diff --git a/plugins/action/common/prepare_plugins/prep_105_fabric_overlay.py b/plugins/action/common/prepare_plugins/prep_105_fabric_overlay.py
index 8aac13460..5d7546061 100644
--- a/plugins/action/common/prepare_plugins/prep_105_fabric_overlay.py
+++ b/plugins/action/common/prepare_plugins/prep_105_fabric_overlay.py
@@ -19,96 +19,14 @@
 #
 # SPDX-License-Identifier: MIT
 
+from ansible_collections.cisco.nac_dc_vxlan.plugins.plugin_utils.helper_functions import restructure_leaf_tor_data
+
+
 class PreparePlugin:
     def __init__(self, **kwargs):
         self.kwargs = kwargs
         self.keys = []
 
-    def _restructure_flat_to_nested(self, switches_list, topology_switches, tor_peers):
-        """Transform a flat switches list into the nested structure with TOR
-        entries under their parent leaf switches.
-
-        Each TOR is placed under ALL of its parent leaves that are present in the
-        attach group. If a parent leaf is not explicitly listed in the attach group,
-        a synthetic leaf entry is created automatically from topology data.
-
-        Args:
-            switches_list: List of switch dicts from network_attach_group
-            topology_switches: List of switch dicts from vxlan.topology.switches
-            tor_peers: List of tor_peers dicts from vxlan.topology.tor_peers
-
-        Returns:
-            Restructured switches list with TOR entries nested under parent leaves
-        """
-        # Build set of TOR hostnames from topology
-        tor_hostnames = {
-            sw['name'] for sw in topology_switches if sw.get("role") == "tor"
-        }
-
-        # Build TOR -> parent leaves mapping from tor_peers
-        # Each TOR maps to a list of its parent leaf hostnames
-        tor_to_parents = {}
-        for peer in tor_peers:
-            parent_leaves = []
-            if peer.get("parent_leaf1"):
-                parent_leaves.append(peer['parent_leaf1'])
-            if peer.get("parent_leaf2"):
-                parent_leaves.append(peer['parent_leaf2'])
-
-            for key in ("tor1", "tor2"):
-                tor_name = peer.get(key)
-                if tor_name:
-                    tor_to_parents[tor_name] = parent_leaves
-
-        # Build topology hostname -> switch data mapping for creating synthetic entries
-        topology_by_name = {sw['name']: sw for sw in topology_switches}
-
-        # Separate leaf entries and TOR entries
-        leaf_entries = []
-        tor_entries = []
-
-        for sw in switches_list:
-            hostname = sw.get("hostname", "")
-            if hostname in tor_hostnames:
-                tor_entries.append(sw)
-            else:
-                leaf_entries.append(sw)
-
-        # Initialize empty 'tors' list for each leaf entry
-        for leaf in leaf_entries:
-            if "tors" not in leaf:
-                leaf['tors'] = []
-
-        # Build hostname -> leaf entry mapping for quick lookup
-        leaf_by_hostname = {leaf['hostname']: leaf for leaf in leaf_entries}
-
-        # Collect all required parent leaf hostnames from TOR entries
-        # and create synthetic leaf entries for any that are not in the attach group
-        for tor_entry in tor_entries:
-            tor_hostname = tor_entry['hostname']
-            parent_leaves = tor_to_parents.get(tor_hostname, [])
-            for parent_hostname in parent_leaves:
-                if parent_hostname not in leaf_by_hostname:
-                    # Create a synthetic leaf entry from topology data
-                    synthetic_leaf = {'hostname': parent_hostname, 'tors': []}
-                    leaf_entries.append(synthetic_leaf)
-                    leaf_by_hostname[parent_hostname] = synthetic_leaf
-
-        # Assign each TOR to ALL of its parent leaves present in this attach group
-        for tor_entry in tor_entries:
-            tor_hostname = tor_entry['hostname']
-            parent_leaves = tor_to_parents.get(tor_hostname, [])
-            valid_parents = [p for p in parent_leaves if p in leaf_by_hostname]
-
-            if valid_parents:
-                for parent_hostname in valid_parents:
-                    leaf_by_hostname[parent_hostname]['tors'].append(tor_entry)
-            else:
-                # No parent leaf defined in tor_peers - keep TOR as top-level entry
-                leaf_entries.append(tor_entry)
-
-        return leaf_entries
-
     def prepare(self):
         data_model = self.kwargs['results']['model_extended']
 
@@ -154,7 +72,7 @@ def prepare(self):
                 net_grp_name_list.append(grp['name'])
 
