UPnP Port Forwarding - Revision history

SHotes at 19:09, 18 December 2024

2024-12-18T19:09:36Z

← Older revision		Revision as of 19:09, 18 December 2024
Line 19:		Line 19:
	# Set up index.html on Raspberry Pi and start http server in the same directory (python3 -m http.server <internalPort>)		# Set up index.html on Raspberry Pi and start http server in the same directory (python3 -m http.server <internalPort>)
	# Access external IP and Port with any Browser from outside the network (http://<externalIP>:<externalPort>)		# Access external IP and Port with any Browser from outside the network (http://<externalIP>:<externalPort>)


			[[Category:Documentation]]

SHotes at 19:08, 18 December 2024

2024-12-18T19:08:04Z

← Older revision		Revision as of 19:08, 18 December 2024
Line 1:		Line 1:
	UPnP Port Forwarding		== UPnP Port Forwarding ==

	The Universal Plug and Play (UPnP) Device Architecture, formerly known as the DCP Framework, provides a comprehensive set of protocols for seamless communication between controllers, known as control points, and devices within a networked environment. These protocols include essential functions such as device discovery, description, control, event notification, and presentation.		The Universal Plug and Play (UPnP) Device Architecture, formerly known as the DCP Framework, provides a comprehensive set of protocols for seamless communication between controllers, known as control points, and devices within a networked environment. These protocols include essential functions such as device discovery, description, control, event notification, and presentation.
	~~Setup~~

	~~Raspberry Pi as UPnP Client~~		== Setup ==
	~~UPnP ready Router~~
	~~Internet access device (Mobile Phone)~~

	~~Implementation~~		# Raspberry Pi as UPnP Client
			# UPnP ready Router
			# Internet access device (Mobile Phone)

	Enable UPnP on Router		== Implementation ==
	Connect Raspberry Pi with Router
	Check external IP (curl https://ipecho.net/plain ; echo)		# Enable UPnP on Router
	Check internal IP on Raspberry Pi (ifconfig)		# Connect Raspberry Pi with Router
	Install miniupnpc client on Raspberry Pi (sudo apt-get install miniupnpc)		# Check external IP (curl https://ipecho.net/plain ; echo)
	Set up port forwarding on Router via Raspberry Pi miniupnpc Client (upnpc- a <internalIpRaspberryPi> <internalPort> <externalPort> TCP)		# Check internal IP on Raspberry Pi (ifconfig)
	Set up index.html on Raspberry Pi and start http server in the same directory (python3 -m http.server <internalPort>)		# Install miniupnpc client on Raspberry Pi (sudo apt-get install miniupnpc)
	Access external IP and Port with any Browser from outside the network (http://<externalIP>:<externalPort>)		# Set up port forwarding on Router via Raspberry Pi miniupnpc Client (upnpc- a <internalIpRaspberryPi> <internalPort> <externalPort> TCP)
			# Set up index.html on Raspberry Pi and start http server in the same directory (python3 -m http.server <internalPort>)
			# Access external IP and Port with any Browser from outside the network (http://<externalIP>:<externalPort>)

SHotes: Created page with "UPnP Port Forwarding The Universal Plug and Play (UPnP) Device Architecture, formerly known as the DCP Framework, provides a comprehensive set of protocols for seamless communication between controllers, known as control points, and devices within a networked environment. These protocols include essential functions such as device discovery, description, control, event notification, and presentation. Setup Raspberry Pi as UPnP Client UPnP ready Router Intern..."

2024-12-18T19:06:52Z

Created page with "UPnP Port Forwarding The Universal Plug and Play (UPnP) Device Architecture, formerly known as the DCP Framework, provides a comprehensive set of protocols for seamless communication between controllers, known as control points, and devices within a networked environment. These protocols include essential functions such as device discovery, description, control, event notification, and presentation. Setup Raspberry Pi as UPnP Client UPnP ready Router Intern..."

New page

UPnP Port Forwarding

The Universal Plug and Play (UPnP) Device Architecture, formerly known as the DCP Framework, provides a comprehensive set of protocols for seamless communication between controllers, known as control points, and devices within a networked environment. These protocols include essential functions such as device discovery, description, control, event notification, and presentation.
Setup

Raspberry Pi as UPnP Client
UPnP ready Router
Internet access device (Mobile Phone)

Implementation

Enable UPnP on Router
Connect Raspberry Pi with Router
Check external IP (curl https://ipecho.net/plain ; echo)
Check internal IP on Raspberry Pi (ifconfig)
Install miniupnpc client on Raspberry Pi (sudo apt-get install miniupnpc)
Set up port forwarding on Router via Raspberry Pi miniupnpc Client (upnpc- a <internalIpRaspberryPi> <internalPort> <externalPort> TCP)
Set up index.html on Raspberry Pi and start http server in the same directory (python3 -m http.server <internalPort>)
Access external IP and Port with any Browser from outside the network (http://<externalIP>:<externalPort>)