Abstract: A method and system for automatic data retrieval and synchronization is disclosed. In some embodiments, the method includes receiving a selection of an application from a plurality of connected applications. The method also includes determining, using one or more trained artificial intelligence (AI) models, an action to be performed on the selected application, retrieving data used to perform the action from the selected application, including automatically fetching new data updates of the selected application, and performing the action to generate a result based on the retrieved data. The method further includes automatically transferring the new data and the result to remaining applications of the plurality of connected applications for synchronization.

Abstract: In conventional audio and video conferencing, connecting the devices of participants in the same room to the conference can degrade the audio quality for every conference participant. Different speakers emit the same audio signals at different times, even in the same room, making echo cancellation difficult or impossible. Routing signals among devices in the same consumes bandwidth and introduces variable latency. The inventive conferencing technology eliminates these problems with more intelligent routing and mixing. An inventive conference bridge organize colocated clients into groups, picks one Elected Speaker per group, and sends signals to only the Elected Speakers. The Elected Speakers mix audio from other groups, share it within their groups using low-latency local connections, and play the audio after a delay.