diff --git a/PCAP Output/README.md b/PCAP Output/README.md
index 63527ca..a5a7960 100644
--- a/PCAP Output/README.md	
+++ b/PCAP Output/README.md	
@@ -3,10 +3,40 @@
 This uses LoRa packet forwarder to forward the LoRa packets to a localhost with port 1700. Once packet forwarder is running, another process executes tcpdump that captures a loopback interface and outputs it as a pcap file. Afterwarads, we remove the Ethernet, IP and UDP headers (14+20+8) of the pcap file and set linktype to user (147). Finally, the edited pcap file is loaded to Wireshark, where the protocol is changed to LoRaWAN.
 
 ## Instructions
-* Users should flash the correct configuration of LoRadar on the microSD card
-`sudo apt-get update -y`
-`sudo apt-get install -y bittwist`
-`sudo apt-get install -y tcpdump`
-
-`sudo tcpdump -s 0 -AUq port 1700 -w trial.pcap`
-`bittwiste -I trial.pcap -O dump_dlt_user.pcap -M 147 -D 1-42`
+1. Users should first flash the correct configuration of LoRadar on the microSD card.
+2. Clone the `local_packet_forwader` directory to the Raspberry Pi.
+3. Install the following dependencies.
+    ```
+    sudo apt-get update -y
+    sudo apt-get install -y bittwist
+    sudo apt-get install -y tcpdump
+    sudo apt-get install -y screen
+    ```
+4. Create a screen session.
+    ```
+    screen
+    ```
+5. Within this screen session, `cd` to the 'local_packet_forwarder' directory within Raspberry Pi. Execute the following to start capturing packets on port 1700 and outputting it as `capture.pcap`:
+    ```
+    cd lora_pkt_fwd/
+    sudo tcpdump -s 0 -AUq port 1700 -w capture.pcap
+    ```
+6. Detach from the screen by pressing `ctrl + a + d` on the keyboard.
+7. Start a new screen session by typing `screen` in the terminal.
+8. `cd` to the 'local_packet_forwarder' directory within Raspberry Pi. Execute the following to start forwarding packets to localhost:
+    ```
+    cd lora_pkt_fwd/
+    sudo chmod +x lora_pkt_fwd
+    sudo ./lora_pkt_fwd
+    ```
+9. To terminate the packet forwarder session, press `ctrl + c` on the keyboard and type `exit` in the terminal to end the screen session.
+10. Navigate to the other screen by typing `screen -r -d` in the terminal.
+11. End the packet capture session by pressing `ctrl + c` on the keyboard. You will now see a new `capture.pcap` file created in the directory.
+12. Process the .pcap data to remove the unnecessary Ethernet, IP and UDP headers (14+20+8) of the pcap file and set linktype to user (147). This process will intake the `capture.pcap` file and output it as `processed_capture.pcap`.
+    ```
+    bittwiste -I capture.pcap -O dump_dlt_user.pcap -M 147 -D 1-42
+    ```
+13. Open the `processed_capture.pcap` file in Wireshark.
+14. Navigate to `Edit -> Preferences -> Protocols -> DLT_USER -> Edit...`.
+15. Input `lorawan` as the Payload protocol, `14` as the header size, then click OK.
+16. You will now see LoRaWAN fields under the frame information.