CONUN is a platform for building a horizontally distributed desktop computing system that can share the idle processing resources of personal computers to handle multiple projects (tasks) that require high performance computing resources. The platform includes not only personal computers but also the resources of smartphones that individuals carry.
CONUN connects a personal computer to a peer-to-peer (P2P) network from the Internet, the owner ("Requestor") of an application that requires high performance computing power leases some compute power from the computer of the person or group (the "Provider") that wants to share their computing resources. This configuration can be useful for projects that typically require large amounts of work and long processing times.
CONUN implements a method for organizing the necessary processes from the requestor's applications and effectively executing them on distributed computing resources. This approach replaces costly cloud computing services, reducing computing time and making complex applications such as scientific calculations and machine learning easier to use at lower cost.
CONUN does not have to pay for using existing cloud computing because it builds high computing power by collecting and sharing resources of personal desktop computers. In addition, because of the distributed computing architecture, certain groups do not have a single control authority to monopolize and regulate resources.
On the other hand, we are seeing new technologies that provide a new approach to running distributed applications such as Ethereum. In particular, Ethereum enables developers to create smart contracts that run in the structure of a block-chain. It creates many use cases for designing and implementing services such as forecasting markets, cloud funding, web hosting, general contracts, financial services, and distributed data processing.
Based on these advanced technologies, we developed a platform for building a horizontally distributed desktop computing system where projects (applications) that require high-performance computing resources can be performed at low cost by sharing idle processing resources of personal computers, through this way, we will create an open structure that shares the distributed computing power through interpersonal interaction without proprietary intermediaries, and build an ecosystem that enables individuals to earn money according to the contribution of the participants.
Furthermore, we are noticing that smartphones are getting more powerful and perform better than previous highend workstations, and are becoming more popular than PCs worldwide, we want to build platform that includes smartphone's computing performance as ad-hoc cluster in our distributed computing network.
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The time has come to share storage and processing power. Such shares and blockchain technology are well-matched, and perhaps this may be a major engine for blockchain technology development. There are a lot of projects of this kind, but I think that they need more. This is because competition is always required when considering the economy at the market level after procurement, not at the ICO level.
Their team is localized but excellent and complete.
Direct Marketing Manager,ICO produce Rated on Apr 12, 2019
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There are many projects similar to theirs. However, I think the quality of team members in their project is extremely high.
There is no contradiction in the contents described in WP, and it will be a highly feasible project. You can expect to see good synergy with competitors after project launch.
CONUN is planning to present technology and business goal and direction and also planning to development
Most projects only have an idea, Conun has already delivered working software, this is very important and trustworthy.
This project has potential to make things easier in the Blockchain ecosystem. I was watching closely and monitoring the project.
Hopefully we will get to see more projects like this one.
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CONUN Planning.
It presents the technology and business goals and direction of CONUN and plans development.
2
October 2017
Cryptocurrency Exchange.
Begin to develop a trading platform for various cryptocurrencies transactions.
3
December 2017
Cryptocurrency Alpha Version Platform.
Develop an alpha version of the Cryptocurrency trading platform.
4
February 2018
Cryptocurrency Exchange Network Core.
It applies various network core and trading system such as Bit coin/Ethereum/Ripple/Quantum and etc.
5
March 2018
CONUN WHITEPAPER.
Describes the technical goals and direction of CONUN and presents a white paper detailing the architecture and platform.
CTM FRONT-END.
Develops client services for the Cryptocurrency.
6
April 2018
CROWDFUNDING PRE-SALE.
We are conducting pre-sale crowdfunding to raise funds for development.
7
May 2018
Platform Development.
Research and development will be conducted on technologies that define the basis of the Conun platform.
8
June 2018
CONUN Platform Core&Wallet.
Publish cores and user electronic wallets corresponding to the CONUN data network.
9
October 2018
Cryptocurrency Exchange BETA TEST BED.
Test the beta version of the platform to run the actual crypto currency exchange. Check the trading system and cores, and work on enhancing security.
10
November 2018
CONUN Smart Contract & Mining Algorithm.
Implement smart contracts and mining algorithms to manage transactions.
11
December 2018
Cryptocurrency Exchange Service.
Starts the Cryptocurrency Exchange service.
PC Application UI/UX/Virtual Machine.
It designs the application UI and UX of the personal computer and implements a virtual machine system for the application to work.
12
January 2019
Alpha Version Deployment.
Implement and deploy an initial version of desktop grid system for user’s application, and design/develop an initial platform for service operations through a test network.
13
March 2019
P2P Network Architecture/Desktop Grid Platform.
It implements the desktop grid system and the core-based P2P network architecture of the grid system.
14
May 2019
P2P Network Architecture.
It implements the desktop grid system and the core-based P2P network architecture of the grid system.
15
July 2019
Smart Contract Phase 2.
Add a smart contract application to the distributed computing processing environment.
16
October 2019
Authentication & Security.
Implement authentication schemes and information security-related tasks for using the CONUN application.
17
November 2019
CONUN TASK API.
Implement the user application interface and implement the user platform task API.
18
May 2020
Market Version Deployment.
Configures the CONUN platform's real-time live networking environment and implements a deployment version that leverages tokens to handle users' distributed computing requests.
19
June 2020
Application Category Managementt.
Starting with application-specific category versions of scientific computation and deep learning, we begin development and management in several areas, step by step.
20
August 2020
Security&Reputation Management.
Enhance CONUN's authentication and information security levels, and support community activities to effectively monitor and manage user participation.
21
October 2020
CONUN Resource Monitoring.
Implement a management system that can monitor user activity and job processing status of CONUN.
22
December 2020
CONUN Community Network.
Supports networking services to create and operate the CONUN community.
23
September 2021
Mobile Governance.
Builds CONUN mobile application governance and extends user interface development.
24
November 2021
System Integration.
Configure a desktop grid platform and integrated single network.
25
February 2022
Mobile Cluster.
Mobile grid system architecture and frameworks are open to the public.