                 # Restructure flat TOR entries under parent leaves
-                grp['switches'] = self._restructure_flat_to_nested(
+                grp['switches'] = restructure_leaf_tor_data(
                     grp['switches'], switches, tor_peers
                 )
 
diff --git a/plugins/action/dtc/prepare_msite_data.py b/plugins/action/dtc/prepare_msite_data.py
index 8d41aa94f..1d79a399c 100644
--- a/plugins/action/dtc/prepare_msite_data.py
+++ b/plugins/action/dtc/prepare_msite_data.py
@@ -28,6 +28,7 @@
 from ansible.plugins.action import ActionBase
 from ansible_collections.cisco.nac_dc_vxlan.plugins.plugin_utils.helper_functions import ndfc_get_fabric_attributes
 from ansible_collections.cisco.nac_dc_vxlan.plugins.plugin_utils.helper_functions import ndfc_get_fabric_switches
+from ansible_collections.cisco.nac_dc_vxlan.plugins.plugin_utils.helper_functions import restructure_leaf_tor_data
 from ansible_collections.cisco.nac_dc_vxlan.plugins.filter.version_compare import version_compare
 import re
 
@@ -142,9 +143,12 @@ def run(self, tmp=None, task_vars=None):
                         fabric_switches.append(
                             {
                                 'hostname': fabric_switch['logicalName'],
+                                'name': fabric_switch['logicalName'],
                                 'mgmt_ip_address': fabric_switch['ipAddress'],
                                 'fabric_name': fabric_switch['fabricName'],
+                                'fabric_cluster': fabric_cluster,
                                 'serial_number': fabric_switch['serialNumber'],
+                                'role': fabric_switch['switchRole'],
                             }
                         )
 
@@ -165,6 +169,69 @@ def run(self, tmp=None, task_vars=None):
 
         results['switches'] = all_child_fabric_switches
 
+        tor_fabrics = {}
+        for switch in all_child_fabric_switches:
+            if switch['role'] == 'tor' and switch['fabric_name'] not in tor_fabrics:
+                if parent_fabric_type == 'MCFG':
+                    tor_fabrics[switch['fabric_name']] = switch['serial_number'], switch['fabric_cluster']
+                else:
+                    tor_fabrics[switch['fabric_name']] = (switch['serial_number'])
+
+        tor_ndfc_responses = {}
+        if tor_fabrics != {}:
+            for fabric in tor_fabrics.keys():
+                if parent_fabric_type == 'MCFG':
+                    proxy = ''
+                    if version_compare(nd_major_minor_patch, '3.2.2', '<='):
+                        proxy = f'/onepath/{tor_fabrics[fabric][1]}'
+                    elif version_compare(nd_major_minor_patch, '4.1.1', '>='):
+                        proxy = f'/fedproxy/{tor_fabrics[fabric][1]}'
+                    tor_response = self._execute_module(
+                        module_name="cisco.dcnm.dcnm_rest",
+                        module_args={
+                            "method": "GET",
+                            "path": f"{proxy}/appcenter/cisco/ndfc/api/v1/lan-fabric/rest/control/tor/fabrics/{fabric}/switches/{tor_fabrics[fabric][0]}",
+                        },
+                        task_vars=task_vars,
+                        tmp=tmp
+                    )
+                else:
+                    tor_response = self._execute_module(
+                        module_name="cisco.dcnm.dcnm_rest",
+                        module_args={
+                            "method": "GET",
+                            "path": f"/appcenter/cisco/ndfc/api/v1/lan-fabric/rest/control/tor/fabrics/{fabric}/switches/{tor_fabrics[fabric]}",
+                        },
+                        task_vars=task_vars,
+                        tmp=tmp
+                    )
