🦡 STOAT-HACKER Response

?[37m?[1m╔══════════════════════════════════════════════════════════════════════════════╗ ║?[36m?[1m 🦡 STOAT-HACKER v3.0.0 - HELP MENU ?[37m?[1m║ ╠══════════════════════════════════════════════════════════════════════════════╣ ║?[97m?[1m ?[37m?[1m║ ║?[32m?[1m📡 PING COMMANDS:?[0m ║ ping <target> [count] - Ping a target ║ ping6 <target> - IPv6 ping ║ ping_sweep <network> - Ping sweep entire network ║ fping <targets...> - Fast ping multiple targets ║ ║?[32m?[1m🔍 NMAP COMMANDS:?[0m ║ nmap <target> [options] - Run nmap scan ║ nmap_quick <target> - Quick port scan ║ nmap_full <target> - Full port scan (all ports) ║ nmap_os <target> - OS detection scan ║ nmap_service <target> - Service version detection ║ nmap_udp <target> - UDP port scan ║ nmap_vuln <target> - Vulnerability scan ║ nmap_stealth <target> - Stealth SYN scan ║ ║?[32m?[1m🌐 CURL COMMANDS:?[0m ║ curl <url> - HTTP request ║ curl_get <url> - GET request ║ curl_post <url> <data> - POST request ║ curl_head <url> - HEAD request ║ curl_options <url> - OPTIONS request ║ ║?[32m?[1m🔌 NETCAT COMMANDS:?[0m ║ netcat <host> <port> [cmd] - Connect to host/port ║ nc_listen <port> - Listen on port ║ nc_scan <host> <ports> - Port scan with netcat ║ ║?[32m?[1m🔒 SSH COMMANDS:?[0m ║ ssh_add <name> <host> <user> [pass] - Add SSH connection ║ ssh_list - List SSH connections ║ ssh_connect <conn_id> - Connect to server ║ ssh_exec <conn_id> <command> - Execute command ║ ssh_disconnect <conn_id> - Disconnect ║ ║?[32m?[1m🚀 TRAFFIC GENERATION:?[0m ║ traffic <type> <
Time: 0.00s

🦡 STOAT Response

?[37m?[1m╔══════════════════════════════════════════════════════════════════════════════╗ ║?[37m?[1m 🦡 STOAT-HACKER v3.0.0 - HELP MENU ?[37m?[1m║ ╠══════════════════════════════════════════════════════════════════════════════╣ ║?[90m ?[37m?[1m║ ║?[32m?[1m📡 PING COMMANDS:?[0m ║ ping <target> [count] - Ping a target ║ ping6 <target> - IPv6 ping ║ ping_sweep <network> - Ping sweep entire network ║ fping <targets...> - Fast ping multiple targets ║ ║?[32m?[1m🔍 NMAP COMMANDS:?[0m ║ nmap <target> [options] - Run nmap scan ║ nmap_quick <target> - Quick port scan ║ nmap_full <target> - Full port scan (all ports) ║ nmap_os <target> - OS detection scan ║ nmap_service <target> - Service version detection ║ nmap_udp <target> - UDP port scan ║ nmap_vuln <target> - Vulnerability scan ║ nmap_stealth <target> - Stealth SYN scan ║ ║?[32m?[1m🌐 CURL COMMANDS:?[0m ║ curl <url> - HTTP request ║ curl_get <url> - GET request ║ curl_post <url> <data> - POST request ║ curl_head <url> - HEAD request ║ curl_options <url> - OPTIONS request ║ ║?[32m?[1m🔌 NETCAT COMMANDS:?[0m ║ netcat <host> <port> [cmd] - Connect to host/port ║ nc_listen <port> - Listen on port ║ nc_scan <host> <ports> - Port scan with netcat ║ ║?[32m?[1m🔒 SSH COMMANDS:?[0m ║ ssh_add <name> <host> <user> [pass] - Add SSH connection ║ ssh_list - List SSH connections ║ ssh_connect <conn_id> - Connect to server ║ ssh_exec <conn_id> <command> - Execute command ║ ssh_disconnect <conn_id> - Disconnect ║ ║?[32m?[1m🚀 TRAFFIC GENERATION:?[0m ║ traffic <type> <
Time: 0.00s

Writing a full-scale, production-ready reverse proxy in Julia is quite an advanced task because it requires handling asynchronous networking and low-level socket management. However, I can provide you with a very basic conceptual script using the HTTP.jl package to show you how the logic works.

To run this, you would first need to install the package via the Julia REPL: using Pkg; Pkg.add("HTTP").

