BOS Newsletter - May 1st, 2018Swiss Fondue - BOS Platform Foundation Do you know our Foundation is setup in Zug - Switerzland?
The foundation has been setup to monitor the BOS development and to ensure the funds raised from the Fundraiser back in May 2017 are used appropriately.
The current foundation members are:
- Serge Komaromi
- Inwhan Kim
- Yezune Choi
Read more about the foundation set up here:
https://medium.com/boscoin/bos-platform-foundation-is-officially-registered-in-switzerland-2e36d512da24Here's Wally - WALLET RELEASE Our team have released the first public prototype source code for our mobile Tokennet App Wallet last week.
Currently the team has started with an Android application, and instructions are available via our Tokennet App Wallet page on Github, where the public is able to view and experiment with the code to understand the basic functionality and processes of the wallet, for example, creating wallet, importing wallet and sending payment.
This is the initial prototype of the mobile Tokennet App Wallet, where once all elements have been matured and the bugs fixed, the wallet will be released on Google Play.
Please follow the below link for more information:
https://boscoin.io/article/introduction-of-tokennet-app-wallet-safe-secret-seed/DEV UPDATE
Trust Contract update
Although the current development is closed, the team has been created a prototype for storing and executing Trust Contracts. Currently they are creating a language specification for which the end user are able to use a tool to easily create their own Trust Contracts.
SCP Interrogation - for consensus
What is to be completed?
What needs to be done?
What interesting has been discovered?
To read more about our latest release of the consensus, ISAAC, please follow the below link:
https://boscoin.io/article/introduction-of-isaac-consensus-protocol-for-bosnet/ Congress Network
Last week, we had a presentation on our congress network voting process development.
The development verified our concept of using 2 cryptographic technologies (homomorphic encryption and public-private keys) to ensure the voting process can be conducted in a private manner, where:
- Private voting: allowing members to conduct votes without revealing their identity
- 1-person-1-vote: although the votes are conducted with an encrypted identity, the system is able to ensure only one person has one vote
- Validity of the vote: members are able to confirm, on the system, what they voted for.