PSRule.Rules.Azure

1.39.0-B0118

rules/Azure.AKS.Rule.ps1

                                # Copyright (c) Microsoft Corporation.

# Licensed under the MIT License.

#

# Validation rules for Azure Kubernetes Service (AKS)

#

# Synopsis: AKS control plane and nodes pools should use a current stable release.

Rule 'Azure.AKS.Version' -Ref 'AZR-000015' -Type 'Microsoft.ContainerService/managedClusters', 'Microsoft.ContainerService/managedClusters/agentPools' -Tag @{ release = 'GA'; ruleSet = '2020_06'; 'Azure.WAF/pillar' = 'Reliability'; } -Labels @{ 'Azure.MCSB.v1/control' = 'PV-7' } {

    $minVersion = $Configuration.GetValueOrDefault('Azure_AKSMinimumVersion', $Configuration.AZURE_AKS_CLUSTER_MINIMUM_VERSION);

    if ($PSRule.TargetType -eq 'Microsoft.ContainerService/managedClusters') {

        $upgradeChannel = $TargetObject.properties.autoUpgradeProfile.upgradeChannel

        $expectedUpgradeChannels = @('rapid', 'stable')

        if ($upgradeChannel -in $expectedUpgradeChannels -and !(IsExport)) {

            $Assert.Pass();

        }

        else {

            $Assert.Version($TargetObject, 'Properties.kubernetesVersion', ">=$minVersion");

        }

    }

    elseif ($PSRule.TargetType -eq 'Microsoft.ContainerService/managedClusters/agentPools') {

        if (!$Assert.HasField($TargetObject, 'Properties.orchestratorVersion').Result) {

            $Assert.Pass();

        }

        else {

            $Assert.Version($TargetObject, 'Properties.orchestratorVersion', ">=$minVersion");

        }

    }

}

# Synopsis: AKS agent pools should run the same Kubernetes version as the cluster

Rule 'Azure.AKS.PoolVersion' -Ref 'AZR-000016' -Type 'Microsoft.ContainerService/managedClusters' -Tag @{ release = 'GA'; ruleSet = '2020_06'; 'Azure.WAF/pillar' = 'Reliability'; } {

    $clusterVersion = $TargetObject.Properties.kubernetesVersion;

    $agentPools = @(GetAgentPoolProfiles);

    if ($agentPools.Length -eq 0) {

        return $Assert.Pass();

    }

    foreach ($agentPool in $agentPools) {

        $Assert.HasDefaultValue($agentPool, 'orchestratorVersion', $clusterVersion).

        Reason($LocalizedData.AKSNodePoolVersion, $agentPool.name, $agentPool.orchestratorVersion);

    }

}

# Synopsis: AKS node pools should use scale sets

Rule 'Azure.AKS.PoolScaleSet' -Ref 'AZR-000017' -Type 'Microsoft.ContainerService/managedClusters', 'Microsoft.ContainerService/managedClusters/agentPools' -Tag @{ release = 'GA'; ruleSet = '2020_06'; 'Azure.WAF/pillar' = 'Performance Efficiency'; } {

    $agentPools = @(GetAgentPoolProfiles);

    if ($agentPools.Length -eq 0) {

        return $Assert.Pass();

    }

    foreach ($agentPool in $agentPools) {

        $Assert.HasFieldValue($agentPool, 'type', 'VirtualMachineScaleSets').

        Reason($LocalizedData.AKSNodePoolType, $agentPool.name);

    }

}

# Synopsis: AKS nodes should use a minimum number of pods

Rule 'Azure.AKS.NodeMinPods' -Ref 'AZR-000018' -Type 'Microsoft.ContainerService/managedClusters', 'Microsoft.ContainerService/managedClusters/agentPools' -Tag @{ release = 'GA'; ruleSet = '2020_06'; 'Azure.WAF/pillar' = 'Performance Efficiency'; } {

    $minMaxPods = $Configuration.GetValueOrDefault('Azure_AKSNodeMinimumMaxPods', $Configuration.AZURE_AKS_POOL_MINIMUM_MAXPODS);

    $agentPools = @(GetAgentPoolProfiles);

    if ($agentPools.Length -eq 0) {

        return $Assert.Pass();

    }

    foreach ($agentPool in $agentPools) {

        $Assert.GreaterOrEqual($agentPool, 'maxPods', $minMaxPods);

    }

}

# Synopsis: Use Autoscaling to ensure AKS cluster is running efficiently with the right number of nodes for the workloads present.

