Libreware

Continuation: if strings.ToUpper(answer) == "Y" { whoisCmd := exec.Command("whois", IP) whoisOutput, err := whoisCmd.Output() if err != nil { log.Fatal("Error running whois command:", err) } fmt.Println(string(whoisOutput)) } else { fmt.Println("[+] Goodbye!") os.Exit(0) } } Source: Internet :)

How to trace IP of someone's id in telegram using Golang! Code: package mai import ( "fmt" "log" "os" "os/exec" "strings" ) func main() { const CAP_PATH = "/tmp/tg_cap.pcap" // Temporary path for pcap capture file const CAP_TEXT = "/tmp/tg_text.txt" // Temporary path for text file with information const CAP_DURATION = "5" // Capture duration in seconds // Get the external IP address of the device ipCmd := exec.Command("curl", "-s", "icanhazip.com") ipOutput, err := ipCmd.Output() if err != nil { log.Fatal("Failed to get IP address:", err) } MY_IP := strings.TrimSpace(string(ipOutput)) // Check if Wireshark is installed _, err = exec.LookPath("tshark") if err != nil { log.Println("[-] Wireshark not found. Try installing Wireshark first.") log.Println("[+] Debian-based: sudo apt-get install -y tshark") log.Println("[+] RedHat-based: sudo yum install -y tshark") os.Exit(1) } fmt.Println("[+] Discovering User's IP Address on Telegram using Golang") fmt.Println("[+] Starting traffic capture. Please wait for", CAP_DURATION, "seconds...") // Start traffic capture with Wireshark captureCmd := exec.Command("tshark", "-w", CAP_PATH, "-a", "duration:"+CAP_DURATION) captureOutput, err := captureCmd.CombinedOutput() if err != nil { log.Fatal("Traffic capture error:", err) } fmt.Println("[+] Traffic captured.") // Convert pcap file to readable text file convertCmd := exec.Command("tshark", "-r", CAP_PATH) convertOutput, err := convertCmd.Output() if err != nil { log.Fatal("Error converting pcap file to text:", err) } err = os.WriteFile(CAP_TEXT, convertOutput, 0644) if err != nil { log.Fatal("Error writing text file:", err) } fmt.Println("[+] Pcap file successfully converted to text.") // Check if Telegram traffic is present in the text file if strings.Contains(string(convertOutput), "STUN 106") { fmt.Println("[+] Telegram traffic found.") // Extract the IP address from the text extractCmd := exec.Command("cat", CAP_TEXT, "|", "grep", "STUN 106", "|", "sed", "'s/^.*XOR-MAPPED-ADDRESS: //'", "|", "awk", "'{match($0,/[0-9]+\\.[0-9]+\\.[0-9]+\\.[0-9]+/); ip = substr($0,RSTART,RLENGTH); print ip}' | awk '!seen[$0]++'") extractOutput, err := extractCmd.Output() if err != nil { log.Fatal("Error extracting IP address:", err) } TG_OUT := strings.TrimSpace(string(extractOutput)) IP_1 := strings.Fields(TG_OUT)[0] IP_2 := strings.Fields(TG_OUT)[1] var IP string // Check if the IP address is ours or the recipient's if MY_IP == IP_1 { IP = IP_2 } else if MY_IP == IP_2 { IP = IP_1 } else { IP = "[-] Sorry. IP address not found." os.Exit(1) } // Get host information for the IP address hostCmd := exec.Command("host", IP) hostOutput, err := hostCmd.Output() if err != nil { log.Fatal("Error getting host information:", err) } fmt.Println("[+]") fmt.Println("[+] IP Address:", IP) fmt.Println("[+] Host:", strings.TrimSpace(string(hostOutput))) fmt.Println("[+]") // Clean up temporary files err = os.Remove(CAP_PATH) if err != nil { log.Fatal("Cleanup error:", err) } err = os.Remove(CAP_TEXT) if err != nil { log.Fatal("Cleanup error:", err) } fmt.Println("[+] Cleanup completed.") } else { fmt.Println("[-] Telegram traffic not found.") fmt.Println("[!]") fmt.Println("[!] Run this script only >>>AFTER<<< the response.") fmt.Println("[!]") os.Exit(1) } fmt.Println("[?]") fmt.Print("[?] Run whois", IP, "? (Y/N): ") // Check if the user wants to run the whois command var answer string fmt.Scanln(&answer)

Find out the #IP address through a call to #Telegram https://medium.com/@ibederov_en/find-out-the-ip-address-through-a-call-to-telegram-a899441b1bac Github: https://github.com/n0a/telegram-get-remote-ip Note: Only if user has enabled Peer to Peer Calls #tg

Kaonic 1S is our flagship Single Board Computer with dual integrated long range radios. It enables capabilities that were only available to the military sector before, such as encrypted live audio calls over mesh networks. Meshing is based on the revolutionary Reticulum mesh network, with our own backwards compatible Rust port for much higher performance. Our firmware and software is open source, allowing users to modify the system to their own needs and providing full transparency of the system’s capabilities. Kaonic is the future of decentralised off grid communication.

1. Install the Kaonic app: the download link will be on the QR code within the package 2. Create an account (no information is sent to any server) you can do this purely offline. 3. Log in 4. You can start scanning the network around you and find surrounding nodes. 5. Click on a user to begin chatting, sending files or even start an audio call

Could you please explain (for a regular end user) exactly how to communicate with other Kaonic radios, send text, audio files, etc. Has any end-user software been written yet? In other words, as a non-dev, how would I use it?

Our previous product Beechat Clip had only one radio to which users needed to connect via USB. Each radio module was region specific, so when travelling to a region with other frequency bands, the module would not work in that region. It had a maximum of 32 network hops. Over the last year, we've developed Kaonic: - 2x independent radios - Live audio call capability (instead of walkie-talkie "push-to-talk") - Frequency switchable for different regions (868/900 MHz) - Longer range at highest data rate option (over 200%) - More than 200% maximum data rate from previous model (250 vs 600 kbps) - Capability to connect not only via USB, but also via WiFi tethering, and Bluetooth pairing - Up to 128 network hops for globally scalable networks - Open source firmware - End-to-end encrypted

Kaonic will enable unstoppable, uncensorable mesh networks everywhere. Our production is now ramping up and nothing can stop it

https://beechat.network/2024/12/01/how-to-simulate-kaonics-range-for-your-area-with-radio-mobile-online/ Check out our latest blog post: How to simulate Kaonic’s range for your area with Radio Mobile Online

Simulated area coverage between two Kaonic 1S at 1 Watt output power at 500 metre antenna altitude (drone scenario): 926 km² (575 mi²)

Simulated area coverage between two Kaonic 1S at 1 Watt output power at 2 metre antenna height: 87 km² (54 mi²)

https://medium.com/@beechatnetwork/introducing-kaonic-long-range-radio-mesh-networking-sbc-single-board-computer-with-10x-speeds-248e7957a193