diff --git a/data/sles4sap/sap_deployment_automation_framework/SAP_SYSTEM.tfvars b/data/sles4sap/sap_deployment_automation_framework/SAP_SYSTEM.tfvars
index cc8c5cb20fa7..1c8139211dd6 100644
--- a/data/sles4sap/sap_deployment_automation_framework/SAP_SYSTEM.tfvars
+++ b/data/sles4sap/sap_deployment_automation_framework/SAP_SYSTEM.tfvars
@@ -155,7 +155,7 @@ database_platform = "HANA"
 database_server_count = 1
 
 # database_high_availability is a boolean flag controlling if the database tier is deployed highly available (more than 1 node)
-database_high_availability = true
+database_high_availability = "%SDAF_HANA_HA_SETUP%"
 
 # For M series VMs use the SKU name for instance "M32ts"
 # If using a custom disk sizing populate with the node name for Database you have used in the file custom_disk_sizes_filename
@@ -232,13 +232,13 @@ database_vm_use_DHCP = true
 # in this case os_type must also be specified
 
 database_vm_image = {
-  os_type = "%SDAF_DB_IMAGE_OS_TYPE%",
-  source_image_id = "%SDAF_DB_SOURCE_IMAGE_ID%",
-  publisher = "%SDAF_DB_IMAGE_PUBLISHER%",
-  offer = "%SDAF_DB_IMAGE_OFFER%",
-  sku = "%SDAF_DB_IMAGE_SKU%",
-  version = "%SDAF_DB_IMAGE_VERSION%",
-  type = "%SDAF_DB_IMAGE_TYPE%"
+  os_type = "%SDAF_IMAGE_OS_TYPE%",
+  source_image_id = "%SDAF_SOURCE_IMAGE_ID%",
+  publisher = "%SDAF_IMAGE_PUBLISHER%",
+  offer = "%SDAF_IMAGE_OFFER%",
+  sku = "%SDAF_IMAGE_SKU%",
+  version = "%SDAF_IMAGE_VERSION%",
+  type = "%SDAF_IMAGE_TYPE%"
 }
 
 # database_vm_zones is an optional list defining the availability zones to deploy the database servers
@@ -285,10 +285,10 @@ sid = "%SAP_SID%"
 #########################################################################################
 
 # scs_server_count defines how many SCS servers to deploy
-scs_server_count = "0"
+scs_server_count = "%SDAF_ASCS_SERVER%"
 
 # scs_high_availability is a boolean flag controlling if SCS should be highly available
-scs_high_availability = false
+scs_high_availability = "%SDAF_ERS_SERVER%"
 
 # scs_instance_number defines the instance number for SCS
 scs_instance_number = "01"
@@ -301,7 +301,7 @@ pas_instance_number = "03"
 
 
 # scs_server_zones is an optional list defining the availability zones to which deploy the SCS servers
-scs_server_zones = ["0"]
+scs_server_zones = ["1"]
 
 # scs_server_sku, if defined provides the SKU to use for the SCS servers
 #scs_server_sku = ""
@@ -310,13 +310,13 @@ scs_server_zones = ["0"]
 # if source_image_id is specified the deployment will use the custom image provided,
 # in this case os_type must also be specified
 scs_server_image = {
-  os_type = "LINUX",
-  source_image_id = "",
-  publisher = "SUSE",
-  offer = "sles-sap-15-sp5",
-  sku = "gen2",
-  version = "latest",
-  type = "marketplace"
+  os_type = "%SDAF_IMAGE_OS_TYPE%",
+  source_image_id = "%SDAF_SOURCE_IMAGE_ID%",
+  publisher = "%SDAF_IMAGE_PUBLISHER%",
+  offer = "%SDAF_IMAGE_OFFER%",
+  sku = "%SDAF_IMAGE_SKU%",
+  version = "%SDAF_IMAGE_VERSION%",
+  type = "%SDAF_IMAGE_TYPE%"
 }
 
 # scs_server_use_ppg defines the that the SCS virtual machines will be placed in a proximity placement group
@@ -351,10 +351,10 @@ scs_server_use_avset = false
 #########################################################################################
 
 # application_server_count defines how many application servers to deploy
-application_server_count = 0
+application_server_count = "%SDAF_APP_SERVER_COUNT%"
 
