BitDust vs Boon VR

Decentralized open source online storage network

Currently, personal information is becoming more valuable and significant in the rapidly developing digital world. Personal photos, files, data on relatives and children, etc. are currently stored separately in various centralized services and are often used without the permission of the data owner, sometimes even causing harm.

The lack of secure storage is a problem for Internet users. BitDust Technology solves this problem by providing users the ability to store their data fully encrypted on a decentralized network via an easy-to-use application. Providing them the ability to share data only with trusted contacts.

In the future the blockchain within BitDust will be used to account for the work carried out (storage, data processing, data rebuilding, etc.) and to compensate supporters within the network. BitDust will benefit the collaborative economy by allowing normal people to rent-out their hard disk space, thereby supporting the network. Uploaded data is divided into blocks and fragments, encrypted and uploaded to your suppliers. The system is designed to perform continuous monitoring of each supplier, who stores your data.

BitDust is written in Python using pure Twisted framework and is published under GNU AGPLv3.

An alpha version is already available for you to try out. If you want to join our project or support us in anyway possible then please contact us.

We believe that this technology will benefit society by increasing ownership of personal data and protecting data from unauthorized access or censorship.

Location: Amsterdam, Netherlands

Immersive virtual reality training with rich interactivity and live tracking

We are empowering people to work immersively and interactively to propagate the earth and multiply global commerce. Immersion is the natural evolution of information technology that allows for more powerful work and productivity than the cramped 4 wall computer screen.

Boon VR is an immersive training platform with rich interactivity and live tracking in virtual reality. Our first use-case is medical training which is affecting 232 million patients worldwide, overwhelming doctors who don't have time to keep flying down to workshops, and slowing down the adoption of life-giving medical devices that are dependent on remote training.

More about the use-case :
Medical device companies have to keep flying doctors to workshops or other hospitals for case observations - this is infrequent and very expensive. 2-dimensional eLearning is not realistic enough for proper training and that's why most physicians and staff just scrub through these videos which is risky! They end up training on the go with live patients! VR provides the balance of on-site, easily accessible 'life-like' training.