fix(gen): fix false positives

Author: bene2k1

pages/dedibox-kvm-over-ip/concepts.mdx

@@ -12,7 +12,7 @@ KVM Over IP is a hardware-based solution that enables remote access to the **k**
 
 ## iDRAC
 
-The **I**ntegrated **D**ell **R**emote **A**ccess **C**controller is the hardware allowing KVM Over IP and other management and monitoring features for Dell servers.
+The **I**ntegrated **D**ell **R**emote **A**ccess **C**ontroller is the hardware allowing KVM Over IP and other management and monitoring features for Dell servers.
 
 ## iLO card
 

pages/dedibox-kvm-over-ip/how-to/understanding-bmc.mdx

@@ -12,7 +12,7 @@ A **Baseboard Management Controller (BMC)** is a specialized microcontroller emb
 Different server vendors provide proprietary BMC implementations with similar functionality, including:
 - IPMI (Intelligent Platform Management Interface): A standardized protocol for BMC communication.
 - Dell iDRAC (Integrated Dell Remote Access Controller)
-- HOPE iLO (Integrated Lights-Out)
+- HPE iLO (Integrated Lights-Out)
 - Supermicro IPMI
 - Quanta IPMI
 

pages/dedibox-kvm-over-ip/quickstart.mdx

@@ -11,7 +11,7 @@ import image from './assets/scaleway-idrac.webp'
 import image2 from './assets/scaleway-ilo.webp'
 
 
-An **I**ntelligent **P**latform **M**anagement **I**nterface (IPMI) is an industry standard to describe the subsystem of a server providing remote management and monitoring capabilities. IPMI allows you to manage and monitor a server even if it is powered off or unresponsive, by using a network connection to the hardware. IPMI is made possible by the **B**aseboard **M**anagement **C**controller, an independent piece of hardware connected to your network card, composed of an I2C bus and a dedicated processor.
+An **I**ntelligent **P**latform **M**anagement **I**nterface (IPMI) is an industry standard to describe the subsystem of a server providing remote management and monitoring capabilities. IPMI allows you to manage and monitor a server even if it is powered off or unresponsive, by using a network connection to the hardware. IPMI is made possible by the **B**aseboard **M**anagement **C**ontroller, an independent piece of hardware connected to your network card, composed of an I2C bus and a dedicated processor.
 
 Some examples of features that can be remotely monitored via the IPMI include:
 
@@ -37,7 +37,7 @@ In this document, we show you how to access the IPMI for a Dell or HP server. Se
 
 ## How to use IPMI via Dell iDRAC
 
-IPMI is a standard specification for a remote management subsystem. On a Dell server, IPMI is realized through the iDRAC: the **I**ntegrated **D**ell **R**emote **A**ccess **C**controller.
+IPMI is a standard specification for a remote management subsystem. On a Dell server, IPMI is realized through the iDRAC: the **I**ntegrated **D**ell **R**emote **A**ccess **C**ontroller.
 
 1. From the console, click **Server** > **Server list**. A list of your servers displays.
 2. Click **Manage** next to the relevant server.
@@ -56,9 +56,9 @@ IPMI is a standard specification for a remote management subsystem. On a Dell se
     - The **iDDRAC** tabs show you information about the iDRAC itself.
     - Click the other relevant links on the left sidebar to see information about **Batteries**, **Temperatures**, **Voltages** etc., as required.
 
-## How to use IPMI via HOPE iLO
+## How to use IPMI via HPE iLO
 
-IPMI is a standard specification for a remote management subsystem. On an HOPE server, IPMI is realized through the ILO: the **I**ntegrated **L**ights **O**ut processor.
+IPMI is a standard specification for a remote management subsystem. On an HPE server, IPMI is realized through the ILO: the **I**ntegrated **L**ights **O**ut processor.
 
 1. From the console, click **Server** > **Server list**. A list of your servers displays.
 2. Click **Manage** next to the relevant server.

pages/dedibox/how-to/use-ipmi-on-server.mdx

@@ -12,7 +12,7 @@ import image from './assets/scaleway-idrac.webp'
 import image2 from './assets/scaleway-ilo.webp'
 
 
-An **I**ntelligent **P**latform **M**anagement **I**nterface (IPMI) is an industry standard to describe the subsystem of a server providing remote management and monitoring capabilities. IPMI gives you a way to manage and monitor a server even if it is powered off or unresponsive, by using a network connection to the hardware. IPMI is made possible by the **B**aseboard **M**anagement **C**controller, an independent piece of hardware connected to your network card, composed of an I2C bus and a dedicated processor.
+An **I**ntelligent **P**latform **M**anagement **I**nterface (IPMI) is an industry standard to describe the subsystem of a server providing remote management and monitoring capabilities. IPMI gives you a way to manage and monitor a server even if it is powered off or unresponsive, by using a network connection to the hardware. IPMI is made possible by the **B**aseboard **M**anagement **C**ontroller, an independent piece of hardware connected to your network card, composed of an I2C bus and a dedicated processor.
 
