Merge branch 'main' into repo-sync

splunk · Aug 5, 2024 · e9bc787 · e9bc787
2 parents 3e89b69 + 0147306
commit e9bc787
Show file tree

Hide file tree

Showing 8 changed files with 14 additions and 14 deletions.
diff --git a/apm/apm-spans-traces/traces-spans.rst b/apm/apm-spans-traces/traces-spans.rst
@@ -131,7 +131,7 @@ You can add custom span tags through the OpenTelemetry Collector, or when you in
 
 Span tags are most useful when they follow a simple, dependable system of naming conventions. See :ref:`span-tag-naming` to learn about OpenTelemetry naming conventions for span tags. 
 
-.. note:: Note that span tags in Splunk APM are distinct from metadata tags in Splunk Infrastructure Monitoring, which are searchable labels or keywords you can assign to metric dimensions in the form of strings rather than as key-value pairs. To learn more about metadata tags, see :ref:`metadata-infra-tags`.
+.. note:: Span tags in Splunk APM are distinct from metadata tags in Splunk Infrastructure Monitoring, which are searchable labels or keywords you can assign to metric dimensions in the form of strings rather than as key-value pairs. To learn more about metadata tags, see :ref:`metadata-infra-tags`.
 
 .. raw:: html
 

diff --git a/get-started/contribute.rst b/get-started/contribute.rst
@@ -5,7 +5,7 @@ Contribute to Splunk Observability Cloud documentation
 *********************************************************************
 
 .. meta::
-   :description: Anyone can update the the Splunk Observability Cloud documentation by adding examples, documenting new settings, or fixing issues. Read on to learn how to edit the documentation.
+   :description: Anyone can update the Splunk Observability Cloud documentation by adding examples, documenting new settings, or fixing issues. Read on to learn how to edit the documentation.
 
 You can update the Splunk Observability Cloud documentation to fix typos or other issues, add examples, or document new settings. You can also submit deeper changes, such as conceptual explanations, diagrams, and even entire new topics that can benefit all users.
 

diff --git a/get-started/download-mobile.rst b/get-started/download-mobile.rst
@@ -74,7 +74,7 @@ Download Splunk Observability for Mobile from the Google Play store
 #. Tap the Splunk Observability Cloud Mobile app.
 #. Download Splunk Observability Cloud for Mobile.
 
-.. note:: Due to Chinese network restrictions, you can't access the Splunk Observability Cloud for Mobile app from the iOS App Store or the Google PlayStore if you are in mainland China and have a device that is on a Chinese network carrier.
+.. note:: Due to Chinese network restrictions, you can't access the Splunk Observability Cloud for Mobile app from the iOS App Store or the Google Play store if you are in mainland China and have a device that is on a Chinese network carrier.
 
 ==========================================================
 User Authentication in Splunk Observability for Mobile
@@ -87,4 +87,4 @@ After you download Splunk Observability Cloud for Mobile, you have a variety of
 
    When your Splunk Observability Cloud admin set up Single Sign On (SSO), they created a custom URL for your organization. The URL must be a subdomain of signalfx.com. An example of a custom URL is https://your_org.signalfx.com. The :strong:`Enter Custom URL` field is prepopulated with ``signalfx.com``. Enter the unique portion of your organization's custom URL before ``signalfx.com``.
 
-#. Choose from :strong:`User Credentials`, :strong:`Google`, or :strong:`SSO`.
+#. Choose from :strong:`User Credentials`, :strong:`Google`, or :strong:`SSO`.
diff --git a/get-started/education-resources.rst b/get-started/education-resources.rst
@@ -5,11 +5,11 @@ Education classes for Splunk Observability Cloud
 *****************************************************
 
 .. meta::
-   :description: Where to learn more about Splunk Observability Cloud with frer and paid education classes.
+   :description: Where to learn more about Splunk Observability Cloud with free and paid education classes.
 
 
 
-There are many resources available to help you learn more about Splunk Observability Cloud or connect with other observabilty practitioners. 
+There are many resources available to help you learn more about Splunk Observability Cloud or connect with other observability practitioners. 
 
