The Future is Fast
Patents & Transaction Speed Test
The tried-and-tested MAC protocol supports the most powerful development platform for enterprises, developers, and users.
National Patents of MAC R&D Center
Virtual Cloud Mining Software of Public Blockchain Tech
Government Affair Management Software
Bussiness Point Application Software
Application of Joint Credit Reporting Management Software
Copyright Protection Software
Full-Function Underlying Framework Ecological Software
CFCA-China Financial Certification Authority
14,527,616 TPS Testing Report
The 8 Branches of MAC
MAC is dedicated to innovating the underlying technologies of its growing ecosystem
Privacy and Efficiency
MAC confirmations are executed by a discrete consensus protocol, using CHNN random sampling. This allows a portion of nodes to achieve consensus via multi-round sampling to minimize slowdown. When the result of the random sampling converges to a trusted value, consensus is reached.
This improves the operational efficiency of the asynchronous system, and cooperates with the multi-node design to further improve performance.
Random Computational Function
Consensus can be reached without the work of every node in the network. Nodes are selected at random, using random computational functions. Users are given transparency to the results of randomization.
Improvements in performance are proportionate to the node quantity. As nodes increase, transaction flow grows in consistency and efficiency.
Original Asynchronous Sorting Technology
MAC aims to solve the large-scale data sorting issue when it comes to mass-quantity requests to asynchronous systems. MAC can run as normal in a partially connected network environment, even in systems with under a 50% interconnectivity ratio. ，
Multi-Layer Hidden Neural Network
Approximating any continuous function utilizes a hidden layer neural network. The architecture is replaced by multiple deep neural networks, resulting in quicker convergence during the fitting process.
Judge Congestion to Reach a Balance
Data value-shared decision-making. Numerous independent decision makers form a structure conducive to simulating neural networks through joint decision-making.
Super Node and Supervised Node
Through backpropogation algorithms, multi-layer partitioning, fog algorithms, transitioning network topology from centralized to decentralized, the combination of super nodes and supervised nodes allows the asynchronous communication strategy to operate unimpeded.
How can I work with MAC?
Our ecosystem has endless possibilities. Join us & become a part of the MAC populace!
BLOCKCHAIN BIG DATA
BLOCKCHAIN SMART CITY
Take a look at our recent press articles and appearances, thanks to the efforts of our MAC supporters.
MacBlock Multiple Atomic Hundred Chain Plan
The MAC Hundred Chain Program allows developers, enterprises and end users to form a three-in-one ecological closed loop through three dimensions of links
-MAC Project Planning & Conception
Initiated development of MAC project
Acquire and obtain intellectual property rights
Launch of Open Beta
10,000,000 transactions per second tested in National Supercomputing Center
Launched Free Currency Issuing Function, completed contract development, cooperated with Tsinghua Tongfang, a Chinese software company based in Beijing, to create a new model of “Blockchain + Smart City”
Became a member of the Belt and Road Sino-Philippines friendly Trading Association; won Global Innovation Digital Economy Top 10 Innovative Enterprise Awards
CFCA officially certified TPS. Conference was held, and launch of MAC Mainnet Wallet. -MAC Master Network Wallet, Blockchain Browser official launch
CFCA officially certified TPS Conference was held, and Alpha version of the MAC Mainnet Wallet was launched.
Roadshows at home and abroad, signed contracts with several institutional investors and media partners
Began underlying application cooperations with Subic of The Philippines and other countries throughout Asia
Choose MAC Choose Technical and Innovative