 # application_server_zones is an optional list defining the availability zones to which deploy the application servers
-application_server_zones = ["0"]
+application_server_zones = ["1"]
 
 # application_server_sku, if defined provides the SKU to use for the application servers
 #application_server_sku = ""
@@ -393,13 +393,13 @@ application_server_use_avset = true
 # if source_image_id is specified the deployment will use the custom image provided,
 # in this case os_type must also be specified
 application_server_image = {
-  os_type = "LINUX",
-  source_image_id = "",
-  publisher = "SUSE",
-  offer = "sles-sap-15-sp4",
-  sku = "gen2",
-  version = "latest",
-  type = "marketplace"
+  os_type = "%SDAF_IMAGE_OS_TYPE%",
+  source_image_id = "%SDAF_SOURCE_IMAGE_ID%",
+  publisher = "%SDAF_IMAGE_PUBLISHER%",
+  offer = "%SDAF_IMAGE_OFFER%",
+  sku = "%SDAF_IMAGE_SKU%",
+  version = "%SDAF_IMAGE_VERSION%",
+  type = "%SDAF_IMAGE_TYPE%"
 }
 
 #application_server_vm_avset_arm_ids = []
@@ -449,7 +449,7 @@ webdispatcher_server_use_avset = false
 #webdispatcher_server_tags = {}
 
 # webdispatcher_server_zones is an optional list defining the availability zones to which deploy the web dispatchers
-#webdispatcher_server_zones = ["0"]
+#webdispatcher_server_zones = ["1"]
 
 # The vm_image defines the Virtual machine image to use for the web dispatchers,
 # if source_image_id is specified the deployment will use the custom image provided,
@@ -498,9 +498,9 @@ dns_a_records_for_secondary_names = true
 # AFS indicates that Azure Files for NFS is used
 # ANF indicates that Azure NetApp Files is used
 # NFS indicates that a custom solution is used for NFS
-NFS_provider = "NFS"
+NFS_provider = "AFS"
 # sapmnt_volume_size defines the size of the sapmnt volume in GB
-sapmnt_volume_size = 32
+sapmnt_volume_size = 128
 
 # azure_files_sapmnt_id defines the Resource identifier for Azure Files for NFS storage account for sapmnt
 #azure_files_sapmnt_id = ""
@@ -854,7 +854,7 @@ use_spn = true
 
 # bom_name is the name of the SAP Application Bill of Materials file
 
-bom_name = "HANA_2_00_075_v0001ms"
+bom_name = "%SDAF_BOM_NAME%"
 
 # configuration_settings is a dictionary containing values that will be persisted in sap-parameters.yaml
 #configuration_settings = {}
diff --git a/data/sles4sap/sap_deployment_automation_framework/WORKLOAD_ZONE.tfvars b/data/sles4sap/sap_deployment_automation_framework/WORKLOAD_ZONE.tfvars
index e0d74348c71a..77f15c050dfa 100644
--- a/data/sles4sap/sap_deployment_automation_framework/WORKLOAD_ZONE.tfvars
+++ b/data/sles4sap/sap_deployment_automation_framework/WORKLOAD_ZONE.tfvars
@@ -77,7 +77,7 @@ use_service_endpoint = true
 peer_with_control_plane_vnet = true
 
 # Defines if access to the key vaults and storage accounts is restricted to the SAP and deployer VNets
-enable_firewall_for_keyvaults_and_storage = false
+enable_firewall_for_keyvaults_and_storage = true
 
 # Defines if public access is allowed for the storage accounts and key vaults
 public_network_access_enabled = true
diff --git a/lib/sles4sap/sap_deployment_automation_framework/configure_tfvars.pm b/lib/sles4sap/sap_deployment_automation_framework/configure_tfvars.pm
index 5d1ef7da2878..fdea7527e64a 100644
--- a/lib/sles4sap/sap_deployment_automation_framework/configure_tfvars.pm
+++ b/lib/sles4sap/sap_deployment_automation_framework/configure_tfvars.pm
@@ -56,8 +56,15 @@ sub prepare_tfvars_file {
         workload_zone => data_url('sles4sap/sap_deployment_automation_framework/WORKLOAD_ZONE.tfvars'),
         library => data_url('sles4sap/sap_deployment_automation_framework/LIBRARY.tfvars')
     );
-    # Parameters required for defining DB VM image for SAP systems deployment
-    set_db_image_parameters() if $args{deployment_type} eq 'sap_system';
+    if ($args{deployment_type} eq 'sap_system') {
+        # Parameters required for defining DB VM image for SAP systems deployment
+        set_image_parameters();
+        # Parameters required for Hana DB HA scenario
+        set_hana_db_parameters();
+        # Netweaver related parameters
+        set_netweaver_parameters();
+    }
+
     # replace default vnet name with shorter one to avoid naming restrictions
     set_workload_vnet_name();
 