 Splunk Education offers free and paid course offerings for all aspects of Splunk Observability Cloud. For a complete list of current courses, see :new-page:`Splunk Observability Cloud course offerings <https://www.splunk.com/en_us/training/course-catalog.html?sort=Newest&filters=filterGroup4SplunkObservabilityCloud%2CfilterGroup4SplunkSyntheticMonitoring%2CfilterGroup4SplunkInfrastructureMonitoring%2CfilterGroup4SplunkITSI%2CfilterGroup4SplunkAPM%2CfilterGroup4SplunkOnCall%2CfilterGroup4SplunkRUM%2CfilterGroup4SplunkLogObserver%2CfilterGroup4SplunkInsights>`. 
 
@@ -28,4 +28,4 @@ There are a number of free self-paced courses available that provide a look at v
 * Optimizing Metrics Usage with Splunk Metrics Pipeline Management
 * Introduction to Splunk Log Observer Connect
 
-To explore the free and paid education offerings, see :new-page:`Splunk Observability Cloud course offerings <https://www.splunk.com/en_us/training/course-catalog.html?sort=Newest&filters=filterGroup4SplunkObservabilityCloud%2CfilterGroup4SplunkSyntheticMonitoring%2CfilterGroup4SplunkInfrastructureMonitoring%2CfilterGroup4SplunkITSI%2CfilterGroup4SplunkAPM%2CfilterGroup4SplunkOnCall%2CfilterGroup4SplunkRUM%2CfilterGroup4SplunkLogObserver%2CfilterGroup4SplunkInsights>`.
+To explore the free and paid education offerings, see :new-page:`Splunk Observability Cloud course offerings <https://www.splunk.com/en_us/training/course-catalog.html?sort=Newest&filters=filterGroup4SplunkObservabilityCloud%2CfilterGroup4SplunkSyntheticMonitoring%2CfilterGroup4SplunkInfrastructureMonitoring%2CfilterGroup4SplunkITSI%2CfilterGroup4SplunkAPM%2CfilterGroup4SplunkOnCall%2CfilterGroup4SplunkRUM%2CfilterGroup4SplunkLogObserver%2CfilterGroup4SplunkInsights>`.
diff --git a/get-started/o11y-architecture.rst b/get-started/o11y-architecture.rst
@@ -7,7 +7,7 @@ Splunk Observability Cloud architecture
 .. meta::
    :description: Overview of the architecture of Splunk Observability Cloud
 
-Splunk Observability Cloud is built on top of OpenTelemetry and uses it as the default way of getting data in, which gives you a open standards-based set of instrumentation across all your data types. With Log Observer Connect, you can also query your Splunk Enterprise or Splunk Cloud Platform logs using the capabilities in Splunk Observability Cloud, giving you an overview of all your data in one place.
+Splunk Observability Cloud is built on top of OpenTelemetry and uses it as the default way of getting data in, which gives you an open standards-based set of instrumentation across all your data types. With Log Observer Connect, you can also query your Splunk Enterprise or Splunk Cloud Platform logs using the capabilities in Splunk Observability Cloud, giving you an overview of all your data in one place.
 
 .. mermaid::
 
@@ -28,7 +28,7 @@ Splunk Observability Cloud is built on top of OpenTelemetry and uses it as the d
   flowchart LR
 
       accTitle: Splunk Observability Cloud architecture diagram
-      accDescr: Splunk Observability Cloud architecture can be broken down into 4 main components, data collection, data ingestion, data procesisng and rentention, and analytics. Splunk Observability Cloud uses OpenTelemetry as the default method of data collection, which gives you a single set of instrumentation across different data types, such as distributed traces and metrics. You can also send Splunk Enterprise or Splunk Cloud Platform logs to Splunk Observability Cloud with the use of Log Observer Connect. Once you get your data in, OpenTelemetry Collector can aggregate, parse, extract, enrich, or delete your data as needed. The underlying mechanism for data ingestion is the Quantizer, which offers rollups and dynamic lag adjustment. Trace assembly and metadata extraction are also parts of data ingestion. Data processing and retention includes trace indexing and storage, trace metricization, as well as metrics routing and storage. Lastly, Splunk Observability Cloud offers various analytics tools for your data, including but not limited to, tracing analysis, predictive analysis, incident analysis, anomaly detection, SignalFlow, and historical baselines.
+      accDescr: Splunk Observability Cloud architecture can be broken down into 4 main components, data collection, data ingestion, data procesisng and retention, and analytics. Splunk Observability Cloud uses OpenTelemetry as the default method of data collection, which gives you a single set of instrumentation across different data types, such as distributed traces and metrics. You can also send Splunk Enterprise or Splunk Cloud Platform logs to Splunk Observability Cloud with the use of Log Observer Connect. Once you get your data in, OpenTelemetry Collector can aggregate, parse, extract, enrich, or delete your data as needed. The underlying mechanism for data ingestion is the Quantizer, which offers rollups and dynamic lag adjustment. Trace assembly and metadata extraction are also parts of data ingestion. Data processing and retention includes trace indexing and storage, trace metricization, as well as metrics routing and storage. Lastly, Splunk Observability Cloud offers various analytics tools for your data, including but not limited to, tracing analysis, predictive analysis, incident analysis, anomaly detection, SignalFlow, and historical baselines.
 
