ꪶ🐼🕷TOpPLUG🕷🐼-Hunterꫂ

TOpPLUG HUNTER🕷🐼

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ꪶ🐼🕷TOpPLUG🕷🐼-Hunterꫂ

🐼🕷TOpPLUG🕷🐼 Hunter Multiscanner TOpPLUG using /TOpNetFraZer-ipv6_scanner and Python. Don't forget to upgrade

# ```Hunter Info```

Below is the full IPv6-compatible scanner, including all original modes:

✅ Direct HTTP Scanner (direct)
✅ Proxy Scanner (proxy)
✅ SSL Scanner (ssl)
✅ UDP Scanner (udp)
✅ Ping Scanner (ping)
✅ WebSocket Scanner (ws)

Key IPv6 Updates:

Supports IPv6 address formatting ([IPv6]:port) for HTTP/WebSocket requests.
Uses socket.AF_INET6 for direct connections and UDP scanning.
ping6 or ping -6 is used for IPv6 pings.
Handles IPv6 proxies, SSL handshakes, and WebSockets.

Full IPv6 Scanner Script

How to Use

Scan IPv6 for open WebSocket servers

python ipv6_scanner.py -c 2001:db8::/64 -m ws

Perform direct HTTP scan

python ipv6_scanner.py -f ipv6_hosts.txt -m direct -p 80,443

Scan IPv6 hosts for SSL

python ipv6_scanner.py -c 2607:f8b0::/32 -m ssl

Ping IPv6 hosts

python ipv6_scanner.py -c 2001:db8::/64 -m ping

Scanning the IPv6 Address Block: `2606:4700:9a9a:263d:32c5:0:69e8:7997`

Here’s a list of all possible scanning techniques you can use for this IPv6 host.

1️⃣ Ping the IPv6 Host (Check if it's Reachable)

Command:

ping6 2606:4700:9a9a:263d:32c5:0:69e8:7997

Python Script:

import subprocess

ipv6_address = "2606:4700:9a9a:263d:32c5:0:69e8:7997"
command = ["ping6", "-c", "4", ipv6_address]  # Use "ping -6" on Windows

result = subprocess.run(command, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
print(result.stdout.decode())

✅ Use case: Checks if the host is alive and responding.

2️⃣ Scan Open TCP Ports (Nmap)

Command:

nmap -6 -Pn -p- 2606:4700:9a9a:263d:32c5:0:69e8:7997

✅ Use case: Scans all TCP ports.

Scan Common TCP Ports

nmap -6 -Pn -F 2606:4700:9a9a:263d:32c5:0:69e8:7997

✅ Use case: Fast scan on the top 100 ports.

3️⃣ Scan Open UDP Ports (Nmap)

Command:

nmap -6 -sU -Pn -p- 2606:4700:9a9a:263d:32c5:0:69e8:7997

✅ Use case: Scans UDP ports (e.g., DNS 53, NTP 123).

4️⃣ Perform a Full Service & OS Scan

Command:

nmap -6 -A -Pn 2606:4700:9a9a:263d:32c5:0:69e8:7997

✅ Use case:

Detects running services
Identifies OS and software versions

5️⃣ Scan for Web Services (HTTP/HTTPS)

Check if the Website is Running

curl -6 -I http://[2606:4700:9a9a:263d:32c5:0:69e8:7997]
curl -6 -I https://[2606:4700:9a9a:263d:32c5:0:69e8:7997]

✅ Use case: Detects if a website is running.

Run a Web Vulnerability Scan

nikto -h http://[2606:4700:9a9a:263d:32c5:0:69e8:7997]

✅ Use case: Scans for web security issues.

6️⃣ Enumerate Subdomains

Command (Nmap & DNS):

nmap -6 --script dns-brute -sn 2606:4700:9a9a:263d:32c5:0:69e8:7997

✅ Use case: Finds related subdomains.

7️⃣ Perform an SSL/TLS Security Test

Command:

openssl s_client -connect [2606:4700:9a9a:263d:32c5:0:69e8:7997]:443

✅ Use case: Checks if SSL/TLS is enabled.

8️⃣ Scan for WebSockets

Python Script:

import websocket

ipv6_host = "2606:4700:9a9a:263d:32c5:0:69e8:7997"
url = f"ws://[{ipv6_host}]"

try:
    ws = websocket.create_connection(url)
    ws.send("ping")
    response = ws.recv()
    print(f"WebSocket Response: {response}")
    ws.close()
except Exception as e:
    print(f"Failed: {e}")

✅ Use case: Checks if a WebSocket server is running.

