Abstract: The paper proposes the Morse code [3][4] which is the earliest method used in Radio Telegraphy. It is about a vision and mission for helping the soldiers, who relentlessly stand in the sun and snow to protect our borders. At the outposts, whenever they are transmitting messages over radio, frequencies tend to get hacked by the enemies and the messages are exposed to them. What if we had a system which will not only confuse enemies but even leave them behind with no clues. This work is using the android device of any kind, having the facility of keyboard to transmit the message. The messages are fed via an android device to a microprocessor (i.e., Raspberry Pi)[6][7][8] over Wi-Fi, which will convert the message into code of (“._._”) and then transmit using the general light bulb by flashing it. At the receiver’s side, a camera will record the flashes and feed it as input to the microprocessor at that side, which will in turn decode it to get the original message, hence the enemies will feel it to be fluctuations in power rather than a message. We have improved the internationally used Morse Codes, to a personalised level and that is being used to transmit the message from one defence outpost to other. It can also be implemented if the lightning inside the posts is switched off for security reasons by using Torches which are available with the soldiers. The microprocessor is connected to the light source to send the flashing instructions by the use of codes.

Keywords: Radio Telegraphy, Universal Morse Code, US Model Straight Key, Photoresistor or camera

| DOI: 10.17148/IJIREEICE.2019.7217