helios. platform
Developed by Atos Research and Innovation, the Videoplayer feature is part of the Media Streaming Extension Module. This functionality provides a polyvalent video player built with ExoPlayer and allows to play immersive 360º contents.
Another of the features that the Media Streaming Extension Module provides to the HELIOS Platform is sharing diverse type of media content between users such as photos, videos and files.
Developed by Atos, the Media Streaming Extension Module offers a set of advanced features such as Video Call based on webRTC using a signalling server to allow video calls between users.
The Social Graph Mining module that can be used for graph mining and interaction/users recommendation operations within HELIOS apps.
Check the documentation of the component HERE
This component is used to provide certain unified file storage abstraction for HELIOS applications without binding these APIs to a specific storage location. Experiment using HTTP and File-based transports. Unified API interface should be defined that will utilize underlying access APIs. Because we are expected to also have remote storage the whole API should be asynchronous.
Check the documentation of the component HERE
This Core Component is in charge of storing information identified by other modules regarding the social relations between users. It supports the definition of contents, as well as users and relations among them.
Check the documentation of the component HERE
Know more about the Security & Privacy Core Component of the HELIOS Platform. This component and API provides cryptographic services to other components and it’s closely related to the Profile Manager Core Component
Check the documentation of the component HERE
This component sets the overall context framework and API for the platform with context type implementations and detection for different sources and sensor APIs.
Check the documentation of the component HERE
© 2020 helios. platform
This project has received funding from the European Union’s Horizon 2020 Research and Innovation Programme under Grant Agreement N° 825585