Rule 'Azure.AKS.AutoScaling' -Ref 'AZR-000019' -Type 'Microsoft.ContainerService/managedClusters', 'Microsoft.ContainerService/managedClusters/agentPools' -Tag @{ release = 'GA'; ruleSet = '2021_09'; 'Azure.WAF/pillar' = 'Performance Efficiency'; } {

    $agentPools = @(GetAgentPoolProfiles);

    if ($agentPools.Length -eq 0) {

        return $Assert.Pass();

    }

    foreach ($agentPool in $agentPools) {

        # Autoscaling only available on virtual machine scale sets

        if ($Assert.HasFieldValue($agentPool, 'type', 'VirtualMachineScaleSets').Result) {

            $Assert.HasFieldValue($agentPool, 'enableAutoScaling', $True).Reason($LocalizedData.AKSAutoScaling, $agentPool.name);

        }

        else {

            $Assert.Pass()

        }

    }

}

# Synopsis: AKS clusters using Azure CNI should use large subnets to reduce IP exhaustion issues.

Rule 'Azure.AKS.CNISubnetSize' -Ref 'AZR-000020' -If { IsExport } -With 'Azure.AKS.AzureCNI' -Tag @{ release = 'GA'; ruleSet = '2021_09'; 'Azure.WAF/pillar' = 'Reliability'; } {

    $clusterSubnets = @(GetSubResources -ResourceType 'Microsoft.Network/virtualNetworks/subnets');

    if ($clusterSubnets.Length -eq 0) {

        return $Assert.Pass();

    }

    $configurationMinimumSubnetSize = $Configuration.AZURE_AKS_CNI_MINIMUM_CLUSTER_SUBNET_SIZE;

    foreach ($subnet in $clusterSubnets) {

        $subnetAddressPrefixSize = [int]$subnet.Properties.addressPrefix.Split('/')[-1];

        $Assert.LessOrEqual($subnetAddressPrefixSize, '.', $configurationMinimumSubnetSize).

        Reason(

            $LocalizedData.AKSAzureCNI, 

            $subnet.Name, 

            $configurationMinimumSubnetSize

        );

    }

} -Configure @{ AZURE_AKS_CNI_MINIMUM_CLUSTER_SUBNET_SIZE = 23 }

# Synopsis: AKS clusters deployed with virtual machine scale sets should use availability zones in supported regions for high availability.

Rule 'Azure.AKS.AvailabilityZone' -Ref 'AZR-000021' -Type 'Microsoft.ContainerService/managedClusters' -Tag @{ release = 'GA'; ruleSet = '2021_09'; 'Azure.WAF/pillar' = 'Reliability'; } {

    $agentPools = @(GetAgentPoolProfiles);

    if ($agentPools.Length -eq 0) {

        return $Assert.Pass();

    }

    $virtualMachineScaleSetProvider = [PSRule.Rules.Azure.Runtime.Helper]::GetResourceType('Microsoft.Compute', 'virtualMachineScaleSets');

    $configurationZoneMappings = $Configuration.AZURE_AKS_ADDITIONAL_REGION_AVAILABILITY_ZONE_LIST;

    $providerZoneMappings = $virtualMachineScaleSetProvider.ZoneMappings;

    $mergedAvailabilityZones = PrependConfigurationZoneWithProviderZone -ConfigurationZone $configurationZoneMappings -ProviderZone $providerZoneMappings;

    $availabilityZones = GetAvailabilityZone -Location $TargetObject.Location -Zone $mergedAvailabilityZones;

    if (-not $availabilityZones) {

        return $Assert.Pass();

    }

    $joinedZoneString = $availabilityZones -join ', ';

    foreach ($agentPool in $agentPools) {

        # Availability zones only available on virtual machine scale sets

        if ($Assert.HasFieldValue($agentPool, 'type', 'VirtualMachineScaleSets').Result) {

            $Assert.HasFieldValue($agentPool, 'availabilityZones').

            Reason($LocalizedData.AKSAvailabilityZone, $agentPool.name, $TargetObject.Location, $joinedZoneString);

        }

        else {

            $Assert.Pass();

        }

    }

} -Configure @{ AZURE_AKS_ADDITIONAL_REGION_AVAILABILITY_ZONE_LIST = @() }

# Synopsis: AKS clusters should collect security-based audit logs to assess and monitor the compliance status of workloads.

