About

Verse 2.0 is network protocol for real-time sharing of 3D data. It is intended mostly for graphical applications of collaborative virtual reality. It could be used for sharing data between applications like Blender.

Comparison Verse 2.0 with Other Protocols

Following video demonstrates efficiency of Verse protocol, when application tries to share rapidly changing data, e.g. position of avatars, objects, vertices, UVs, pixels, etc.

Features

Verse protocol has been designed keeping in mind that this protocol will be used only for real-time sharing of 3D data in applications of virtual reality. There is list of essential features:

Client-server architecture

Effective semi-reliable data transport Low latency UDP connection uses own Flow Control and Congestion Control (WIP) It uses TLS to secure TCP connection and optionally DTLS to secure UDP connection

Strong user authentication

Access permissions for shared data

Locking of shared data

Support for WebSocket protocol

Support for versing (WIP)

Generic data model that could be used for 2D/3D graphics

C/C++ API

Python API

JavaScript API

Projects

There are several projects related to Verse protocol

Verse - own Verse server and client library

Verse Blender - Python Add-on with integration of Verse to Blender

Verse Explorer - simple Qt based Verse viewer of shared data.

Verse Entities - Python module that simplify implementation of Verse clients

Papers

Hnidek, J. Network Protocols for Applications of Shared Virtual Reality. Communications proceedings of 19th International Conference on Computer Graphics, Visualization and Computer Vision, ISBN 978-80-86943-82-4. Plzen, 2011, pp. 31-38.

Hnidek, J. Introduction of New Verse protocol. International Blender Conference in Amsterdam. Netherlands, 2010

Hnidek, J. Integration of Verse protocol to Blender. International Blender Conference in Amsterdam. Netherlands, 2005

Grants and Subsidies

This project received following grants and subsidies:

2012-2014, Subsidy by CESNET. Subsidy details of research project 438R1/2012.

Contacts