9️⃣ Scan for Open Proxies

Command:

nmap -6 -p 3128,8080,1080 --script http-open-proxy 2606:4700:9a9a:263d:32c5:0:69e8:7997

✅ Use case: Checks if the host is acting as an open proxy.

🔟 Scan for SMB or FTP Services

Command (SMB):

nmap -6 -p 445 --script smb-os-discovery 2606:4700:9a9a:263d:32c5:0:69e8:7997

✅ Use case: Checks for Windows SMB vulnerabilities.

Command (FTP):

nmap -6 -p 21 --script ftp-anon 2606:4700:9a9a:263d:32c5:0:69e8:7997

✅ Use case: Checks if anonymous FTP access is allowed.

1️⃣1️⃣ Scan for Open Email (SMTP) Services

Command:

nmap -6 -p 25,587,465 --script smtp-open-relay 2606:4700:9a9a:263d:32c5:0:69e8:7997

✅ Use case: Detects SMTP relay vulnerabilities.

1️⃣2️⃣ Scan for VoIP (SIP) Services

Command:

nmap -6 -p 5060,5061 --script sip-methods 2606:4700:9a9a:263d:32c5:0:69e8:7997

✅ Use case: Checks if the host is running VoIP services.

1️⃣3️⃣ Scan for IPv6 Neighbor Discovery Spoofing

Command:

nmap -6 --script ipv6-ra-flood 2606:4700:9a9a:263d:32c5:0:69e8:7997

✅ Use case: Tests if the host is vulnerable to IPv6 spoofing attacks.

📌 Summary: All IPv6 Scanning Methods

Scan Type	Command
Ping	`ping6 2606:4700:9a9a:263d:32c5:0:69e8:7997`
Full TCP Scan	`nmap -6 -p- 2606:4700:9a9a:263d:32c5:0:69e8:7997`
Full UDP Scan	`nmap -6 -sU -p- 2606:4700:9a9a:263d:32c5:0:69e8:7997`
OS & Service Detection	`nmap -6 -A -Pn 2606:4700:9a9a:263d:32c5:0:69e8:7997`
Web Scan (Nikto)	`nikto -h http://[2606:4700:9a9a:263d:32c5:0:69e8:7997]`
SSL Scan	`openssl s_client -connect [2606:4700:9a9a:263d:32c5:0:69e8:7997]:443`
Proxy Detection	`nmap -6 -p 3128,8080,1080 --script http-open-proxy 2606:4700:9a9a:263d:32c5:0:69e8:7997`

💡 Need More?

Scanning an IPv6 Block Using the Python Scanner Script

Now, let's scan the entire IPv6 block using the custom Python scanner I provided earlier.

📌 Example: Scanning the Entire IPv6 Block

Let's assume the IPv6 block is 2606:4700:9a9a:263d::/64
To scan all hosts in this block, use the following command:

python ipv6_scanner.py -c 2606:4700:9a9a:263d::/64 -m direct -p 80,443

🔥 Full Command Examples for Scanning IPv6 Blocks

1️⃣ Scan All Hosts in an IPv6 Block for Live Systems (Ping)

python ipv6_scanner.py -c 2606:4700:9a9a:263d::/64 -m ping

✅ Finds which IPv6 addresses are responding.

2️⃣ Scan for Open Web Services in an IPv6 Block

python ipv6_scanner.py -c 2606:4700:9a9a:263d::/64 -m direct -p 80,443

✅ Finds active websites in the IPv6 subnet.

3️⃣ Scan for Open UDP Ports (DNS, NTP)

python ipv6_scanner.py -c 2606:4700:9a9a:263d::/64 -m udp -p 53,123

✅ Finds open UDP services like DNS (53) and NTP (123).

4️⃣ Scan for SSL Services (HTTPS, Secure SMTP)

python ipv6_scanner.py -c 2606:4700:9a9a:263d::/64 -m ssl

✅ Finds IPv6 servers with SSL/TLS enabled.

5️⃣ Scan IPv6 Hosts for WebSockets

python ipv6_scanner.py -c 2606:4700:9a9a:263d::/64 -m ws

✅ Detects WebSocket-enabled servers.

6️⃣ Scan IPv6 Block Using a Proxy

python ipv6_scanner.py -c 2606:4700:9a9a:263d::/64 -m proxy -P [PROXY_IPV6]:8080

✅ Scans IPv6 hosts using a proxy.

💡 How It Works

The script generates all IPv6 hosts from the CIDR block.
Each host is scanned based on the selected mode (ping, ssl, udp, etc.).
Results can be saved to a file using -o output.txt.

💾 Save Results to a File

To save the scan results:

python ipv6_scanner.py -c 2606:4700:9a9a:263d::/64 -m direct -p 80,443 -o results.txt

✅ All results will be saved in results.txt.