Rule 'Azure.AKS.AuditLogs' -Ref 'AZR-000022' -Type 'Microsoft.ContainerService/managedClusters' -Tag @{ release = 'GA'; ruleSet = '2021_09'; 'Azure.WAF/pillar' = 'Security'; } -Labels @{ 'Azure.MCSB.v1/control' = 'LT-4' } {

    $diagnosticLogs = @(GetSubResources -ResourceType 'Microsoft.Insights/diagnosticSettings', 'Microsoft.ContainerService/managedClusters/providers/diagnosticSettings');

    $Assert.Greater($diagnosticLogs, '.', 0).Reason($LocalizedData.DiagnosticSettingsNotConfigured, $TargetObject.name);

    foreach ($setting in $diagnosticLogs) {

        $kubeAuditEnabledLog = @($setting.Properties.logs | Where-Object {

                $_.category -in 'kube-audit', 'kube-audit-admin' -and $_.enabled

            });

        $guardEnabledLog = @($setting.Properties.logs | Where-Object {

                $_.category -eq 'guard' -and $_.enabled

            });

        $auditLogsEnabled = $Assert.Greater($kubeAuditEnabledLog, '.', 0).Result -and

        $Assert.Greater($guardEnabledLog, '.', 0).Result;

        $Assert.Create($auditLogsEnabled, $LocalizedData.AKSAuditLogs, $setting.name);

    }

}

# Synopsis: AKS clusters should collect platform diagnostic logs to monitor the state of workloads.

Rule 'Azure.AKS.PlatformLogs' -Ref 'AZR-000023' -Type 'Microsoft.ContainerService/managedClusters' -Tag @{ release = 'GA'; ruleSet = '2021_09'; 'Azure.WAF/pillar' = 'Operational Excellence'; } -Labels @{ 'Azure.MCSB.v1/control' = 'LT-4' } {

    $configurationLogCategoriesList = $Configuration.GetStringValues('AZURE_AKS_ENABLED_PLATFORM_LOG_CATEGORIES_LIST');

    if ($configurationLogCategoriesList.Length -eq 0) {

        return $Assert.Pass();

    }

    $diagnosticLogs = @(GetSubResources -ResourceType 'Microsoft.Insights/diagnosticSettings', 'Microsoft.ContainerService/managedClusters/providers/diagnosticSettings');

    $Assert.Greater($diagnosticLogs, '.', 0).Reason($LocalizedData.DiagnosticSettingsNotConfigured, $TargetObject.name);

    $availableLogCategories = @{

        Logs    = @(

            'cluster-autoscaler', 

            'kube-apiserver', 

            'kube-controller-manager', 

            'kube-scheduler'

        )

        Metrics = @(

            'AllMetrics'

        )

    }

    $configurationLogCategories = @($configurationLogCategoriesList | Where-Object {

            $_ -in $availableLogCategories.Logs

        });

    $configurationMetricCategories = @($configurationLogCategoriesList | Where-Object {

            $_ -in $availableLogCategories.Metrics

        });

    $logCategoriesNeeded = [System.Math]::Min(

        $configurationLogCategories.Length, 

        $availableLogCategories.Logs.Length

    );

    $metricCategoriesNeeded = [System.Math]::Min(

        $configurationMetricCategories.Length, 

        $availableLogCategories.Metrics.Length

    );

    $logCategoriesJoinedString = $configurationLogCategoriesList -join ', ';

    foreach ($setting in $diagnosticLogs) {

        $platformLogs = @($setting.Properties.logs | Where-Object {

                $_.enabled -and

                $_.category -in $configurationLogCategories -and

                $_.category -in $availableLogCategories.Logs

            });

        $metricLogs = @($setting.Properties.metrics | Where-Object {

                $_.enabled -and 

                $_.category -in $configurationMetricCategories -and

                $_.category -in $availableLogCategories.Metrics

            });

        $platformLogsEnabled = $Assert.HasFieldValue($platformLogs, 'Length', $logCategoriesNeeded).Result -and 

        $Assert.HasFieldValue($metricLogs, 'Length', $metricCategoriesNeeded).Result

        $Assert.Create(

            $platformLogsEnabled, 

            $LocalizedData.AKSPlatformLogs, 

            $setting.name, 

            $logCategoriesJoinedString

        );