@@ -70,6 +77,8 @@ sub prepare_tfvars_file {
     return $tfvars_file;
 }
 
+
+
 =head2 replace_tfvars_variables
 
     replace_tfvars_variables('/path/to/file.tfvars');
@@ -87,7 +96,7 @@ If OpenQA variable is not set, placeholder is replaced with empty value.
 sub replace_tfvars_variables {
     my ($tfvars_file) = @_;
     croak 'Variable "$tfvars_file" undefined' unless defined($tfvars_file);
-    my @variables = split("\n", script_output("grep -oP \'(\?<=%)[A-Z_]+(?=%)\' $tfvars_file"));
+    my @variables = split("\n", script_output("grep -oP \'(\?<=%)[0-9A-Z_]+(?=%)\' $tfvars_file"));
     my %to_replace = map { '%' . $_ . '%' => get_var($_, '') } @variables;
     file_content_replace($tfvars_file, %to_replace);
 }
@@ -116,34 +125,72 @@ sub set_workload_vnet_name {
     set_var('SDAF_SUT_VNET_NAME', 'OpenQA-' . $args{job_id});
 }
 
-=head2 set_vm_image_parameters
+=head2 set_image_parameters
 
-    set_vm_db_image_parameters([job_id=>'123456']);
-
-=over
-
-=item * B<$job_id>: Specify job id to be used. Default: current deployment job ID
-
-=back
+    set_image_parameters();
 
 Sets OpenQA parameters required for replacing tfvars template variables for database VM image.
 
 =cut
 
-sub set_db_image_parameters {
+sub set_image_parameters {
     my %params;
     # Parse image ID supplied by OpenQA parameter 'PUBLIC_CLOUD_IMAGE_ID'
-    my @variable_names = qw(SDAF_DB_IMAGE_PUBLISHER SDAF_DB_IMAGE_OFFER SDAF_DB_IMAGE_SKU SDAF_DB_IMAGE_VERSION);
+    my @variable_names = qw(SDAF_IMAGE_PUBLISHER SDAF_IMAGE_OFFER SDAF_IMAGE_SKU SDAF_IMAGE_VERSION);
     # This maps a variable name from array @variable names to value from delimited 'PUBLIC_CLOUD_IMAGE_ID' parameter
     # Order is important here
     @params{@variable_names} = split(':', get_required_var('PUBLIC_CLOUD_IMAGE_ID'));
 
     # Add all remaining parameters with static values
-    $params{SDAF_DB_IMAGE_OS_TYPE} = 'LINUX';    # this can be modified in case of non linux images
-    $params{SDAF_DB_SOURCE_IMAGE_ID} = '';    # for supplying uploaded image - not implemented yet
-    $params{SDAF_DB_IMAGE_TYPE} = 'marketplace';
+    $params{SDAF_IMAGE_OS_TYPE} = 'LINUX';    # this can be modified in case of non linux images
+    $params{SDAF_SOURCE_IMAGE_ID} = '';    # for supplying uploaded image - not implemented yet
+    $params{SDAF_IMAGE_TYPE} = 'marketplace';
 