🔍 Need More?

Got it! You provided this IPv6 address:
2606:4700:9a9a:263d:32c5:0:69e8:7997

Now, let's generate CIDR blocks from this address and show how to scan them using the IPv6 scanner.

📌 Generating CIDR Blocks from Your IPv6 Address

Each CIDR block represents a range of addresses based on the prefix size.

1️⃣ Scan the Entire /48 Block (Largest Subnet)

IPv6 Block: 2606:4700:9a9a::/48
Range: 2606:4700:9a9a:0000:0000:0000:0000:0000 → 2606:4700:9a9a:FFFF:FFFF:FFFF:FFFF:FFFF

Command:

python ipv6_scanner.py -c 2606:4700:9a9a::/48 -m ping

✅ Finds all active devices in this block.

2️⃣ Scan the /56 Block

IPv6 Block: 2606:4700:9a9a:2600::/56
Range: 2606:4700:9a9a:2600:0000:0000:0000:0000 → 2606:4700:9a9a:26FF:FFFF:FFFF:FFFF:FFFF

Command:

python ipv6_scanner.py -c 2606:4700:9a9a:2600::/56 -m ping

✅ Finds devices in this subnet.

3️⃣ Scan the /64 Block (Most Common for Local Networks)

IPv6 Block: 2606:4700:9a9a:263d::/64
Range: 2606:4700:9a9a:263d:0000:0000:0000:0000 → 2606:4700:9a9a:263d:FFFF:FFFF:FFFF:FFFF

Command:

python ipv6_scanner.py -c 2606:4700:9a9a:263d::/64 -m ping

✅ Finds all live hosts in the /64 subnet.

4️⃣ Scan the /80 Block

IPv6 Block: 2606:4700:9a9a:263d:32c5::/80
Range: 2606:4700:9a9a:263d:32c5:0000:0000:0000 → 2606:4700:9a9a:263d:32c5:FFFF:FFFF:FFFF

Command:

python ipv6_scanner.py -c 2606:4700:9a9a:263d:32c5::/80 -m ping

✅ Finds devices in a more specific subnet.

5️⃣ Scan the /96 Block (Narrower Scan)

IPv6 Block: 2606:4700:9a9a:263d:32c5:0::/96
Range: 2606:4700:9a9a:263d:32c5:0000:0000:0000 → 2606:4700:9a9a:263d:32c5:0000:FFFF:FFFF

Command:

python ipv6_scanner.py -c 2606:4700:9a9a:263d:32c5:0::/96 -m ping

✅ Useful for very specific network ranges.

6️⃣ Scan the /112 Block (Even Smaller Scan)

IPv6 Block: 2606:4700:9a9a:263d:32c5:0:69e8::/112
Range: 2606:4700:9a9a:263d:32c5:0:69e8:0000 → 2606:4700:9a9a:263d:32c5:0:69e8:FFFF

Command:

python ipv6_scanner.py -c 2606:4700:9a9a:263d:32c5:0:69e8::/112 -m ping

✅ Great for scanning a small segment of devices.

7️⃣ Scan the /128 Block (Just One Device)

IPv6 Block: 2606:4700:9a9a:263d:32c5:0:69e8:7997/128
Range: Only 2606:4700:9a9a:263d:32c5:0:69e8:7997

Command:

python ipv6_scanner.py -c 2606:4700:9a9a:263d:32c5:0:69e8:7997/128 -m ping

✅ Tests if the single IPv6 address is alive.

🔍 Summary: IPv6 CIDR Blocks for Your Address

CIDR Block	Range	Scan Command
`/48`	`2606:4700:9a9a::/48`	`python ipv6_scanner.py -c 2606:4700:9a9a::/48 -m ping`
`/56`	`2606:4700:9a9a:2600::/56`	`python ipv6_scanner.py -c 2606:4700:9a9a:2600::/56 -m ping`
`/64`	`2606:4700:9a9a:263d::/64`	`python ipv6_scanner.py -c 2606:4700:9a9a:263d::/64 -m ping`
`/80`	`2606:4700:9a9a:263d:32c5::/80`	`python ipv6_scanner.py -c 2606:4700:9a9a:263d:32c5::/80 -m ping`
`/96`	`2606:4700:9a9a:263d:32c5:0::/96`	`python ipv6_scanner.py -c 2606:4700:9a9a:263d:32c5:0::/96 -m ping`
`/112`	`2606:4700:9a9a:263d:32c5:0:69e8::/112`	`python ipv6_scanner.py -c 2606:4700:9a9a:263d:32c5:0:69e8::/112 -m ping`
`/128`	`2606:4700:9a9a:263d:32c5:0:69e8:7997/128`	`python ipv6_scanner.py -c 2606:4700:9a9a:263d:32c5:0:69e8:7997/128 -m ping`

📌 Which CIDR Block Should You Scan?