    }

} -Configure @{

    AZURE_AKS_ENABLED_PLATFORM_LOG_CATEGORIES_LIST = @(

        'cluster-autoscaler', 

        'kube-apiserver', 

        'kube-controller-manager', 

        'kube-scheduler',

        'AllMetrics'

    )

}

# Synopsis: AKS clusters should have minimum number of nodes for failover and updates.

Rule 'Azure.AKS.MinNodeCount' -Ref 'AZR-000024' -Type 'Microsoft.ContainerService/managedClusters' -Tag @{ release = 'GA'; ruleSet = '2020_06'; 'Azure.WAF/pillar' = 'Reliability' } {

    $systemNodeCount = 0;

    foreach ($agentPool in @(GetAgentPoolProfiles)) {

        if ($agentPool.mode -ne 'user') {

            if ($agentPool.minCount -gt 0) {

                $systemNodeCount += $agentPool.minCount

            }

            elseif ($agentPool.count -gt 0) {

                $systemNodeCount += $agentPool.count

            }

        }

    };

    $minNodeCount = $Configuration.GetIntegerOrDefault('AZURE_AKS_CLUSTER_MINIMUM_SYSTEM_NODES', 3);

    $Assert.GreaterOrEqual($systemNodeCount, '.', $minNodeCount).PathPrefix('properties.agentPoolProfiles');

}

# Synopsis: AKS user node pools should have a minimum number of nodes for failover and updates.

Rule 'Azure.AKS.MinUserPoolNodes' -Ref 'AZR-000412' -Type 'Microsoft.ContainerService/managedClusters', 'Microsoft.ContainerService/managedClusters/agentPools' -Tag @{ release = 'GA'; ruleSet = '2024_03'; 'Azure.WAF/pillar' = 'Reliability' } {

    $excludedPools = $Configuration.GetStringValues('AZURE_AKS_CLUSTER_USER_POOL_EXCLUDED_FROM_MINIMUM_NODES');

    $agentPools = @(GetAgentPoolProfiles | Where-Object {

            $_.mode -eq 'user' -and $_.name -notin $excludedPools -and $_.scaleSetPriority -ne 'Spot'

        })

    if ($agentPools.Length -eq 0) {

        return $Assert.Pass();

    }

    $minNodeCount = $Configuration.GetIntegerOrDefault('AZURE_AKS_CLUSTER_USER_POOL_MINIMUM_NODES', 3);

    foreach ($agentPool in $agentPools) {

        $nodeCount = 0;

        if ($agentPool.minCount -gt 0) {

            $nodeCount = $agentPool.minCount

        }

        elseif ($agentPool.count -gt 0) {

            $nodeCount = $agentPool.count

        }

        $Assert.GreaterOrEqual($nodeCount, '.', $minNodeCount).PathPrefix('properties.agentPoolProfiles');

    }

}

# Synopsis: AKS clusters should have Uptime SLA enabled to ensure availability of control plane components for production workloads.

Rule 'Azure.AKS.UptimeSLA' -Ref 'AZR-000285' -Type 'Microsoft.ContainerService/managedClusters' -Tag @{ release = 'GA'; ruleSet = '2022_09'; 'Azure.WAF/pillar' = 'Reliability'; } {

    $priorApi = $Assert.APIVersion($TargetObject, 'apiVersion', '<2023-02-01', $True).Result

    if ($priorApi) {

        $Assert.Contains($TargetObject, 'sku.tier', 'Paid')

    }

    else {

        $Assert.Contains($TargetObject, 'sku.tier', 'Standard')  

    }

}

# Synopsis: AKS clusters should use ephemeral OS disks which can provide lower read/write latency, along with faster node scaling and cluster upgrades.

Rule 'Azure.AKS.EphemeralOSDisk' -Ref 'AZR-000287' -Level Warning -Type 'Microsoft.ContainerService/managedClusters', 'Microsoft.ContainerService/managedClusters/agentPools' -Tag @{ release = 'GA'; ruleSet = '2022_09'; 'Azure.WAF/pillar' = 'Performance Efficiency'; } {

    $agentPools = @(GetAgentPoolProfiles);

    if ($agentPools.Length -eq 0) {

        return $Assert.Pass();

    }

    foreach ($agentPool in $agentPools) {

        $Assert.HasDefaultValue($agentPool, 'osDiskType', 'Ephemeral').