     foreach (keys(%params)) {
         set_var($_, $params{$_});
     }
 }
+
+=head2 set_hana_db_parameters
+
+    set_hana_db_parameters();
+
+Sets tfvars Database HA parameters according to scenarios defined in OpenQA parameter 'SDAF_DEPLOYMENT_SCENARIO'.
+
+=cut
+
+sub set_hana_db_parameters {
+    check_var_array('SDAF_DEPLOYMENT_SCENARIO', 'db_ha')
+      ? set_var('SDAF_HANA_HA_SETUP', 'true') : set_var('SDAF_HANA_HA_SETUP', 'false');
+}
+
+=head2 set_netweaver_parameters
+
+    set_netweaver_parameters();
+
+Sets tfvars Database HA parameters according to scenarios defined in OpenQA parameter 'SDAF_DEPLOYMENT_SCENARIO'.
+
+=cut
+
+sub set_netweaver_parameters {
+    # Default values - everything turned off
+    my %parameters = (
+        SDAF_ASCS_SERVER => 0,
+        SDAF_APP_SERVER_COUNT => 0,
+        SDAF_ERS_SERVER => 'false'
+    );
+
+    # All nw_* scenarios require ASCS deployment
+    $parameters{SDAF_ASCS_SERVER} = grep /nw/, get_var('SDAF_DEPLOYMENT_SCENARIO');
+
+    # So far 1x PAS and 1x AAS should be enough for coverage
+    my $app_servers =
+      int(grep /pas/, get_var('SDAF_DEPLOYMENT_SCENARIO')) + int(grep /aas/, get_var('SDAF_DEPLOYMENT_SCENARIO'));
+
+    $parameters{SDAF_APP_SERVER_COUNT} = $app_servers;
+    $parameters{SDAF_ERS_SERVER} = int(grep /ensa/, get_var('SDAF_DEPLOYMENT_SCENARIO')) ? 'true' : 'false';
+
+    for my $parameter (keys(%parameters)) {
+        set_var($parameter, $parameters{$parameter});
+    }
+}
diff --git a/schedule/sles4sap/sap_deployment_automation_framework/deploy_hana_sr.yml b/schedule/sles4sap/sap_deployment_automation_framework/sdaf_deployment.yml
similarity index 88%
rename from schedule/sles4sap/sap_deployment_automation_framework/deploy_hana_sr.yml
rename to schedule/sles4sap/sap_deployment_automation_framework/sdaf_deployment.yml
index 343e8143c424..85ba40f01040 100644
--- a/schedule/sles4sap/sap_deployment_automation_framework/deploy_hana_sr.yml
+++ b/schedule/sles4sap/sap_deployment_automation_framework/sdaf_deployment.yml
@@ -9,4 +9,4 @@ schedule:
   - sles4sap/sap_deployment_automation_framework/configure_deployer
   - sles4sap/sap_deployment_automation_framework/deploy_workload_zone
   - sles4sap/sap_deployment_automation_framework/deploy_sap_systems
-  - sles4sap/sap_deployment_automation_framework/deploy_hanasr
+  - sles4sap/sap_deployment_automation_framework/execute_playbooks
diff --git a/t/27_sdaf_configure_tfvars.t b/t/27_sdaf_configure_tfvars.t
index 186fbe6175a2..7e928ba98ffa 100644
--- a/t/27_sdaf_configure_tfvars.t
+++ b/t/27_sdaf_configure_tfvars.t
@@ -11,13 +11,13 @@ use sles4sap::sap_deployment_automation_framework::configure_tfvars;
 sub undef_variables {
     # undefines OpenQA variables
     set_var($_, undef) foreach qw(
-      SDAF_DB_IMAGE_PUBLISHER
-      SDAF_DB_IMAGE_OFFER
-      SDAF_DB_IMAGE_SKU
-      SDAF_DB_IMAGE_VERSION
-      SDAF_DB_IMAGE_OS_TYPE
-      SDAF_DB_SOURCE_IMAGE_ID
-      SDAF_DB_IMAGE_TYPE
+      SDAF_IMAGE_PUBLISHER
+      SDAF_IMAGE_OFFER
+      SDAF_IMAGE_SKU
+      SDAF_IMAGE_VERSION
+      SDAF_IMAGE_OS_TYPE
+      SDAF_SOURCE_IMAGE_ID
+      SDAF_IMAGE_TYPE
     );
 }
 
@@ -34,9 +34,10 @@ subtest '[prepare_tfvars_file] Test curl commands' => sub {
     $ms_sdaf->redefine(upload_logs => sub { return 1; });
     $ms_sdaf->redefine(replace_tfvars_variables => sub { return 1; });
     $ms_sdaf->redefine(get_os_variable => sub { return $_[0]; });
-    $ms_sdaf->redefine(set_db_image_parameters => sub { return; });
+    $ms_sdaf->redefine(set_image_parameters => sub { return; });
     $ms_sdaf->redefine(set_workload_vnet_name => sub { return 'vnet'; });
-
+    $ms_sdaf->redefine(set_hana_db_parameters => sub { return 'lungo'; });
+    $ms_sdaf->redefine(set_netweaver_parameters => sub { return 'americano'; });
     $ms_sdaf->redefine(data_url => sub { return 'http://openqa.suse.de/data/' . join('', @_); });
 