+                if 'response' in tor_response and 'DATA' in tor_response['response']:
+                    tor_ndfc_responses = []
+                    for pair in tor_response['response']['DATA']['torPairs']:
+                        entry = {}
+                        tor_name = pair['torName']
+                        if '~' in tor_name:
+                            entry['tor1'] = tor_name.split('~')[0]
+                            entry['tor2'] = tor_name.split('~')[1]
+                        else:
+                            entry['tor1'] = tor_name
+
+                        remarks_match = re.search(r'\(([^)]+)\)', pair.get('remarks', ''))
+                        if remarks_match:
+                            leaf_value = remarks_match.group(1)
+                            if ',' in leaf_value:
+                                entry['parent_leaf1'] = leaf_value.split(',')[0].strip()
+                                entry['parent_leaf2'] = leaf_value.split(',')[1].strip()
+                            else:
+                                entry['parent_leaf1'] = leaf_value
+                        else:
+                            entry['parent_leaf1'] = None
+
+                        tor_ndfc_responses.append(entry)
+                else:
+                    display.warning(f"Failed to get TOR data for fabric {fabric}: {tor_response}")
+                    tor_ndfc_responses[fabric] = []
+
         # Rebuild sm_data['vxlan']['multisite']['overlay']['vrf_attach_groups'] into
         # a structure that is easier to use just like data_model_extended.
         vrf_grp_name_list = []
@@ -205,6 +272,13 @@ def run(self, tmp=None, task_vars=None):
         for grp in data_model['vxlan']['multisite']['overlay']['network_attach_groups']:
             data_model['vxlan']['multisite']['overlay']['network_attach_groups_dict'][grp['name']] = []
             net_grp_name_list.append(grp['name'])
+
+            # Restructure flat TOR entries under parent leaves if TORs exist in the fabric
+            if tor_ndfc_responses != {}:
+                grp['switches'] = restructure_leaf_tor_data(
+                    grp['switches'], all_child_fabric_switches, tor_ndfc_responses
+                )
+
             for switch in grp['switches']:
                 data_model['vxlan']['multisite']['overlay']['network_attach_groups_dict'][grp['name']].append(switch)
             # If the switch is in the switch list and a hostname is used, replace the hostname with the management IP
@@ -215,6 +289,13 @@ def run(self, tmp=None, task_vars=None):
                             regex_pattern = f"^{switch['hostname']}$|^{switch['hostname']}\\..*$"
                             if re.search(regex_pattern, sw['hostname']):
                                 switch['mgmt_ip_address'] = sw['mgmt_ip_address']
+                # Process nested TOR entries and resolve their management IPs
+                    if 'tors' in switch and switch['tors']:
+                        for tor in switch['tors']:
+                            tor_hostname = tor.get('hostname')
+                            if tor_hostname and any(sw['name'] == tor_hostname for sw in child_fabrics_data[child_fabric]['switches']):
+                                found_tor = next((item for item in child_fabrics_data[child_fabric]['switches'] if item["name"] == tor_hostname))
+                                tor['mgmt_ip_address'] = found_tor['mgmt_ip_address']
                 # Append switch to a flat list of switches for cross comparison later when we query the
                 # MSD fabric information.  We need to stop execution if the list returned by the MSD query
                 # does not include one of these switches.
@@ -227,5 +308,4 @@ def run(self, tmp=None, task_vars=None):
                     del net['network_attach_group']
 
