days ago
+    ```
+  </Collapser>
 </CollapserGroup>
 
 ### Changes made by specific users [#examples-who]
@@ -157,9 +185,10 @@ Note that the query builder in the UI can only query one account at a time. If y
   >
     To see detailed information about any user who made changes to the account during a specific time frame, include [`actorType = 'user'`](#actorType) in the query. For example:
 
-    ```
+    ```sql
     SELECT actionIdentifier, description, actorEmail, actorId, targetType, targetId 
-    FROM NrAuditEvent WHERE actorType = 'user' 
+    FROM NrAuditEvent 
+    WHERE actorType = 'user' 
     SINCE 1 week ago
     ```
   </Collapser>
@@ -170,8 +199,9 @@ Note that the query builder in the UI can only query one account at a time. If y
   >
     To query account activities made by a specific person during the selected time frame, you must know their [`actorId`](#actorId). For example:
 
-    ```
-    SELECT actionIdentifier FROM NrAuditEvent 
+    ```sql
+    SELECT actionIdentifier 
+    FROM NrAuditEvent 
     WHERE actorId = 829034 SINCE 1 week ago
     ```
   </Collapser>
@@ -182,8 +212,9 @@ Note that the query builder in the UI can only query one account at a time. If y
   >
     To identify who ([`actorType`](#actorType)) has made the most changes to the account, include the [`actorEmail` attribute](#actorEmail) in your query. For example:
 
-    ```
-    SELECT count(*) as Users FROM NrAuditEvent 
+    ```sql
+    SELECT count(*) as Users 
+    FROM NrAuditEvent 
     WHERE actorType = 'user' 
     FACET actorEmail SINCE 1 week ago
     ```
@@ -195,7 +226,7 @@ Note that the query builder in the UI can only query one account at a time. If y
   >
     To query updates from your synthetic monitors made by a specific user, include the [`actionIdentifier`](/attribute-dictionary/nrauditevent/actionidentifier) and [`actorEmail`](/attribute-dictionary/nrauditevent/actoremail) attribute in your query. For example:
 
-    ```
+    ```sql
     SELECT count(*) FROM NrAuditEvent 
     WHERE actionIdentifier = 'synthetics_monitor.update_script' 
     FACET actorEmail, actionIdentifier, description 
@@ -213,9 +244,11 @@ Note that the query builder in the UI can only query one account at a time. If y
   >
     To see detailed information about changes to the account that were made using an API key during a specific time frame, include [`actorType = 'api_key'`](#actorType) in the query. For example:
 