     # '-o' is only for checking if correct parameter gets picked from %tfvars_os_variable
@@ -53,26 +54,28 @@ subtest '[prepare_tfvars_file] Test curl commands' => sub {
     }
 };
 
-subtest '[set_vm_image_parameters]' => sub {
+subtest '[set_image_parameters]' => sub {
     my $ms_sdaf = Test::MockModule->new('sles4sap::sap_deployment_automation_framework::configure_tfvars', no_auto => 1);
     $ms_sdaf->redefine(assert_script_run => sub { return 1; });
     $ms_sdaf->redefine(upload_logs => sub { return 1; });
     $ms_sdaf->redefine(replace_tfvars_variables => sub { return 1; });
     $ms_sdaf->redefine(get_os_variable => sub { return 'espresso'; });
     $ms_sdaf->redefine(set_workload_vnet_name => sub { return 'latte'; });
+    $ms_sdaf->redefine(set_hana_db_parameters => sub { return 'lungo'; });
+    $ms_sdaf->redefine(set_netweaver_parameters => sub { return 'americano'; });
     $ms_sdaf->redefine(data_url => sub { return 'capuccino'; });
 
     set_var('PUBLIC_CLOUD_IMAGE_ID', 'suse:sles-sap-15-sp6:gen2:latest');
     prepare_tfvars_file(deployment_type => 'sap_system');
 
     my %expected_values = (
-        SDAF_DB_IMAGE_OS_TYPE => 'LINUX',
-        SDAF_DB_SOURCE_IMAGE_ID => '',
-        SDAF_DB_IMAGE_TYPE => 'marketplace',
-        SDAF_DB_IMAGE_PUBLISHER => 'suse',
-        SDAF_DB_IMAGE_OFFER => 'sles-sap-15-sp6',
-        SDAF_DB_IMAGE_SKU => 'gen2',
-        SDAF_DB_IMAGE_VERSION => 'latest'
+        SDAF_IMAGE_OS_TYPE => 'LINUX',
+        SDAF_SOURCE_IMAGE_ID => '',
+        SDAF_IMAGE_TYPE => 'marketplace',
+        SDAF_IMAGE_PUBLISHER => 'suse',
+        SDAF_IMAGE_OFFER => 'sles-sap-15-sp6',
+        SDAF_IMAGE_SKU => 'gen2',
+        SDAF_IMAGE_VERSION => 'latest'
     );
 
     foreach (keys(%expected_values)) {
@@ -82,5 +85,46 @@ subtest '[set_vm_image_parameters]' => sub {
     undef_variables;
 };
 