         results['overlay_attach_groups'] = data_model['vxlan']['multisite']['overlay']
-
         return results
diff --git a/plugins/plugin_utils/helper_functions.py b/plugins/plugin_utils/helper_functions.py
index 299cd1723..904549189 100644
--- a/plugins/plugin_utils/helper_functions.py
+++ b/plugins/plugin_utils/helper_functions.py
@@ -231,10 +231,98 @@ def ndfc_get_fabric_switches(self, task_vars, tmp, fabric):
             fabric_switches.append(
                 {
                     'hostname': fabric_switch['logicalName'],
+                    'name': fabric_switch['logicalName'],
                     'mgmt_ip_address': fabric_switch['ipAddress'],
                     'fabric_name': fabric_switch['fabricName'],
                     'serial_number': fabric_switch['serialNumber'],
+                    'role': fabric_switch['switchRole'],
                 }
             )
 
     return fabric_switches
+
+
+def restructure_leaf_tor_data(switches_list, topology_switches, tor_peers):
+    """Transform a flat switches list into the nested structure with TOR
+    entries under their parent leaf switches.
+
+    Each TOR is placed under ALL of its parent leaves that are present in the
+    attach group. If a parent leaf is not explicitly listed in the attach group,
+    a synthetic leaf entry is created automatically from topology data.
+
+    Args:
+        switches_list: List of switch dicts from network_attach_group
+        topology_switches: List of switch dicts from vxlan.topology.switches
+        tor_peers: List of tor_peers dicts from vxlan.topology.tor_peers
+
+    Returns:
+        Restructured switches list with TOR entries nested under parent leaves
+    """
+    # Build set of TOR hostnames from topology
+    tor_hostnames = {
+        sw['name'] for sw in topology_switches if sw.get("role") == "tor"
+    }
+
+    # Build TOR -> parent leaves mapping from tor_peers
+    # Each TOR maps to a list of its parent leaf hostnames
+    tor_to_parents = {}
+    for peer in tor_peers:
+        parent_leaves = []
+        if peer.get("parent_leaf1"):
+            parent_leaves.append(peer['parent_leaf1'])
+        if peer.get("parent_leaf2"):
+            parent_leaves.append(peer['parent_leaf2'])
+
+        for key in ("tor1", "tor2"):
+            tor_name = peer.get(key)
+            if tor_name:
+                tor_to_parents[tor_name] = parent_leaves
+
+    # # Build topology hostname -> switch data mapping for creating synthetic entries
+    # topology_by_name = {sw['name']: sw for sw in topology_switches}
+
+    # Separate leaf entries and TOR entries
+    leaf_entries = []
+    tor_entries = []
+
+    for sw in switches_list:
+        hostname = sw.get("hostname", "")
+        if hostname in tor_hostnames:
+            tor_entries.append(sw)
+        else:
+            leaf_entries.append(sw)
+
+    # Initialize empty 'tors' list for each leaf entry
+    for leaf in leaf_entries:
+        if "tors" not in leaf:
+            leaf['tors'] = []
+
+    # Build hostname -> leaf entry mapping for quick lookup
+    leaf_by_hostname = {leaf['hostname']: leaf for leaf in leaf_entries}
+
+    # Collect all required parent leaf hostnames from TOR entries
+    # and create synthetic leaf entries for any that are not in the attach group
+    for tor_entry in tor_entries:
+        tor_hostname = tor_entry['hostname']
+        parent_leaves = tor_to_parents.get(tor_hostname, [])
+        for parent_hostname in parent_leaves:
+            if parent_hostname not in leaf_by_hostname:
+                # Create a synthetic leaf entry from topology data
+                synthetic_leaf = {'hostname': parent_hostname, 'tors': []}
+                leaf_entries.append(synthetic_leaf)
+                leaf_by_hostname[parent_hostname] = synthetic_leaf
+
+    # Assign each TOR to ALL of its parent leaves present in this attach group
+    for tor_entry in tor_entries:
+        tor_hostname = tor_entry['hostname']
+        parent_leaves = tor_to_parents.get(tor_hostname, [])
+        valid_parents = [p for p in parent_leaves if p in leaf_by_hostname]
+
+        if valid_parents:
+            for parent_hostname in valid_parents:
+                leaf_by_hostname[parent_hostname]['tors'].append(tor_entry)
+        else:
+            # No parent leaf defined in tor_peers - keep TOR as top-level entry
+            leaf_entries.append(tor_entry)
+
+    return leaf_entries
diff --git a/roles/dtc/common/templates/ndfc_networks/mcfg_fabric/mcfg_fabric_networks.j2 b/roles/dtc/common/templates/ndfc_networks/mcfg_fabric/mcfg_fabric_networks.j2
index a18c116a3..9c92b186a 100644
--- a/roles/dtc/common/templates/ndfc_networks/mcfg_fabric/mcfg_fabric_networks.j2
+++ b/roles/dtc/common/templates/ndfc_networks/mcfg_fabric/mcfg_fabric_networks.j2
@@ -77,6 +77,15 @@
 {% if attach['ports'] is defined %}
       ports: {{ attach['ports'] }}
 {% endif %}
+{% if 'tors' in attach and attach['tors'] %}
+      tor_ports:
+{% for tor in attach['tors'] %}
+        - ip_address: {{ tor['mgmt_ip_address'] | default(tor['hostname']) }}
+{% if tor['ports'] is defined %}
+          ports: {{ tor['ports'] }}
+{% endif %}
+{% endfor %}
+{% endif %}
 {% endfor %}
   deploy: false
 {% endif %}
diff --git a/roles/dtc/common/templates/ndfc_networks/msd_fabric/msd_fabric_networks.j2 b/roles/dtc/common/templates/ndfc_networks/msd_fabric/msd_fabric_networks.j2
index 696e2d2e2..517fad7b1 100644
--- a/roles/dtc/common/templates/ndfc_networks/msd_fabric/msd_fabric_networks.j2
+++ b/roles/dtc/common/templates/ndfc_networks/msd_fabric/msd_fabric_networks.j2
@@ -77,6 +77,15 @@
 {% if attach['ports'] is defined %}
       ports: {{ attach['ports'] }}
 {% endif %}
+{% if 'tors' in attach and attach['tors'] %}
+      tor_ports:
+{% for tor in attach['tors'] %}
+        - ip_address: {{ tor['mgmt_ip_address'] | default(tor['hostname']) }}
+{% if tor['ports'] is defined %}
+          ports: {{ tor['ports'] }}
+{% endif %}
+{% endfor %}
+{% endif %}
 {% endfor %}
   deploy: false
 {% endif %}