Place/Date: SAN DIEGO, California - September 5th, 2017 at 7:59 am UTC · 2 min read
Contact: Whitney True, Source: Matryx
Matryx, an open source platform for decentralized collaboration, will sell up to 188 million digital tokens (MTX) on the Ethereum blockchain.
“Ultimately, we want to democratize any field of learning and creation, and to get there, we need to rally a network of users who believe in the power of collaboration,” said Steve McCloskey, CEO, Matryx. “This token sale will not only help us find those users, but also allow us to gather the R&D resources and support we need to shape the platform to user demands.”
Matryx consists of a library, marketplace, and bounty system for unique problems and their creative solutions. The Matryx Marketplace allows direct value exchange between users, allowing anyone to buy, sell or exchange digital assets for use in their designs for research or use in their digital worlds. Matryx uses an ERC20 token built on Ethereum, MTX, for the exchange of ideas and the Matryx bounty system.
Matryx will host a pre-sale until September 13, 2017 that includes up to fifty (50) percent of the total sale cap allotted for the token.
Pre-sale Discount Tiers:
Participants purchasing 75 ETH or greater are eligible for pre-sale.
Token Sale Structure
Sixty (60) percent of MTX tokens will be available for purchase and a total of 314,159,265 MTX tokens will be minted.
Matryx aims to incentivize collaboration in fields of knowledge and creation like science, technology, engineering, and mathematics (STEM). The open source platform consists of a bounty system, a library of digital assets, and a marketplace. Matryx will create a de facto standard for incentivized collaboration on top of the Ethereum blockchain using the ERC20 token MTX. Matryx is a product of Nanome Inc., creator of virtual reality software for scientific research and development. The Nanome software suite includes Calcflow, the industry-leading VR mathematics toolkit, nano-one, a VR interface for nanoscale design and simulation and Matryx. For more information, please visit https://matryx.ai.