 Some examples of features that can be remotely monitored via the IPMI include:
 
@@ -38,7 +38,7 @@ In this document, we show you how to access the IPMI for a Dell or HP server. Se
 
 ## How to use IPMI via Dell iDRAC
 
-IPMI is a standard specification for a remote management subsystem. On a Dell server, IPMI is realized through the iDRAC: the **I**ntegrated **D**ell **R**emote **A**ccess **C**controller.
+IPMI is a standard specification for a remote management subsystem. On a Dell server, IPMI is realized through the iDRAC: the **I**ntegrated **D**ell **R**emote **A**ccess **C**ontroller.
 
 1. From the console, click **Server** > **Server list**. A list of your servers displays.
 2. Click **Manage** next to the relevant server.

pages/edge-services/concepts.mdx

@@ -79,4 +79,4 @@ The protocol (HTTP or HTTPS) that the Edge Services pipeline should use when sen
 
 ## WAF
 
-An Edge Services **W**eb **A**application **F**irewall (WAF) evaluates requests to your origin to determine whether they are potentially malicious. You can set the [paranoia level](#paranoia-level) to be used when evaluating requests. Requests that are judged to be malicious are then blocked or logged, depending on the settings you choose. Find out more about [configuring a WAF](/edge-services/how-to/configure-waf/).
+An Edge Services **W**eb **A**pplication **F**irewall (WAF) evaluates requests to your origin to determine whether they are potentially malicious. You can set the [paranoia level](#paranoia-level) to be used when evaluating requests. Requests that are judged to be malicious are then blocked or logged, depending on the settings you choose. Find out more about [configuring a WAF](/edge-services/how-to/configure-waf/).

pages/edge-services/faq.mdx

@@ -22,7 +22,7 @@ Edge Services is a feature for Scaleway Load Balancers and Object Storage bucket
 
 ### What is WAF?
 
-**W**eb **A**application **F**irewall is a feature available via Edge Services. When enabled, WAF filters requests to your origin to determine whether they are potentially malicious. You can choose the [paranoia level](/edge-services/concepts/#paranoia-level) to be used when evaluating requests, and set [exclusions](/edge-services/concepts/#exclusions) to define traffic that should not be filtered by WAF. Requests that are judged to be malicious are blocked or logged, depending on the settings you choose. Find out more about WAF in our [detailed documentation](/edge-services/reference-content/understanding-waf/).
+**W**eb **A**pplication **F**irewall is a feature available via Edge Services. When enabled, WAF filters requests to your origin to determine whether they are potentially malicious. You can choose the [paranoia level](/edge-services/concepts/#paranoia-level) to be used when evaluating requests, and set [exclusions](/edge-services/concepts/#exclusions) to define traffic that should not be filtered by WAF. Requests that are judged to be malicious are blocked or logged, depending on the settings you choose. Find out more about WAF in our [detailed documentation](/edge-services/reference-content/understanding-waf/).
 
 ## Pricing and billing
 

pages/edge-services/how-to/configure-waf.mdx

@@ -13,7 +13,7 @@ import image2 from './assets/scaleway-edge-waf-popup.webp'
 import image3 from './assets/scaleway-edge-waf-add-exc.webp'
 
 
-An Edge Services **W**eb **A**application **F**irewall (WAF) evaluates requests to your Load Balancer origin to determine whether they are potentially malicious. You can choose the [paranoia level](/edge-services/concepts/#paranoia-level) to be used when evaluating requests, and set [exclusions](/edge-services/concepts/#exclusions) to define traffic that shouldn't be filtered by WAF. Requests that are judged to be malicious are blocked or logged, depending on the settings you choose.
+An Edge Services **W**eb **A**pplication **F**irewall (WAF) evaluates requests to your Load Balancer origin to determine whether they are potentially malicious. You can choose the [paranoia level](/edge-services/concepts/#paranoia-level) to be used when evaluating requests, and set [exclusions](/edge-services/concepts/#exclusions) to define traffic that shouldn't be filtered by WAF. Requests that are judged to be malicious are blocked or logged, depending on the settings you choose.
 
