1. Router (Control Center) Component Name: Cisco ISR Router Location: Near the Control Center. Connections: The router connects the farm's network to the Internet. It is connected to the firewalls for security and to the switches in the control center for internal LAN communication. It handles the Wide Area Network (WAN) connection. 2. Switches (Control Center, Greenhouses, and Animal Shelters) Component Name: Cisco Catalyst Switches Locations: Control Center Switch: This switch is located in the control center. Greenhouse Switch: Another switch is located inside or near the greenhouses. Animal Shelter Switch: One or more switches are located near the animal shelters. Connections: All switches are connected to the router (directly or via other switches) to form the internal network. Wired connections are provided to nearby IoT devices like cameras, sensors, and the central server. 3. Wireless Access Points (Crop Fields and Livestock Areas) Component Name: Cisco Aironet or Meraki Wireless Access Points (WAPs) Locations: WAPs are distributed across the crop fields and livestock areas to provide wireless network coverage. Connections: Each WAP is connected back to the switches in the control center, greenhouses, or animal shelters via Ethernet cables. They communicate wirelessly with IoT sensors, cameras, and RFID readers. 4. IoT Sensors (Fields and Greenhouses) Component Name: Cisco Industrial IoT Sensors Locations: Evenly distributed across the crop fields and inside greenhouses. Connections: IoT sensors communicate wirelessly with the WAPs located in nearby fields or greenhouses. The sensor data is then routed through switches to the central server for analysis and processing. 5. IoT Cameras (Mounted in Crop Fields and Near Animal Shelters) Component Name: Cisco Meraki MV IoT Cameras Locations: Cameras are mounted on poles in the crop fields and near animal shelters for monitoring crop growth and livestock health. Connections: Cameras are connected wirelessly to nearby WAPs or directly via wired connections to the switches in greenhouses or animal shelters. The video feeds are sent back to the central server in the control center. 6. RFID Readers (Near Entrances, Feeding Stations, and Livestock Shelters) Component Name: Cisco RFID Reader System Locations: RFID readers are strategically placed at key points like farm entrances, feeding stations, and livestock shelters to track animal movements. Connections: The RFID readers communicate wirelessly with the network through the WAPs. Data from the RFID tags is sent to the central server for processing, updating livestock tracking information. 7. Central Server (Control Center) Component Name: Cisco UCS (Unified Computing System) Server Location: Located inside the control center. Connections: The central server is wired directly to the switches in the control center for high-speed data transfer. It receives and processes data from all the IoT devices (sensors, cameras, RFID readers) across the farm. It connects to cloud services via the router for remote monitoring and advanced analytics. 8. Firewalls (At the Network Perimeter) Component Name: Cisco ASA Firewall Location: Deployed at the network perimeter, protecting the internal network from external threats. Connections: The firewalls are placed between the router and the Internet to filter incoming and outgoing traffic. They also provide security between internal network zones, protecting sensitive data from unauthorized access. 1. Use the above descriptions to build a network diagram using Cisco Packet Tracer

1. Router (Control Center) Component Name: Cisco ISR Router Location: Near the Control Center. Connections: The router connects the farm's network to the Internet. It is connected to the firewalls for security and to the switches in the control center for internal LAN communication. It handles the Wide Area Network (WAN) connection. 2. Switches (Control Center, Greenhouses, and Animal Shelters) Component Name: Cisco Catalyst Switches Locations: Control Center Switch: This switch is located in the control center. Greenhouse Switch: Another switch is located inside or near the greenhouses. Animal Shelter Switch: One or more switches are located near the animal shelters. Connections: All switches are connected to the router (directly or via other switches) to form the internal network. Wired connections are provided to nearby IoT devices like cameras, sensors, and the central server. 3. Wireless Access Points (Crop Fields and Livestock Areas) Component Name: Cisco Aironet or Meraki Wireless Access Points (WAPs) Locations: WAPs are distributed across the crop fields and livestock areas to provide wireless network coverage. Connections: Each WAP is connected back to the switches in the control center, greenhouses, or animal shelters via Ethernet cables. They communicate wirelessly with IoT sensors, cameras, and RFID readers. 4. IoT Sensors (Fields and Greenhouses) Component Name: Cisco Industrial IoT Sensors Locations: Evenly distributed across the crop fields and inside greenhouses. Connections: IoT sensors communicate wirelessly with the WAPs located in nearby fields or greenhouses. The sensor data is then routed through switches to the central server for analysis and processing. 5. IoT Cameras (Mounted in Crop Fields and Near Animal Shelters) Component Name: Cisco Meraki MV IoT Cameras Locations: Cameras are mounted on poles in the crop fields and near animal shelters for monitoring crop growth and livestock health. Connections: Cameras are connected wirelessly to nearby WAPs or directly via wired connections to the switches in greenhouses or animal shelters. The video feeds are sent back to the central server in the control center. 6. RFID Readers (Near Entrances, Feeding Stations, and Livestock Shelters) Component Name: Cisco RFID Reader System Locations: RFID readers are strategically placed at key points like farm entrances, feeding stations, and livestock shelters to track animal movements. Connections: The RFID readers communicate wirelessly with the network through the WAPs. Data from the RFID tags is sent to the central server for processing, updating livestock tracking information. 7. Central Server (Control Center) Component Name: Cisco UCS (Unified Computing System) Server Location: Located inside the control center. Connections: The central server is wired directly to the switches in the control center for high-speed data transfer. It receives and processes data from all the IoT devices (sensors, cameras, RFID readers) across the farm. It connects to cloud services via the router for remote monitoring and advanced analytics. 8. Firewalls (At the Network Perimeter) Component Name: Cisco ASA Firewall Location: Deployed at the network perimeter, protecting the internal network from external threats. Connections: The firewalls are placed between the router and the Internet to filter incoming and outgoing traffic. They also provide security between internal network zones, protecting sensitive data from unauthorized access. 1. Use the above descriptions to build a network diagram using Cisco Packet Tracer