Token Count

Executive Summary

Uranus is a ubiquitous sharing platform that aims to be the Airbnb and Uber for computing resources, enabling computing-power services beyond the conventional public clouds. By interconnecting countless computing resource contributors and users, the Uranus project empower redundant resources in the world. Establishing an expandable public blockchain and an innovative distributed-container technology that provides efficient, cost-effective and decentralized computing services for all users.


Empower the redundant computing power of the world by providing ubiquitous and shared-computing services beyond centralized public clouds (i.e. Amazon, Microsoft, Ali) with blockchain technology. Reconstructing the landscape of the global computing-power service market and utilizing containers to integrate various applications on a distributed-computing platform, building a new ecosphere based on a public blockchain. As Mark Weiser, a proposer of ubiquitous computing, once said, “technology should create calm, that which informs but doesn’t demand our focus or attention.”

Technical Essential

The Uranus system is a decentralized-computing, power-sharing platform based on blockchain technology and cloud native/microservice. It establishes a new intelligent computing-power resource-delivery system as well as value-exchange system. The core technology of the Uranus system lies in the extension of its public blockchain and the distributed-container technology. Our project’s technical characteristics are as follows:

Uranus blockchain technology

The Uranus blockchain (uraBlock) supports basic public blockchain, cross-chain, forking, optimization of consensus algorithms, extended off-chain services, fair-service supply measurements, proof of contribution(PoC), large-scale commercial applications and other industrial application scenarios.

PoC mechanism

The Uranus project introduces a contribution-value calculation model that ensures that the interests of all participants are fairly protected.

Mechanism for automatic adjustment of system resource allocation

The Uranus project innovatively adds a correction factor to the Poisson distribution mathematical model to monitor computing-power resources. The system always maintains a stable and reliable state during the scheduling of high-frequency computing-power resources.

Computing power container engine

Uranus’ CPCE provides an application-oriented, container-cluster deployment and management system, which eliminates the burden of scheduling physical/virtual computing, the network as well as the storage infrastructure. Application operators and development personnel may carry out container-centered, self-help operations.

Resource control management

The Uranus system boasts an independent resource controller and a fully asynchronous, non-blocking, event-driven model. In the event of insufficient resources, an asynchronous resource request will be initiated to automatically handle subsequent processes.

Multi-region scale computing power container management

In terms of the management of computing-power containers, cluster scheduling-related API is added to the Uranus engine to optimize the status management of sub-clusters, to allow for better-performing distributed federal-coordination processing tasks and to meet the rigorous business requirements of global trans-regional and short-cycle sharing of computational power.

Computing power container service discovery and deployment

The standard plug-in: kube-dns in the engine allows PODS to transparently access Uranus’ engine-service crossing clusters. In the event of an error, the system will automatically issue an alarm notice via email.

Affinity and Anti-affinity in computing power container scheduling

The Uranus engine enhances Pod-scheduling by involving multi-scheduler configuration changes, node Affinity/ Anti-Affinity characteristics, Pod Affinity/ Anti-Affinity characteristics, stain and tolerance characteristics, and node-problem reporting characteristics. The nearest routing path for communication is adopted to reduce and mitigate the loss on the network, or instances are dispersed in consideration of high reliability so that when a node fails, only one instance or one-tenth of the instances are affected.

Workload migration and fault recovery of computing power containers

The built-in, self-healing mechanism for workload failures in the Uranus system will automatically help users select a new target computing-power container from the optimal Uranus computing-power pool in the shortest possible duration to restore business functionalities.


uraContainer customizes the kernel and adds SR-IOV, multiple queues and other features to allow users to achieve both the security of a virtual machine and the high speed and manageability of container technology, mask hardware differences, be compatible with the OCI specification and Kubernetes container operation standards and show strong isolation, lightweight, and fast startup capability while supporting standard image formats.

Image and P2P network distribution

The Uranus blockchain (uraBlock) supports basic public blockchain, cross-chain, forking, optimization of consensus algorithms, extended off-chain services, fair-service supply measurements, proof of contribution(PoC), large-scale commercial applications and other industrial application scenarios.

