Use our API and device agent software to make a webcam with

• end-to-end encryption
• low running costs
• simple setup
• no open ports
• accessable from a smartphone browser
• no passwords
• works on 3g, 4g, wifi etc.

For more info on the API see https://steely-glint.github.io/PipeApiDocs/

• This version supports iOS and android devices
• it also supports experimental bandwidth estimation - so the video quality will ramp up to the capacity of the link.
• this requires a compiled version of the gstreamer video relay

• 1x HDMI screen or xwindows capable display e.g. Adafruit PiTFT 2.2" HAT Mini Kit - 320x240 2.2" TFT - No Touch

• 1x micro sd card 8GB or larger

• 1x Raspberry Pi

• 1x Raspberry Pi camera

• 1x git repo (cloned from here)

• 1x copy of |pipe|'s IoT beta to run on the Pi

• 1x or more WebRTC compatible browsers

• Around 30 mins to 1hr

To obtain a copy of our beta software, send an email with your Pi's serial number to me. You can get the serial number with awk '/^Serial/ { print $3}' < /proc/cpuinfo

The beta software (and associated intellectual property) is licensed for that single Pi and not for re-distribuiton or re-use.

1. Build the pi plug all the bits together - soldering is required for the tft
2. setup the OS

• download a recent copy of raspberian (not lite)
• put it on an sd card https://www.raspberrypi.org/documentation/installation/installing-images/
• ssh into the new device (or plugin a mouse/kbd) (note you may need to add a 'wpa_supplicant.conf' and 'ssh' file in /boot to enable wifi/ssh on first boot) ssh [email protected] (assuming you only have one)
• run raspi-config -
  • rename the device,
  • enable the camera,
  • change the password ,
  • set to login in auto as pi with a graphical user interface,
  • disable VNC
• configure the screen (if isn't HDMI)
• reboot
• log back in - with the new password...
• sudo apt-get update

3. setup wifi (if needed) ethernet links are more secure and PoE is the best way to power a PiCam but in some situations wifi fits the bill (recent Rasberian versions allow you to put a wpa_supplicant.conf in /boot so it can connect up on first boot) Be aware that the onboard wifi drops outbound packets at high packet rates
   • use an ethernet connection or an external dongle for higher resolutions/bitrates.
4. install and config software
   • see installSteps.txt
5. reboot

This is the |pipe| magic - the web interface is stored on your pi but protected so only you and people you lend access to can see it. You can edit the docs/static/session_body.html file to change the behaviour.

• You should see a QR code on the TFT screen -
• Scan it with a qr code reader on your smartphone. (on iOS if you say 'hey Siri scan this QR' your phone will open the camera app and let you scan the QR displaying a safari link)
• Or you can use https://dev.pi.pe/scan.html in chrome/safari
• The devices should pair and take you to the webcam interface

If you want to access the webcam from a different computer or smartphone, you can do a lend/borrow transaction.

• On the device you used to claim the pi, browse to https://dev.pi.pe/index.html
• Select lend your device
• Select the period you want to lend access for
• Have the other user scan the resulting QR
• They will now have access

• check for open ports netstat -lnt -remove associated software or firewall it.
• other....