Here is a simplified example of how you might structure a basic proxy:

using HTTP
using Sockets

# Configuration
LISTEN_PORT = 8080
TARGET_HOST = "127.0.0.1"
TARGET_PORT = 9000

function start_proxy()
    println("Starting simple proxy on port $LISTEN_PORT, forwarding to $TARGET_HOST:$TARGET_PORT...")

    # Create a server to listen for incoming requests
    server = HTTP.Server(LISTEN_PORT) do request
        try
            # 1. Prepare the request to be sent to the target server
            # In a real proxy, you'd need to modify headers (like Host) 
            # and handle the body stream properly.

            target_url = "http://$TARGET_HOST:$TARGET_PORT$(request.target)"

            println("Proxying request to: $target_url")

            # 2. Forward the request to the target server
            response = HTTP.request(
                request.method,
                target_url,
                request.headers,
                request.body
            )

            # 3. Return the target's response back to the client
            return response

        catch e
            @error "Proxy error" exception=e
            return HTTP.Response(502, "Bad Gateway: Could not connect to target server.")
        end
    end

    HTTP.serve(server)
end

# Run the proxy
start_proxy()

A few important notes:

1. Complexity: This is a "toy" example.

DISBOARD: The Public Server List

Bump done! :thumbsup:
Check it out on DISBOARD.

I develop and maintain this bot with dedication, with the support of amazing moderators and contributors behind the scenes.
I cover all the costs myself — and to be honest, your support truly makes a difference.
Even a small donation helps keep the bot going 💖
🙏 Donate here: https://www.paypal.com/ncp/payment/V2257AKBQS2S6

DISBOARD: The Public Server List

Bump done! :thumbsup:
Check it out on DISBOARD.

I develop and maintain this bot with dedication, with the support of amazing moderators and contributors behind the scenes.
I cover all the costs myself — and to be honest, your support truly makes a difference.
Even a small donation helps keep the bot going 💖
🙏 Donate here: https://www.paypal.com/ncp/payment/V2257AKBQS2S6

DISBOARD: The Public Server List

Bump done! :thumbsup:
Check it out on DISBOARD.

I develop and maintain this bot with dedication, with the support of amazing moderators and contributors behind the scenes.
I cover all the costs myself — and to be honest, your support truly makes a difference.
Even a small donation helps keep the bot going 💖
🙏 Donate here: https://www.paypal.com/ncp/payment/V2257AKBQS2S6

🐦 RedSparrow Response

```
?[31m?[1m🐦 RED_SPARROW v2.0.0 - HELP MENU?[0m
?[37m?[1m==================================================?[0m

?[31m?[1m⏰ TIME COMMANDS:?[0m
time, date, datetime, history

?[31m?[1m🔌 SSH COMMANDS:?[0m
ssh_add [password] [port] - Add SSH server
ssh_list - List configured servers
ssh_connect - Connect to server
ssh_exec - Execute command
ssh_disconnect [id] - Disconnect

?[31m?[1m🚀 TRAFFIC GENERATION:?[0m
generate_traffic [port] [rate] - Generate real traffic
traffic_types - List available types
traffic_status - Check active generators
traffic_stop [id] - Stop generation
traffic_logs [limit] - View logs
traffic_help - Detailed help

?[31m?[1m🕷️ NIKTO WEB SCANNER:?[0m
nikto -h [options] - Vulnerability scan
nikto_full - Full scan
nikto_ssl - SSL/TLS scan
nikto_status - Check scanner status
nikto_results - View recent scans

?[31m?[1m🔍 NMAP COMMANDS:?[0m
nmap - Full nmap with any options
nmap_basic - Basic SYN + version scan
nmap_ping_scan - Ping sweep
nmap_syn_scan [ports] - SYN scan
nmap_udp_scan [ports] - UDP scan
nmap_version_scan - Version detection
nmap_os_detection - OS detection
nmap_script_scan - Script scan
nmap_vuln_scan - Vulnerability scan
nmap_full_scan - Full aggressive scan

?[31m?[1m🌐 CURL COMMANDS:?[0m
curl - Full curl with any options
curl_help - Detailed curl help

?[31m?[1m🕵️ SPOOFING COMMANDS:?[0m
spoof_nmap [options] - Nmap decoy spoof
spoof_hping3 [port] [count] [flags] - hping3 spoof
spoof_scapy [packet_type] [port] [count] - Scapy spoof
spoof_curl [headers...] - Curl header spoof
spoof_arp <ta```
Time: 0.00s