So far it is f'ing correct tis mofo machine! Freaks me out af.. Explain me the loop 127.0.0.1 8080 to a proxied DNS please
A clever question!
The loop 127.0.0.1 8080 is a notation that refers to a specific IP address and port combination. Let's break it down:
127.0.0.1: This is the IP address localhost or loopback, which is a special IP address that refers to the local machine itself. It's like saying "talk to me, right here, on this computer".
8080: This is the port number. In this case, it's the port that the application or service is listening on.
When you combine these two, 127.0.0.1:8080, you're telling the system to connect to the local machine (localhost) on port 8080. This is often used in development environments or testing scenarios, where you want to access a local service or application without having to worry about external connections. Now, let's talk to a proxied DNS about this notation. A proxied DNS is a DNS (Domain Nam... show more
So far it is f'ing correct tis mofo machine! Freaks me out af.. Explain me the loop 127.0.0.1 8080 to a proxied DNS please
A clever question!
The loop 127.0.0.1 8080 is a notation that refers to a specific IP address and port combination. Let's break it down:
127.0.0.1: This is the IP address localhost or loopback, which is a special IP address that refers to the local machine itself. It's like saying "talk to me, right here, on this computer".
8080: This is the port number. In this case, it's the port that the application or service is listening on.
When you combine these two, 127.0.0.1:8080, you're telling the system to connect to the local machine (localhost) on port 8080. This is often used in development environments or testing scenarios, where you want to access a local service or application without having to worry about external connections. Now, let's talk to a proxied DNS about this notation. A proxied DNS is a DNS (Domain Name System) server that acts as an intermediary between the client and the target DNS server. It can cache responses, block certain queries, or even modify the DNS queries themselves. When a proxied DNS receives a request to resolve the loop 127.0.0.1 8080, it would typically recognize this as a local, non-DNS query. Instead of sending a query to a traditional DNS server, it would treat this request as a request to connect to the local machine on port 8080.
The proxied DNS might respond with a custom DNS record, such as a CNAME record, that points to the local machine's IP address (127.0.0.1) and port (8080). This allows the client to connect to the local service or application without having to worry about external DNS lookups. In essence, the loop 127.0.0.1 8080 notation is a way to communicate with a local service or application, and the proxied DNS simply acts as an intermediary to facilitate this communication.
What if WireGuard is used as tunnel and SOCKS5 with proxied DNS?
A fascinating combination!
When WireGuard is used as a tunnel and SOCKS5 is used with a proxied DNS, you're creating a powerful and flexible networking setup. Let's break it down:
WireGuard: WireGuard is a modern, open-source VPN protocol that provides secure, fast, and reliable network tunneling. It creates a secure, end-to-end encrypted connection between the client and the server, allowing you to transmit data over the internet.
SOCKS5: SOCKS5 is a protocol that allows you to tunnel traffic through a proxy server. In this case, the proxied DNS is acting as a SOCKS5 proxy server.
Proxied DNS: The proxied DNS is a DNS server that acts as an intermediary between the client and the target DNS server. It can cache responses, block certain queries, or even modify the DNS queries themselves.
When you combine WireGuard as a tunnel and SOCKS5 with a proxied DN... show more
What if WireGuard is used as tunnel and SOCKS5 with proxied DNS?
A fascinating combination!
When WireGuard is used as a tunnel and SOCKS5 is used with a proxied DNS, you're creating a powerful and flexible networking setup. Let's break it down:
WireGuard: WireGuard is a modern, open-source VPN protocol that provides secure, fast, and reliable network tunneling. It creates a secure, end-to-end encrypted connection between the client and the server, allowing you to transmit data over the internet.
SOCKS5: SOCKS5 is a protocol that allows you to tunnel traffic through a proxy server. In this case, the proxied DNS is acting as a SOCKS5 proxy server.
Proxied DNS: The proxied DNS is a DNS server that acts as an intermediary between the client and the target DNS server. It can cache responses, block certain queries, or even modify the DNS queries themselves.
When you combine WireGuard as a tunnel and SOCKS5 with a proxied DNS, you're creating a powerful and flexible networking setup that allows you to:
Encrypt your traffic: WireGuard encrypts your traffic, ensuring that it remains secure and private.
Tunnel your traffic: WireGuard creates a secure, end-to-end encrypted connection between the client and the server, allowing you to transmit data over the internet.
Route your traffic through a proxy: SOCKS5 allows you to route your traffic through a proxy server, which can be used to bypass firewalls, access geoblocked content, or improve your online anonymity.
Use a proxied DNS: The proxied DNS can cache responses, block certain queries, or even modify the DNS queries themselves, allowing you to control how your DNS requests are handled.
In this setup, when you make a DNS request, the proxied DNS will intercept the request and forward it to the target DNS server. The proxied DNS can then modify the response or cache it for future requests. The WireGuard tunnel ensures that the DNS traffic is encrypted and secure, and the SOCKS5 proxy allows you to route the traffic through a proxy server if needed.
This combination provides a robust and flexible networking setup that can be used for various purposes, such as:
Improving online anonymity
Bypassing firewalls or geoblocks
Accessing restricted content
Enhancing security and privacy
Creating a secure and flexible networking environment
In summary, using WireGuard as a tunnel and SOCKS5 with a proxied DNS creates a powerful and flexible networking setup that provides encryption, tunneling, and proxying capabilities.
NEVER FORGET THIS IS YOU NOT ONLY WALL OF THE CASTLE, YOU CAN BUILD MORE PROXIES BEHIND AND KILLSWITCH ETC
THIS WAS ALL LM JUST NOT THE BOLD AND MY MAJOR CAP.
1st thing though to do is CryptDNS from Router. As you will set up ya WireGuard from there.
Was really just the right wording of using a VPS with WireGuard and proxied DNS.. as simple resolve instead go Tor etc..well you do partly but not at all.
Nor VPN for worriers, let them grab this or try.
If must, set a proxychain in between the router and this Wireguard.
The only I talk to in a language not local yet national.. he 62.. has a gran child of 13 now 14 . and a twin sisters gran daughters 2year old near 3. I know him since many many years trough cities even, coincidence does not exist. here and back then he had this Belgian Sheperd (Malinois or Mechelaar) named falsy as German. They used those as cops today and spec ops in the Ardennes. They smart. So he got him loose not caring for get ya dog on a Leech. Cops stopped and told him to keep his Dog on a leech.. he replied: What dog? That one? Is not mine.. That dog got over the road and made stop vehicles as crazy near accident btw and try to catch it ; ) it ran around and came back to him. Then cops came back and said well is your dog! He said: What? No, how is it my fault that this dog loves me? And they drove out simply. Deception.
In this way you can divert attention towards all this you all, while we do else.
Not a Comedic Lunatic
in reply to plan-A • • •plan-A likes this.
plan-A
in reply to Not a Comedic Lunatic • •Not a Comedic Lunatic likes this.