       %% LR indicates the direction (left-to-right)
 

diff --git a/get-started/o11y.rst b/get-started/o11y.rst
@@ -56,7 +56,7 @@ Before you start, create a plan for how you want to set up your Splunk Observabi
 
 Gather all the data from your environment in Splunk Observability Cloud to achieve full-stack observability. For information about how to get data in, see :ref:`get-started-get-data-in`.
 
-As a part of getting data in, make sure to consider bringing in data in a way that allows :ref:`get-started-relatedcontent`, a feature that automatically correlates data between different views within Splunk Observability Cloud. When turned on, the Related Content bar displays automatically when a you select a relevant element and lets you take a data-driven investigative approach.
+As a part of getting data in, make sure to consider bringing in data in a way that allows :ref:`get-started-relatedcontent`, a feature that automatically correlates data between different views within Splunk Observability Cloud. When turned on, the Related Content bar displays automatically when you select a relevant element and lets you take a data-driven investigative approach.
 
 To learn more about Splunk Observability Cloud's data model, refer to :ref:`data-model`.
 

diff --git a/infrastructure/manage-navigator-dashbds.rst b/infrastructure/manage-navigator-dashbds.rst
@@ -21,7 +21,7 @@ Use :guilabel:`Manage navigator dashboards` to find dashboards that you can add
 
 As an admin user, you can access :guilabel:`Manage navigator dashboards` in either of the following ways:
 
-- From the drop-down menu displayed when you select the gear icon on the Infrastructure Navigabor home page.
+- From the drop-down menu displayed when you select the gear icon on the Infrastructure Navigator home page.
 
 - From the ellipses at the right side of a navigator title bar.
 

diff --git a/scenarios-tutorials/scenario-collector.rst b/scenarios-tutorials/scenario-collector.rst
@@ -7,11 +7,11 @@ Scenario: Kai monitors infrastructure and apps in a cloud environment using the
 .. meta:: 
    :description: Learn how you can use the Splunk OTel Collector to get data in from your cloud infrastructure and services.
 
-Kai is the lead site reliability engineer in a large fintech company, PonyBank. Their task is to monitor their AWS infrastructure, which consists of several hundred containers running Java applications on Amazon Elastic Kubernetes Service (EKS). Kai also wants to instrument tens of Linux and Windows Elastic Compute Cloud (EC2) instances managed by IT. Kai's primary goal is to extract reliability and performance metrics and logs from each asset, as well as instrumenting the Java application to monitor its performance using Splunk APM.
+Kai is the lead site reliability engineer in a large fintech company, PonyBank. Their task is to monitor their AWS infrastructure, which consists of several hundred containers running Java applications on Amazon Elastic Kubernetes Service (EKS). Kai also wants to instrument tens of Linux and Windows Elastic Compute Cloud (EC2) instances managed by IT. Kai's primary goal is to extract reliability and performance metrics and logs from each asset, as well as to instrument the Java application in order to monitor its performance using Splunk APM.
 
-PonyBank uses Splunk Observability Cloud, which brings data in through the open-source Splunk Distribution of the OpenTelemetry Collector, an agent that can collect and export data from multiple sources. The Collector can also forward logs and traces to enable full software observability.
+PonyBank uses Splunk Observability Cloud, which brings data in through the open-source Splunk Distribution of the OpenTelemetry Collector, an agent that can collect and export data from multiple sources. The Splunk OTel Collector can also forward logs and traces to enable full software observability.
 
-To instrument their infrastructure using the Collector, Kai takes the following steps:
+To instrument their infrastructure using the Splunk OTel Collector, Kai takes the following steps:
 
 #. :ref:`set-up-eks-monitoring`
 #. :ref:`instrument-ec2-instances`