+subtest '[set_hana_db_parameters]' => sub {
+    my $ms_sdaf = Test::MockModule->new('sles4sap::sap_deployment_automation_framework::configure_tfvars', no_auto => 1);
+    $ms_sdaf->redefine(assert_script_run => sub { return 1; });
+    $ms_sdaf->redefine(upload_logs => sub { return 1; });
+    $ms_sdaf->redefine(replace_tfvars_variables => sub { return 1; });
+    $ms_sdaf->redefine(get_os_variable => sub { return 'espresso'; });
+    $ms_sdaf->redefine(set_workload_vnet_name => sub { return 'latte'; });
+    $ms_sdaf->redefine(set_image_parameters => sub { return 'lungo'; });
+    $ms_sdaf->redefine(set_netweaver_parameters => sub { return 'americano'; });
+    $ms_sdaf->redefine(data_url => sub { return 'capuccino'; });
+    set_var('SDAF_DEPLOYMENT_SCENARIO', 'db_ha');
+    prepare_tfvars_file(deployment_type => 'sap_system');
+    is get_var('SDAF_HANA_HA_SETUP'), 'true', 'Set "SDAF_HANA_HA_SETUP" to true with "db_ha" scenario';
+    undef_variables;
+
+    set_var('SDAF_DEPLOYMENT_SCENARIO', 'db_install');
+    prepare_tfvars_file(deployment_type => 'sap_system');
+    is get_var('SDAF_HANA_HA_SETUP'), 'false', 'Set "SDAF_HANA_HA_SETUP" to false for non HA scenario';
+    undef_variables;
+};
+
+subtest '[set_netweaver_parameters] Scenario "nw_pas,nw_aas,nw_ensa"' => sub {
+    my $ms_sdaf = Test::MockModule->new('sles4sap::sap_deployment_automation_framework::configure_tfvars', no_auto => 1);
+    $ms_sdaf->redefine(assert_script_run => sub { return 1; });
+    $ms_sdaf->redefine(upload_logs => sub { return 1; });
+    $ms_sdaf->redefine(replace_tfvars_variables => sub { return 1; });
+    $ms_sdaf->redefine(get_os_variable => sub { return 'espresso'; });
+    $ms_sdaf->redefine(set_workload_vnet_name => sub { return 'latte'; });
+    $ms_sdaf->redefine(set_image_parameters => sub { return 'lungo'; });
+    $ms_sdaf->redefine(data_url => sub { return 'capuccino'; });
+
+    set_var('SDAF_DEPLOYMENT_SCENARIO', 'nw_pas,nw_aas,nw_ensa');
+    prepare_tfvars_file(deployment_type => 'sap_system');
+
+    is get_var('SDAF_ASCS_SERVER'), '1', 'Set "SDAF_ASCS_SERVER" to "1"';
+    is get_var('SDAF_APP_SERVER_COUNT'), '2', 'Set "SDAF_APP_SERVER_COUNT" to "2"';
+    is get_var('SDAF_ERS_SERVER'), 'true', 'Set "SDAF_ERS_SERVER" to "true"';
+
+    undef_variables;
+};
+
 done_testing;
 
diff --git a/tests/sles4sap/sap_deployment_automation_framework/deploy_hanasr.pm b/tests/sles4sap/sap_deployment_automation_framework/execute_playbooks.pm
similarity index 52%
rename from tests/sles4sap/sap_deployment_automation_framework/deploy_hanasr.pm
rename to tests/sles4sap/sap_deployment_automation_framework/execute_playbooks.pm
index 1f01ffdff354..7fc0b7459140 100644
--- a/tests/sles4sap/sap_deployment_automation_framework/deploy_hanasr.pm
+++ b/tests/sles4sap/sap_deployment_automation_framework/execute_playbooks.pm
@@ -7,15 +7,6 @@
 #           https://learn.microsoft.com/en-us/azure/sap/automation/tutorial#sap-application-installation
 # Playbooks can be found in SDAF repo: https://github.com/Azure/sap-automation/tree/main/deploy/ansible
 
-# Required OpenQA variables:
-#     'SDAF_ENV_CODE'  Code for SDAF deployment env.
-#     'PUBLIC_CLOUD_REGION' SDAF internal code for azure region.
-#     'SAP_SID' SAP system ID.
-#     'SDAF_DEPLOYER_RESOURCE_GROUP' Existing deployer resource group - part of the permanent cloud infrastructure.
-
-# Optional:
-#     'SDAF_ANSIBLE_VERBOSITY_LEVEL' Override default verbosity for 'ansible-playbook'.
-
 use parent 'sles4sap::sap_deployment_automation_framework::basetest';
 use strict;
 use warnings;
@@ -35,10 +26,78 @@ use sles4sap::console_redirection
 use serial_terminal qw(select_serial_terminal);
 use testapi;
 
+=head1 SYNOPSIS
+
+Executes setup of HanaSR scenario using SDAF ansible playbooks according to:
+          https://learn.microsoft.com/en-us/azure/sap/automation/tutorial#sap-application-installation
+Playbooks can be found in SDAF repo: https://github.com/Azure/sap-automation/tree/main/deploy/ansible
+
+B<Required OpenQA variables:>
+    SDAF_ENV_CODE  Code for SDAF deployment env.
+    PUBLIC_CLOUD_REGION SDAF internal code for azure region.
+    SAP_SID SAP system ID.
+    SDAF_DEPLOYER_RESOURCE_GROUP Existing deployer resource group - part of the permanent cloud infrastructure.
+
+Optional:
+    'SDAF_ANSIBLE_VERBOSITY_LEVEL' Override default verbosity for 'ansible-playbook'.
+
+=cut
+
 sub test_flags {
     return {fatal => 1};
 }
 
