diff --git a/Diagnostics/HealthChecker/DataCollection/ExchangeInformation/Get-ExchangeAES256CBCDetails.ps1 b/Diagnostics/HealthChecker/DataCollection/ExchangeInformation/Get-ExchangeAES256CBCDetails.ps1
index 01e8eabd31..08270470cd 100644
--- a/Diagnostics/HealthChecker/DataCollection/ExchangeInformation/Get-ExchangeAES256CBCDetails.ps1
+++ b/Diagnostics/HealthChecker/DataCollection/ExchangeInformation/Get-ExchangeAES256CBCDetails.ps1
@@ -20,34 +20,21 @@ function Get-ExchangeAES256CBCDetails {
 
     begin {
         Write-Verbose "Calling: $($MyInvocation.MyCommand)"
-        $aes256CBCSupported = $false
-        $msipcRegistryAclAsExpected  = $false
-        $regPathToCheck = "HKLM:\SOFTWARE\Microsoft\MSIPC\Server"
-        # Translates to: "NetworkService", "FullControl", "ContainerInherit, ObjectInherit", "None", "Allow"
-        # See: https://learn.microsoft.com/dotnet/api/system.security.accesscontrol.registryaccessrule.-ctor?view=net-7.0#system-security-accesscontrol-registryaccessrule-ctor(system-security-principal-identityreference-system-security-accesscontrol-registryrights-system-security-accesscontrol-inheritanceflags-system-security-accesscontrol-propagationflags-system-security-accesscontrol-accesscontroltype)
-        $networkServiceAcl = New-Object System.Security.AccessControl.RegistryAccessRule(
-            (New-Object System.Security.Principal.SecurityIdentifier("S-1-5-20")), 983103, 3, 0, 0
-        )
-    } process {
-        # First, check if the build running on the server supports AES256-CBC
-        if (Test-ExchangeBuildGreaterOrEqualThanSecurityPatch -CurrentExchangeBuild $VersionInformation -SU "Aug23SU") {
-
-            Write-Verbose "AES256-CBC encryption for information protection is supported by this Exchange Server build"
-            $aes256CBCSupported = $true
 
-            # As build supports AES256-CBC, next step is to check that the registry key exists and permissions are set as expected
-            $params = @{
-                ComputerName        = $Server
-                ScriptBlock         = { Test-Path -Path $regPathToCheck }
-                CatchActionFunction = ${Function:Invoke-CatchActions}
-            }
+        function GetRegistryAclCheckScriptBlock {
+            $sbMsipcRegistryAclAsExpected = $false
+            $regPathToCheck = "HKLM:\SOFTWARE\Microsoft\MSIPC\Server"
+            # Translates to: "NetworkService", "FullControl", "ContainerInherit, ObjectInherit", "None", "Allow"
+            # See: https://learn.microsoft.com/dotnet/api/system.security.accesscontrol.registryaccessrule.-ctor?view=net-7.0#system-security-accesscontrol-registryaccessrule-ctor(system-security-principal-identityreference-system-security-accesscontrol-registryrights-system-security-accesscontrol-inheritanceflags-system-security-accesscontrol-propagationflags-system-security-accesscontrol-accesscontroltype)
+            $networkServiceAcl = New-Object System.Security.AccessControl.RegistryAccessRule(
+                (New-Object System.Security.Principal.SecurityIdentifier("S-1-5-20")), 983103, 3, 0, 0
+            )
+            $pathExists = Test-Path $regPathToCheck
 
-            if ((Invoke-ScriptBlockHandler @params) -eq $false) {
+            if ($pathExists -eq $false) {
                 Write-Verbose "Unable to query Acl of registry key $regPathToCheck assuming that the key doesn't exist"
             } else {
-                $params.ScriptBlock = { Get-Acl -Path $regPathToCheck }
-                $acl = Invoke-ScriptBlockHandler @params
-
+                $acl = Get-Acl -Path $regPathToCheck
                 # ToDo: As we have multiple places in HC where we query acls, we should consider creating a function
                 # that can be used to do the acl call, similar to what we do in Get-ExchangeRegistryValues.ps1.
                 Write-Verbose "Registry key exists and Acl was successfully queried - validating Acl now"
@@ -62,15 +49,40 @@ function Get-ExchangeAES256CBCDetails {
 
                     if (@($aclMatch).Count -ge 1) {
                         Write-Verbose "Acl for NetworkService is as expected"
-                        $msipcRegistryAclAsExpected = $true
+                        $sbMsipcRegistryAclAsExpected = $true
                     } else {
                         Write-Verbose "Acl for NetworkService was not found or is not as expected"
                     }
                 } catch {
                     Write-Verbose "Unable to verify Acl on registry key $regPathToCheck"
-                    Invoke-CatchActions
+                    # Unable to use Invoke-CatchActions because of remote script block
                 }
             }
+
+            return [PSCustomObject]@{
+                PathExits                       = $pathExists
+                RegistryKeyConfiguredAsExpected = $sbMsipcRegistryAclAsExpected
+            }
+        }
+
+        $aes256CBCSupported = $false
+        $msipcRegistryAclAsExpected = $false
+    } process {
+        # First, check if the build running on the server supports AES256-CBC
+        if (Test-ExchangeBuildGreaterOrEqualThanSecurityPatch -CurrentExchangeBuild $VersionInformation -SU "Aug23SU") {
+
+            Write-Verbose "AES256-CBC encryption for information protection is supported by this Exchange Server build"
+            $aes256CBCSupported = $true
+
+            $params = @{
+                ComputerName        = $Server
+                ScriptBlock         = ${Function:GetRegistryAclCheckScriptBlock}
+                CatchActionFunction = ${Function:Invoke-CatchActions}
+            }
+            $results = Invoke-ScriptBlockHandler @params
+            Write-Verbose "Found Registry Path: $($results.PathExits)"
+            Write-Verbose "Configured Correctly: $($results.RegistryKeyConfiguredAsExpected)"
+            $msipcRegistryAclAsExpected = $results.RegistryKeyConfiguredAsExpected
         } else {
             Write-Verbose "AES256-CBC encryption for information protection is not supported by this Exchange Server build"
         }