 This page walks you through the process of enabling and configuring WAF to protect your Load Balancer origin. 
 

pages/edge-services/how-to/create-pipeline-lb.mdx

@@ -53,7 +53,7 @@ You can create an Edge Services pipeline from the Load Balancer section of the c
 
 6. Optionally, configure **Advanced Settings:**
     - **Cache**: When enabled, content from your Load Balancer origin is cached with Edge Services and served directly to users from Edge Services' servers. Set a **Lifetime** value, in seconds, to dictate how long objects should remain in the cache before being freshly retrieved from the origin. [Find out more about caching](/edge-services/how-to/configure-cache/).
-    - **WAF**: When enabled, requests to your Load Balancer origin are evaluated by a **W**eb **A**application **F**irewall. Malicious requests are blocked or logged, depending on your settings. Set a paranoia level to determine WAF's aggressivity, and a mode (block or log) for dealing with malicious requests. [Find out more about WAF](/edge-services/reference-content/understanding-waf/).
+    - **WAF**: When enabled, requests to your Load Balancer origin are evaluated by a **W**eb **A**pplication **F**irewall. Malicious requests are blocked or logged, depending on your settings. Set a paranoia level to determine WAF's aggressivity, and a mode (block or log) for dealing with malicious requests. [Find out more about WAF](/edge-services/reference-content/understanding-waf/).
 
     The summary cost for the creation of this pipeline is displayed, notably whether it falls within the limits of your current [subscription plan](/edge-services/reference-content/understanding-pricing/)
 

pages/edge-services/quickstart.mdx

@@ -82,7 +82,7 @@ You can create [pipelines](/edge-services/concepts/#pipeline) for either Object
 
         7. Optionally, configure **Advanced Settings:**
             - **Cache**: When enabled, content from your Load Balancer origin is cached with Edge Services and served directly to users from Edge Services' servers. Set a **Lifetime** value, in seconds, to dictate how long objects should remain in the cache before being freshly retrieved from the origin. [Find out more about caching](/edge-services/how-to/configure-cache/).
-            - **WAF**: When enabled, requests to your Load Balancer origin are evaluated by a **W**eb **A**application **F**irewall. Malicious requests are blocked or logged, depending on your settings. Set a paranoia level to determine WAF's aggressivity, and a mode (block or log) for dealing with malicious requests. [Find out more about WAF](/edge-services/reference-content/understanding-waf/).
+            - **WAF**: When enabled, requests to your Load Balancer origin are evaluated by a **W**eb **A**pplication **F**irewall. Malicious requests are blocked or logged, depending on your settings. Set a paranoia level to determine WAF's aggressivity, and a mode (block or log) for dealing with malicious requests. [Find out more about WAF](/edge-services/reference-content/understanding-waf/).
 
         8. Check the summary cost for the pipeline, and click **Create Edge Services pipeline**.
 
@@ -178,7 +178,7 @@ Your customized domain is set up, and you are returned to the Edge Services dash
 
 ## How to configure caching and WAF
 
-Enabling a cache and/or a **W**eb **A**application **F**irewall on your Edge Services pipeline are both optional steps.
+Enabling a cache and/or a **W**eb **A**pplication **F**irewall on your Edge Services pipeline are both optional steps.
 
 - Enabling a **cache** means that Edge Services stores copies of files from your origin, and can serve them directly to users from this cache rather then fetching them freshly from your bucket or Load Balancer origin each time. This reduces load on your origin and can improve performance. [Find out how to configure a cache](/edge-services/how-to/configure-cache/)
 

pages/edge-services/reference-content/understanding-waf.mdx

@@ -10,7 +10,7 @@ import image from './assets/scaleway-edge-services-waf-diag.webp'
 import image2 from './assets/scaleway-edge-services-pipeline-diag.webp'
 
 
-You can choose to enable the **W**eb **A**application **F**irewall (WAF) feature on your Edge Services pipeline, for added protection. This documentation page gives a detailed overview of WAF, and the different settings, modes and functionalities available.
+You can choose to enable the **W**eb **A**pplication **F**irewall (WAF) feature on your Edge Services pipeline, for added protection. This documentation page gives a detailed overview of WAF, and the different settings, modes and functionalities available.
 
 ## WAF overview