-    ```
+    ```sql
     SELECT actionIdentifier, description, targetType, targetId, actorAPIKey, actorId, actorEmail 
-    FROM NrAuditEvent WHERE actorType = 'api_key' SINCE 1 week ago
+    FROM NrAuditEvent 
+    WHERE actorType = 'api_key' 
+    SINCE 1 week ago
     ```
   </Collapser>
 </CollapserGroup>

src/content/docs/kubernetes-pixie/auto-telemetry-pixie/advanced-configuration/manage-pixie-memory.mdx

@@ -20,10 +20,10 @@ You can configure the amount of memory Pixie uses. During the installation, use
 
 The primary focus of the [open source Pixie project](https://github.com/pixie-io/pixie) is to build a real-time debugging platform. Pixie [isn't intended to be a long-term durable storage solution](https://docs.px.dev/about-pixie/faq/#data-collection-how-much-data-does-pixie-store) and is best used in conjunction with New Relic. The New Relic integration queries Pixie every few minutes and persists a subset of Pixie's telemetry data in New Relic.
 
-When you install the New Relic Pixie integration, a `vizier-pem` agent is deployed to each node in your cluster via a DaemonSet. The `vizier-pem` agents use memory for two main purposes:
+When you install the New Relic Pixie integration, a [`vizier-pem` agent](https://docs.px.dev/reference/architecture/#vizier) is deployed to each node in your cluster via a DaemonSet. The `vizier-pem` agents use memory for two main purposes:
 
-* **Collecting telemetry data**: tracing application traffic or CPU profiles, amongst other. Those values must be stored in memory somewhere, as they're processed.
-* **Short-term storage of telemetry data**: to power troubleshooting via the [Live debugging with Pixie tab](/docs/kubernetes-pixie/auto-telemetry-pixie/understand-use-data/live-debugging-with-pixie); and as a temporary storage location for a subset of the telemetry data before it's stored in New Relic.
+* **Collecting telemetry data**: tracing application traffic or CPU profiles, amongst others. Those values must be stored in memory somewhere, as they're processed.
+* **Short-term storage of telemetry data**: to power troubleshooting via the [Live debugging with Pixie tab](/docs/kubernetes-pixie/auto-telemetry-pixie/understand-use-data/live-debugging-with-pixie) and as a temporary storage location for a subset of the telemetry data before it's stored in New Relic.
 
 By default, `vizier-pem` pods have a `2Gi` memory limit, and a `2Gi` memory request. They set aside 60% of their allocated memory for short-term data storage, leaving the other 40% for the data collection.
 

src/content/docs/kubernetes-pixie/auto-telemetry-pixie/pixie-data-security-overview.mdx

@@ -11,7 +11,7 @@ redirects:
   - /docs/auto-telemetry-pixie/pixie-data-security-overview
 ---
 
-Auto-telemetry with Pixie is our integration of Community Cloud for Pixie, a managed version of Pixie open source software. Auto-telemetry with Pixie therefore benefits from Pixie's approach to keeping data secure. The data that Pixie collects is stored entirely within your Kubernetes cluster. This data does not persist outside of your environment, and will never be stored by Community Cloud for Pixie. This means that your sensitive data remains within your environment and control.
+Auto-telemetry with Pixie is our integration of [Community Cloud for Pixie](https://docs.px.dev/installing-pixie/install-guides/community-cloud-for-pixie/), a managed version of Pixie open source software. Auto-telemetry with Pixie therefore benefits from Pixie's approach to keeping data secure. The data that Pixie collects is stored entirely within your Kubernetes cluster. This data does not persist outside of your environment, and will never be stored by Community Cloud for Pixie. This means that your sensitive data remains within your environment and control.
 
 Community Cloud for Pixie makes queries directly to your Kubernetes cluster to access the data. In order for the query results to be shown in the Community Cloud for Pixie UI, CLI, and API, the data is sent to the client from your cluster using a reverse proxy.
 
@@ -20,7 +20,7 @@ Community Cloud for Pixie’s reverse proxy is designed to ensure:
 * Data is ephemeral. It only passes through the Community Cloud for Pixie's cloud proxy in transit. This ensures data locality.
 * Data is encrypted while in transit. Only you are able to read your data.
 
-New Relic fetches and stores data that related to an application's performance. With Auto-telemetry with Pixie, a predefined subset of data persists outside of your cluster. This data is stored in our database, in your selected region. This data persists in order to give you long-term storage, alerting, correlation with additional data, and the ability to use advanced New Relic platform capabilities, such as anomaly detection.
+New Relic fetches and stores data that related to an application's performance. With Auto-telemetry with Pixie, a predefined subset of data persists outside of your cluster. This data is stored in our database, in your selected region. This data persists in order to give you long-term storage, alerting, correlation with additional data, and the ability to use advanced New Relic platform capabilities, such as [anomaly detection](/docs/alerts-applied-intelligence/applied-intelligence/anomaly-detection/anomaly-detection-applied-intelligence/).
 
 The persisted performance metrics include, but are not limited to:
 

src/content/docs/kubernetes-pixie/kubecost/get-started-kubecost.mdx

@@ -19,7 +19,7 @@ Actionable insights:
 
 ## Get started
 
-In order to get started with Kubecost and New Relic, you'll need to set up Prometheus Remote Write in New Relic. Then, you will need to install the Kubecost agent.
+To get started, first set up [Prometheus Remote Write](/docs/infrastructure/prometheus-integrations/install-configure-remote-write/set-your-prometheus-remote-write-integration/) in New Relic, then install the Kubecost agent.
 
 ### Set up Prometheus Remote Write
 
@@ -31,7 +31,7 @@ Go to the [Prometheus remote write setup launcher in the UI](https://one.newreli
 
 ### Install the Kubecost agent to your cluster
 
-Now, we are going to install the Kubecost agent via Helm.
+Next, install the Kubecost agent via Helm.
 
 1. Download the template YAML file for the Kubecost agent installation. Save it to `kubecost-values.yaml`.
 
@@ -1175,7 +1175,7 @@ extraObjects: []
 2. Open `kubecost-values.yaml` in an editor of your choice.
 3. Go to line 671, and update `YOUR_URL_HERE` to contain the value of the URL you generated for the Prometheus Remote Write integration in the earlier step. It should look something like `https://metric-api.newrelic.com/prometheus/v1/write?prometheus_server=kubecost`.
 4. Go to line 672, and update `YOUR_BEARER_TOKEN_HERE` to contain the value of the bearer token you generated for the Prometheus remote write integration in the earlier step.
-5. Run the Helm command to add the Kubecost agent to your cluster. It should start sending data to New Relic.
+5. Run the Helm command below to add the Kubecost agent to your cluster and start sending data to New Relic:
 
 ```shell
 helm upgrade --install kubecost \                                                                                                                                                                  [11:13:30]
@@ -1184,8 +1184,8 @@ helm upgrade --install kubecost \
 --values kubecost-values.yaml
 ```
 
-6. Wait a few minutes. In the previous tab setting up Remote Write, click the "See your data" button to see whether data has been received.
-7. Query your data.
+6. Wait a few minutes. In the previous tab where you set up Remote Write, click the **See your data** button to see whether data has been received.
+7. Query your data:
 
 ```sql
 SELECT sum(`Total Cost($)`) AS 'Total Monthly Cost' FROM (FROM Metric SELECT (SELECT sum(`total_node_cost`) FROM (FROM Metric SELECT (average(kube_node_status_capacity_cpu_cores) * average(node_cpu_hourly_cost) * 730 + average(node_gpu_hourly_cost) * 730 + average(kube_node_status_capacity_memory_bytes) / 1024 / 1024 / 1024 * average(node_ram_hourly_cost) * 730) AS 'total_node_cost' FACET node)) + (SELECT (sum(acflb) / 1024 / 1024 / 1024 * 0.04) AS 'Container Cost($)' FROM (SELECT (average(container_fs_limit_bytes) * cardinality(container_fs_limit_bytes)) AS 'acflb' FROM Metric WHERE (NOT ((device = 'tmpfs')) AND (id = '/')))) + (SELECT sum(aphc * 730 * akpcb / 1024 / 1024 / 1024) AS 'Total Persistent Volume Cost($)' FROM (FROM Metric SELECT average(pv_hourly_cost) AS 'aphc', average(kube_persistentvolume_capacity_bytes) AS 'akpcb' FACET persistentvolume, instance)) AS 'Total Cost($)')