Warnings:MultiVAC will never contact you through private means. Please beware of fake MultiVAC admins, LinkedIn accounts, and emails, as well as fake MultiVAC Websites and spreadsheets, etc. Please let us know if you find them. Thank you!!!
Warnings:MultiVAC will never contact you through private means. Please beware of fake MultiVAC admins, LinkedIn accounts, and emails, as well as fake MultiVAC Websites and spreadsheets, etc. Please let us know if you find them. Thank you!!!
Activities Are Under Way
Fast Convenient SecureMultiVAC is the next-generation public blockchain
designed for large-scale and complex distributed applications.
MultiVAC breaks through the limitations to blockchain scalability by developing the world’s first fully sharded blockchain with sharded transmission and storage.
MultiVAC pioneers flexible sharding, allowing DApp developers the flexibility to trade off between the impossible triangle of decentralization, scalability and security.
MultiVAC maximizes throughput on every shard while maintaining decentralization and security, allowing decentralized blockchains to achieve industrial capacity.
MultiVAC is designed for performance and flexibility,
pioneering a miner selection model that redefines sharding and smart contracts.
On the miner and computing level, MultiVAC pioneers VRF dynamic re-sharding, organic shard splitting, an innovative PoS approach, and others to ensure the shards'security and self-growth capacity.
An innovative distributed storage and cross-shard transmission mechanism. By introducing storage nodes, miners can efficiently and securely verify large data with minimal data, which helps solve the bookkeeping storage and bandwidth overloading issues.
A family of consensus algorithms that resolve the problem of forks and fault tolerance, ensuring the reliability and consistency of final results.
A flexible contract execution environment served by PoIE consensus, BISC instruction set and the general-purpose MVM virtual machine.
MultiVAC creates an environment for Flexible Computation and Trusted Programming,
leading an era of DApp to a qualitatively new stage of widespread adoption.
Our team of experts include PhDs and professionals
from Harvard, Stanford, Tsinghua, NTU, Google, Facebook, and Meituan-Dianping
Meituan, Xinrenxinshi
Professor, Tianjin University
Meituan, Xinrenxinshi
Harvard University
University of Sydney
Microsoft Research
Nanyang Technological University
Stanford University, Peking University
Stanford University, Tsinghua University
Facebook, Tencent
Google, Peking University
Google, Meituan
Alibaba
NEO Global Capital
TechCrunch, Arrington XRP
Cofounder, Meituan
Professor, Nanyang Technological University
Fabric developer
Meituan
Cofounder, Meituan
MultiVAC has a worldwide network of top crypto funds and partners
spanning South Korea, the US, Russia, Europe, South-East Asia, India, and more.
Blockchains are currently finding it difficult to realize real-world value. At the moment of writing there exist close to no commercial DApps actually utilizing the blockchain, so the industry as a whole, while brimming with potential, cannot yet produce practical application value. The main reason for this is that existing blockchain platforms have extremely poor scalability and cannot provide effective support for DApps that require processing high volumes of data. MultiVAC was created directly to address this problem.
MultiVAC's vision is to enable large-scale commercial DApps to integrate smoothly into our ecosystem, enabling everyone to quickly and easily use blockchain applications to improve their work efficiency and quality of life, thereby creating a trustworthy, fair and harmonious society.
Sharding is the only practical and fundamental way to scale blockchain from the bottom up, while at the same time preserving its original intention of being a decentralized ledger open to everyone. It is the deepest level solution that makes the fewest compromises when bringing performance benefits. The other solutions have severe limitations. DPoS violates blockchain's original 'core value' of decentralization by reverting back to semi-centralization. Off-chain solutions such as state channels require trust relationships between the client and the state channel provider. DAGs require way too many network transmissions to be wieldy in an open environment. Sharding is the only solution that has been proven to sustainably improve TPS in a decentralized, secure manner.
MultiVAC believes that the most robust scaling solutions are built bottom-up from the infrastructural ground level. For this reason, we use blockchain sharding as our core scalability approach.
(1) MultiVAC pioneers All-Dimensional Sharding, that is, the world’s first sharding solution that parallelizes consensus processing, consensus storage, and consensus message transmission.
(2) MultiVAC incorporates flexible sharding, the ability for DApps developers to choose features of the shards they wish to use specifically tailored for their performance, security, and decentralization requirements, allowing the production of more robust and specialized DApps.
Business and market environments are diversified, and the design and application of DApps similarly have multiple layers of requirements. While all DApps have basic security and throughput needs, some DApps require higher security while others require higher throughput. The requirements of the actual application must be fully considered when designing a public blockchain platform. Existing platforms tend to be fixed as regards their trade-offs. Ethereum, for example, is completely decentralized, reducing its throughput, while EOS sacrifices decentralization to ensure high TPS. Neither can provide a variety of options for the diversity of the DApp universe.
MultiVAC provides developers with flexibility in selecting the use of underlying computing resources based on a trusted probability model. DApps that require high security can choose shards with a large number of nodes and high consensus security thresholds; DApps that require high throughput can select shards with fewer nodes and faster consensus speeds. We thus provide a palette of options with practical application value.
Our research and development team is made up of an all-star team of engineers, advisors, and investment personnel who provide strong support and direction for MultiVAC's technical foundation and its overlaying ecosystem.
Our three co-founders are serial entrepreneurs and an award-winning professor with excellent business, academic and technical backgrounds. Our Research and Engineering team comprise more than 20 experts in distributed systems, infrastructure engineering, cryptography, applied mathematics, and quantitative finance.
Our stellar partners include more than 30 top Crypto Investors and Venture Capitalists who align themselves with MultiVAC from all over the world, these include Korea’s largest crypto investment fund #Hashed, Neo Global Capital, Signum.Capital, Arrington and more.
MultiVAC has released lab data in October 2018, achieving the Peak TPS 30784 using 64 shards, with a single shard reaching 533 TPS, making decentralized blockchains to achieve industrial capacity.
The MultiVAC name comes from the name of the supercomputer in Isaac Asimov’s short story, The Last Question. This supercomputer was a normal computer just like the ones we use today, but in every epoch it gradually grew and grew until it integrated with all the human souls in hyperspace. In every epoch, humans questioned MultiVAC with the same query: “How can the net amount of entropy of the universe be massively decreased?” but the computer was unable to answer. Eventually, as the universe reached heat death, the supercomputer ultimately found the answer. There was no one to report it to, so the supercomputer decided to demonstrate the answer, at the same time creating someone to declare it to. It declared, “LET THERE BE LIGHT!” And there was light…
What is clear is that the MultiVAC project is proposing a particularly interesting way of going about solving the scalability trilemma by leaving it up to the DApp developers to prioritize on what’s best for their needs.
MultiVAC also claimed in the release that their “all-dimensional sharding expansion solution” could potentially be used for large-scale commercial applications, as well as for crypto mining on low-performance computers.
MultiVAC's name is derived from the name of the supercomputer in Isaac Asimov’s book The Last Question. MultiVAC evolves from present-day electronic computers into an entity existing beyond space or time, having merged with all the human souls in the universe. In the universe's final days, MultiVAC finally discovers the answer to its perennial question, "can entropy be reversed," and thus makes this pronouncement:
"Let There Be Light."
