UPnP Port Forwarding: Difference between revisions
(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...") |
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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 | |||
# 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>) | |||
Revision as of 19:08, 18 December 2024
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>)