/48 or /56: Large-scale scans (many devices).
/64: The most common subnet size.
/80 or /96: Targeted scans for small segments.
/112: Very specific scan (only a few devices).
/128: Single device check.

🔥 Next Steps

Do you need automated IPv6 subnet scanning?
Want to scan for open ports in the block instead of just pinging?
Need a brute-force IPv6 scanner to find hidden devices?
Here’s the requirements.txt file for the IPv6 scanner script.

📌 `requirements.txt`

websocket-client
ipaddress
argparse
multithreading
requests

📌 How to Install the Dependencies

Run this command in your terminal to install everything:

pip install -r requirements.txt

✅ Need more features? Let me know if you want additional libraries added! 🚀 Let me know, and I’ll help set it up! 🚀

This script is fully IPv6-compatible, supporting HTTP, Proxy, SSL, UDP, WebSockets, and Ping scanning. Let me know if you need any modifications!

Name		Name	Last commit message	Last commit date
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README.md		README.md
ipv6 old.py		ipv6 old.py
ipv6_hosts.txt		ipv6_hosts.txt
ipv6_scanner.py		ipv6_scanner.py

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Hello 👋

ꪶ🐼🕷TOpPLUG🕷🐼-Hunterꫂ

ꪶ🐼🕷TOpPLUG🕷🐼-Hunterꫂ

ꪶ🐼🕷TOpPLUG🕷🐼-Hunterꫂ

Key IPv6 Updates:

Full IPv6 Scanner Script

How to Use

Scan IPv6 for open WebSocket servers

Perform direct HTTP scan

Scan IPv6 hosts for SSL

Ping IPv6 hosts

Scanning the IPv6 Address Block: 2606:4700:9a9a:263d:32c5:0:69e8:7997

1️⃣ Ping the IPv6 Host (Check if it's Reachable)

Command:

Python Script:

2️⃣ Scan Open TCP Ports (Nmap)

Command:

Scan Common TCP Ports

3️⃣ Scan Open UDP Ports (Nmap)

Command:

4️⃣ Perform a Full Service & OS Scan

Command:

5️⃣ Scan for Web Services (HTTP/HTTPS)

Check if the Website is Running

Run a Web Vulnerability Scan

6️⃣ Enumerate Subdomains

Command (Nmap & DNS):

7️⃣ Perform an SSL/TLS Security Test

Command:

8️⃣ Scan for WebSockets

Python Script:

9️⃣ Scan for Open Proxies

Command:

🔟 Scan for SMB or FTP Services

Command (SMB):

Command (FTP):

1️⃣1️⃣ Scan for Open Email (SMTP) Services

Command:

1️⃣2️⃣ Scan for VoIP (SIP) Services

Command:

1️⃣3️⃣ Scan for IPv6 Neighbor Discovery Spoofing

Command:

📌 Summary: All IPv6 Scanning Methods

💡 Need More?

Scanning an IPv6 Block Using the Python Scanner Script

📌 Example: Scanning the Entire IPv6 Block

🔥 Full Command Examples for Scanning IPv6 Blocks

1️⃣ Scan All Hosts in an IPv6 Block for Live Systems (Ping)

2️⃣ Scan for Open Web Services in an IPv6 Block

3️⃣ Scan for Open UDP Ports (DNS, NTP)

4️⃣ Scan for SSL Services (HTTPS, Secure SMTP)

5️⃣ Scan IPv6 Hosts for WebSockets

6️⃣ Scan IPv6 Block Using a Proxy

💡 How It Works

💾 Save Results to a File

🔍 Need More?

📌 Generating CIDR Blocks from Your IPv6 Address

1️⃣ Scan the Entire /48 Block (Largest Subnet)

2️⃣ Scan the /56 Block

3️⃣ Scan the /64 Block (Most Common for Local Networks)

4️⃣ Scan the /80 Block

5️⃣ Scan the /96 Block (Narrower Scan)

6️⃣ Scan the /112 Block (Even Smaller Scan)

7️⃣ Scan the /128 Block (Just One Device)

🔍 Summary: IPv6 CIDR Blocks for Your Address

📌 Which CIDR Block Should You Scan?

🔥 Next Steps

📌 requirements.txt

📌 How to Install the Dependencies

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Scanning the IPv6 Address Block: `2606:4700:9a9a:263d:32c5:0:69e8:7997`

📌 `requirements.txt`

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