        ReasonIf($agentPool.osDiskType, $LocalizedData.AKSEphemeralOSDiskNotConfigured);

    }

}

# Synopsis: Use kube-audit-admin instead of kube-audit to capture administrative actions in AKS clusters.

Rule 'Azure.AKS.AuditAdmin' -Ref 'AZR-000445' -Type 'Microsoft.ContainerService/managedClusters' -Tag @{ release = 'GA'; ruleSet = '2024_09'; 'Azure.WAF/pillar' = 'Cost Optimization'; } {

    $kubeAuditLogs = @(GetSubResources -ResourceType 'Microsoft.Insights/diagnosticSettings' |

        Where-Object { $_.properties.logs | Where-Object { $_.category -eq 'kube-audit' -and $_.enabled } } )

    if ($kubeAuditLogs.Count -eq 0) {

        return $Assert.Pass()

    }

    foreach ($kubeAuditLog in $kubeAuditLogs) {

        $Assert.Fail().Reason($LocalizedData.AKSAuditAdmin, $kubeAuditLog.name)

    }

}

# Synopsis: Configure customer-controlled maintenance windows for AKS clusters.

Rule 'Azure.AKS.MaintenanceWindow' -Ref 'AZR-000446' -Type 'Microsoft.ContainerService/managedClusters' -Tag @{ release = 'GA'; ruleSet = '2024_09'; 'Azure.WAF/pillar' = 'Reliability'; } {

      $maintenanceConfigs = @(GetSubResources -ResourceType 'Microsoft.ContainerService/managedClusters/maintenanceConfigurations')

      $hasAutoUpgrade = $false

      $hasNodeUpgrade = $false

      foreach ($config in $maintenanceConfigs) {

          if ($config.name -match 'aksManagedAutoUpgradeSchedule$') {

              $hasAutoUpgrade = $true

          }

          elseif ($config.name -match 'aksManagedNodeOSUpgradeSchedule$') {

              $hasNodeUpgrade = $true

          }

      }

      if ($hasAutoUpgrade -and $hasNodeUpgrade) {

          return $Assert.Pass()

      }

      else {

          $Assert.Fail().Reason($LocalizedData.AKSMaintenanceWindow, $PSRule.TargetName)

      }

}

#region Helper functions

function global:GetAgentPoolProfiles {

    [CmdletBinding()]

    [OutputType([PSObject])]

    param ()

    process {

        if ($PSRule.TargetType -eq 'Microsoft.ContainerService/managedClusters') {

            $TargetObject.Properties.agentPoolProfiles;

            @(GetSubResources -ResourceType 'Microsoft.ContainerService/managedClusters/agentPools' | ForEach-Object {

                    [PSCustomObject]@{

                        name                = $_.name

                        type                = $_.properties.type

                        mode                = $_.properties.mode

                        maxPods             = $_.properties.maxPods

                        orchestratorVersion = $_.properties.orchestratorVersion

                        enableAutoScaling   = $_.properties.enableAutoScaling

                        availabilityZones   = $_.properties.availabilityZones

                        osDiskType          = $_.properties.osDiskType

                        count               = [int]$_.properties.count

                        minCount            = [int]$_.properties.minCount

                        maxCount            = [int]$_.properties.maxCount

                        scaleSetPriority    = $_.properties.scaleSetPriority

                    }

                });

        }

        elseif ($PSRule.TargetType -eq 'Microsoft.ContainerService/managedClusters/agentPools') {

            [PSCustomObject]@{

                name                = $TargetObject.name

                type                = $TargetObject.properties.type

                mode                = $TargetObject.properties.mode

                maxPods             = $TargetObject.properties.maxPods

                orchestratorVersion = $TargetObject.properties.orchestratorVersion

                enableAutoScaling   = $TargetObject.properties.enableAutoScaling

                availabilityZones   = $TargetObject.properties.availabilityZones

                osDiskType          = $TargetObject.properties.osDiskType

                count               = [int]$TargetObject.properties.count

                minCount            = [int]$TargetObject.properties.minCount

                maxCount            = [int]$TargetObject.properties.maxCount

                scaleSetPriority    = $TargetObject.properties.scaleSetPriority

            }

        }

    }

}

#endregion Helper functions

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