![]() ![]() I run a private Rocket.Chat server on a Raspberry Pi 4.I previously installed it using Snapcraft on Ubuntu, using the official repository.I hadnt noticed it update for a while, and decided to investigate why. ![]() ![]() March 15th, 2023 cloud-software 2 minutes to read. As well as a web interface, Rocket.Chat has open source desktop and mobile apps if you prefer those. Running Rocket Chat on a Raspberry Pi in 2023. Once logged in, join us at the #cacophony channel. In order to join us, point your web browser at and register an account. Our team has started to use the Rocket.Chat messaging system for real-time communication and are keen to offer this as another way for interested people to get in touch with the team. There may be some exciting news to report soon as a result. The talk was an excellent opportunity for some of our team to brush up on machine learning, and also to generate interest in the Cacophony Project with some of the attendees. There was an excellent machine learning presentation at last week's Christchurch Python meetup by Matthew Aitchison which covered using Python and TensorFlow. We're currently testing the newly arrange code and will deploy it to production soon. This means that in addition to the pre-existing repository on Github which now just has the API server, we have a new repository for the web interface code. The change also allows us to more easily deploy the two parts independently (i.e. This simplifies the code base (there was little shared code between the two parts anyway), making it easier for new contributors to get in to. The API and web interface parts of the Cacophony Project web server (known as "Full Noise") have been split up. You can find the little utility we've created to read and validate packets from the Lepton 3 camera on Github. Despite this, we're still not 100% satisfied with the robustness of the video feed, so we spent Friday afternoon with the project's electronics advisor Roger McKenzie, looking into the electrical aspects of the camera and it's connection to the Raspberry Pi. Although we learned a lot and managed to find some areas of improvement we didn't find a conclusive cause for the problems we've been having. We've made a significant breakthrough on the software side around packet handling and sync recovery which has improved performance significantly. As reported in the last update, we've been having some trouble getting a reliable video feed out of the new thermal cameras we're using. ![]()
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