David (@dynamicdave), Paul (@zenofmud and Walter (@krambriw) are pleased to announce the release of their Home Surveillance System (HSS) project based on Node-RED running on a Raspberry Pi (recommended hardware is... Raspberry Pi-3B or 4B).
As can be seen from the photos below, HSS has four monitors and a main display area that can show video streams from local and/or remote cameras
On-the-fly recordings can also be made and stored just by clicking the 'Record' button.
HSS also has a set of function buttons named...
- Presets - sets the monitors to specified camera streams
- Tour - starts a cyclic sequence of streams in the main display
- Next - advances to the next stream in the cyclic sequence
- < Go Back - used when viewing material in the 'Show menus'
- Record - starts a configurable (5-second default) recording of the stream on the main display
- Snapshot - takes a snapshot of the current frame shown on the main display
- Telegram - sends a snapshot of the current frame to your Telegram account
- Email - sends a snapshot of the current frame to your email address
HSS has an option to process motion-detections, do object recognition and make selective recordings (which can be played-back at a later time/date) using our Cyclic Resource Allocator (CRA) technolgy.
This release is initially aimed at people who are already using a Raspberry Pi and are familiar with using Node-RED. Possible future releases will be for Mac and Windows platforms.
As the project is quite complex, a website has been created to give you in-depth details of HSS and guide you through the installation and setting-up procedures to try to ensure that HSS works first time for you - as they say... "Out of the box". Please take the time to read through this information.
Please visit our website at... http://www.teamwork-int.com/hss/
Note: The Node-RED flow and configuration files are available on the Downloads section of the website.
EDIT: Version v1.1.0 of HSS was uploaded to the above website on... 09th October 2021
This release includes the new version of Single File Gallery (SFG v4_8_0) which has many improvements and enhancements. We have packaged a new 'organise' script with this release as SFG needs to remove _sfpg_data as thumbnails are now stored in a different format.
EDIT: You may find you also need to install the GD library in PHP to get thumbnails to appear.
sudo apt install php7.3-gd
You will need to re-run Step 1 and Step 2 on the HSS Setup SAS tab-flow and then all of this should happen automatically for you.
EDIT: Version v1.2.0 of HSS was uploaded to the above website on... 19th October 2021
This release enables cameras and media_links to be given a name ("label") which makes HSS even more user-friendly. Examples of how to do this are in the config file... hss_config_basic_nf.txt
You will need to re-run Step 1 and Step 2 on the HSS Setup SAS tab-flow and then all of this should happen automatically for you.
Another new feature are "hooks" that enable users who run their own external AI object processing systems to easily connect their system to HSS.
Just to let anyone who has downloaded HSS v1.2.0 know, that our website has been updated with instructions on how to use the new "hooks" feature to interface to an AI external processing engine.
Please take a look at our FAQs section at HSS - FAQs for more information.
The HSS MDSR flow has two MQTT and Inject nodes that are part of the "hooks".
A similar set of "hooks" can be inserted on the IP CAM X flows. Here's an example on the RedBull tab.
Post your questions below and 'The Team' will try to help you as best we can setting up your own HSS!
Kind regards from the HSS team.