CasperLabs In Tokyo

Join the CasperLabs team for their inaugural Japan Meetup hosted in conjunction with CryptoMondays! Learn more about how they're building the blockchain platform that is purpose-built to scale opportunity for everyone.

Click here http://bit.ly/2ksihu6 to register on Eventbrite

We’re inviting blockchain enthusiasts, researchers, developers, tech savvy investors and anyone else excited by a ready-for-mainstream-adoption blockchain to join this evening.

Program

18:00 - 19:00 Registration and opening reception

19:00 - 19:45 An introduction to CasperLabs by Mrinal Manohar, CEO of ADAPtive Holdings Ltd, parent company of CasperLabs (https://casperlabs.io/)

19:45 - 20:00 Q&A

20:00 - 21:00 Drinks and snacks

CasperLabs is the blockchain platform purpose-built to scale sustainable opportunities for everyone, including developers, entrepreneurs, and consumers. Unlike other solutions and platforms, CasperLabs is designed to scale without sacrificing speed, cost, usability, decentralization or security. Led by CEO Mrinal Manohar, CTO (Chief Technology Officer) Medha Parlikar, and Lead CBC-Casper Architect Vlad Zamfir, the team seeks to scale opportunity for everyone by working with leading blockchain ecosystem participants. The platform removes barriers that prevent mainstream blockchain adoption and is powered by the first implementation of Vlad Zamfir’s CBC Casper proof-of-stake protocol. With a global team that spans the U.K., Canada, the U.S. and beyond, CasperLabs is funded by Acuitas Group Holdings, Arrington XRP Capital, Consensus Capital, Axiom Holdings Group, Digital Strategies, MW Partners, and Hashkey Capital among others. For more information, visit https://casperlabs.io.

Primary features:

Full Decentralization

High performance is achieved without compromising on decentralization of the network or resorting to off-chain settlement.

CBC Casper Proof-of-Stake

In development for many years, Correct-by-Construction Casper Proof-of-Stake consensus provides faster, safer and more energy and computationally efficient decentralized network consensus.

Concurrent, Secure Execution

Blocks are proposed and propagated concurrently. Smart Contracts execute concurrently rather than serialy on an multi-threaded execution engine.

Efficiency/Throughput

Superior throughput is achieved through a more efficient consensus protocol and system-wide concurrent execution.

Open and Developer Friendly

Develop Smart Contracts in any programming language that compiles to WASM