This is the scenario:
There are 3 stations: Station A, B, and C. They're quite far apart, and need a network for automated messages like hourly check-ins or various status updates where "meta-comms" like Discord or TeamSpeak cannot be used.
Each station has a receiver with a certain frequency as the station address, and a transmitter to transmit the messages over the network. To extend the range of the signal or network, you have a few relays that are just within the maximum range of the transmitter. The relays are simple, and just send the message onwards. If necessary, you could also have a small junction-node which receives the message, checks the message and frequency, and transmits it onwards to the next relay towards the proper station.
So, let's say station A is at frequency 1, B at frequency 2. Station A needs to send a message "ping" to station B. Station A sends the signal "ping" at frequency 2. The relays relay the message to the junction. The junction looks at the frequency and message, and sends the signal "ping" at frequency 2. The next relays pick it up, and send it on to Station B.
That's the gist of the system. Lemme know what y'all think. I believe that the YOLOL code in this could be very simple, and you may even be able to encrypt it with a formula that changes the contents of the message, and would be decoded at the target station only using a certain formula. This however, would likely require substantially more YOLOL if you want it to be properly secure.
There are 3 stations: Station A, B, and C. They're quite far apart, and need a network for automated messages like hourly check-ins or various status updates where "meta-comms" like Discord or TeamSpeak cannot be used.
Each station has a receiver with a certain frequency as the station address, and a transmitter to transmit the messages over the network. To extend the range of the signal or network, you have a few relays that are just within the maximum range of the transmitter. The relays are simple, and just send the message onwards. If necessary, you could also have a small junction-node which receives the message, checks the message and frequency, and transmits it onwards to the next relay towards the proper station.
So, let's say station A is at frequency 1, B at frequency 2. Station A needs to send a message "ping" to station B. Station A sends the signal "ping" at frequency 2. The relays relay the message to the junction. The junction looks at the frequency and message, and sends the signal "ping" at frequency 2. The next relays pick it up, and send it on to Station B.
That's the gist of the system. Lemme know what y'all think. I believe that the YOLOL code in this could be very simple, and you may even be able to encrypt it with a formula that changes the contents of the message, and would be decoded at the target station only using a certain formula. This however, would likely require substantially more YOLOL if you want it to be properly secure.