+sub playbook_settings {
+    # General playbooks that must be run in all scenarios
+    my @playbooks = (
+        # Fetches SSH key from Workload zone keyvault for accesssing SUTs
+        {playbook_filename => 'pb_get-sshkey.yaml', timeout => 90},
+        # Validate parameters
+        {playbook_filename => 'playbook_00_validate_parameters.yaml', timeout => 120},
+        # Base operating system configuration
+        {playbook_filename => 'playbook_01_os_base_config.yaml'});
+
+    my @supported_components = qw(db_install db_ha nw_pas nw_aas nw_ensa);
+    my @component_list = @{get_var_array('SDAF_DEPLOYMENT_SCENARIO')};
+
+    # DB installation pulls in SAP specific configuration
+    if (grep /db_install/, @component_list) {
+        # SAP-specific operating system configuration
+        push @playbooks, {playbook_filename => 'playbook_02_os_sap_specific_config.yaml'};
+        # SAP Bill of Materials processing - this also mounts install media storage
+        push @playbooks, {playbook_filename => 'playbook_03_bom_processing.yaml', timeout => 7200};
+        # SAP HANA database installation
+        push @playbooks, {playbook_filename => 'playbook_04_00_00_db_install.yaml', timeout => 1800};
+    }
+
+    if (grep /db_ha/, @component_list) {
+        # SAP HANA high-availability configuration
+        push @playbooks, {playbook_filename => 'playbook_04_00_01_db_ha.yaml', timeout => 1800};
+    }
+
+    # playbooks required for all nw* scenarios
+    if (grep /nw/, @component_list) {
+        # SAP ASCS installation, including ENSA if specified in tfvars
+        push @playbooks, {playbook_filename => 'playbook_05_00_00_sap_scs_install.yaml', timeout => 7200};
+        # Execute database import
+        push @playbooks, {playbook_filename => 'playbook_05_01_sap_dbload.yaml', timeout => 7200};
+        # SAP primary application server installation
+        push @playbooks, {playbook_filename => 'playbook_05_02_sap_pas_install.yaml', timeout => 7200};
+    }
+
+    if (grep /nw_aas/, @component_list) {
+        # SAP additional application server installation
+        push @playbooks, {playbook_filename => 'playbook_05_03_sap_app_install.yaml', timeout => 3600};
+    }
+
+    if (grep /nw_ensa/, @component_list) {
+        # Configure ENSA cluster
+        push @playbooks, {playbook_filename => 'playbook_06_00_acss_registration.yaml', timeout => 1800};
+    }
+
+    return (@playbooks);
+}
+
 sub run {
     serial_console_diag_banner('Module sdaf_deploy_hanasr.pm : start');
     my $sdaf_config_root_dir = get_sdaf_config_path(
@@ -51,22 +110,9 @@ sub run {
 
     # List of playbooks (and their options) to be executed. Keep them in list to be ordered. Each entry must be an ARRAYREF.
     # Playbook description is here as well: https://learn.microsoft.com/en-us/azure/sap/automation/run-ansible?tabs=linux
-    my @execute_playbooks = (
-        # Fetches SSH key from Workload zone keyvault for accesssing SUTs
-        {playbook_filename => 'pb_get-sshkey.yaml', timeout => 90},
-        # Validate parameters
-        {playbook_filename => 'playbook_00_validate_parameters.yaml', timeout => 120},
-        # Base operating system configuration
-        {playbook_filename => 'playbook_01_os_base_config.yaml'},
-        # SAP-specific operating system configuration
-        {playbook_filename => 'playbook_02_os_sap_specific_config.yaml'},
-        # SAP Bill of Materials processing - this also mounts install media storage
-        {playbook_filename => 'playbook_03_bom_processing.yaml'},
-        # SAP HANA database installation
-        {playbook_filename => 'playbook_04_00_00_db_install.yaml', timeout => 1800},
-        # SAP HANA high-availability configuration
-        {playbook_filename => 'playbook_04_00_01_db_ha.yaml', timeout => 1800},
-    );
+    my @execute_playbooks = playbook_settings();
+    my @playbook_list = map { $_->{playbook_filename} } @execute_playbooks;
+    record_info('Playbook list', "Following playbooks will be executed:\n" . join("\n", @playbook_list));
 
     connect_target_to_serial();
     load_os_env_variables();