Market Prospect

The Uranus project will be a benefit-sharing community and ecosystem formed by hundreds of thousands of computing-power contributors/users, application developers/users, etc. Due to the distributed computing-power architecture of the Uranus platform, it can be used for general-purpose, large-scale, distributed-computing tasks and weather data analysis, and a myriad of applications based on edge computing, such as voting, search, IoT-node management, games and advertising promotions. Functioning as a BaaS (Blockchain as a Service), it also provides one-click deployment and application supermarkets for other nodes on the chain, thereby forming an ecosystem in which the aforementioned participants share resources, from which they can pick out only what they need and still achieve common development. Therefore, the successful operation of the Uranus project delivers great social and economic value.

1. Uranus Project

What is the Uranus Foundation?

Uranus Foundation LTD. was established in Singapore in March 2018. It is the leader and driver of the universal ubiquitous redundant force sharing business model. The mission of the foundation is to empower social redundancy through blockchain technology, thereby driving redundant maneuvering services and the transmission of value, creating enormous economic and social benefits.

What is Uranus project doing?

Uranus is the Uber and Airbnb platform in Ubuntu Resources. Through the use of blockchain enabled social redundancy and distributed container technology, various applications based on distributed computing are integrated to build a ubiquitous shared computing service ecosystem that is independent of public clouds (Amazon, Microsoft, and Alibaba Cloud). From The reconstructed IT computing market structure provides users with efficient, low-cost, decentralized computing services.

Uranus project can solve the problem?

Computing terminals that are currently ubiquitous, such as corporate and personal computers, and traditional physical servers, have generally not been fully utilized. The average utilization rate is currently less than 15%, and the average utilization of computing resources by major public clouds, private clouds, telecom operators, and IDC service providers is also below 10%-15%. If you consider servers, workstations, and personal computers, unused computing resources in the global market will exceed $4 trillion. This is a huge loss of computing resources.

Uranus builds an ecosystem consisting of thousands of computing power-sharing and computing users, empowers redundant computing power, and provides a computing resource platform that is not limited to public clouds and is especially suitable for distributed computing

Uranus's main market and application scenario?

The Uranus project uses blockchain power computing services to make resources available for specific purposes and perform related tasks. Market applications include at least the following:

General-purpose computing task distributed implementation

  • DNA calculation
  • Planetary orbit calculation
  • Weather data analysis
  • Edge-based project

IoT node management and deployment

  • Voting platform
  • Advertising
  • Games
  • Data collection
  • Applied Ecology (Public Chain Service as ChainChain as a Service)

One-click deployment

  • Container Mirroring Supermarkets and App Stores

What are the ecological objects of the Uranus project?

Uranus's ecosystem is mainly divided into three categories: Compute contributor: A single or force pool device registered to the Uranus Computing Force Sharing Platform. Compulsion users: Objects that consume and use computing resources from the Uranus Force Platform. Platform ecosystem collaborators: Uranus count based on shared power platform ecosystem application developers, Eco Business Model Collaborators.

Uranus project features?

Compared with similar projects in the market, Uranus project has the following obvious advantages:

rich and reliable implementation technical means;

the team's experience in commercialization and marketization of large-scale software systems;( successfully delivered large systems to 5 of the Top20 companies in China )

connectivity and partnership have been established with relevant ecosphere in past market promotion and community development

Uranus Project Team Overview

The ubiquitous computing power sharing team is committed to the global ubiquitous computing power sharing market construction and ecological development. It consists of a cloud computing and blockchain expert team with a global perspective.

Executive team members have a deep theoretical foundation in this field and an average of 20 years of practical experience. They have successfully established more than one company and their products have entered China's top 20 companies.

Under the leadership of the executive team, the technology development team has completed the development and commercial delivery of many major projects over the years.

The consultant team is composed of world-class technical experts, senior practitioners of digital economy, and media leaders in this field, providing further guarantees for the success of the project.

Uranus Project Development Plan

According to the project development needs, we have formulated the following five phases of implementation roadmap.

2018/Q3: Completion of beta, community release; users can register their own computing equipment and use a small number of verified applications.

Phase 2: Business Edition (V2, V3, V4)

2018/Q4-2019/Q1: Three commercial versions of V2, V3 and V4 were released. In the corresponding development stage, the number of platform users will rapidly increase to the order of 10000, 100,000 and 500,000. As the commercial level of the resource pool continues to increase, the industries and application scenarios it covers will be further enriched, and resource contributors will also obtain more revenue. At the same time, with the increase in trading volume, some trading revenue will be generated.

Phase 3: Eco Edition (V5)

2019/Q2: Based on the stock size of platform contributors and users, the value of the platform is becoming increasingly prominent. At the stage, the ecological strategy will be launched in an all-round way, allowing more industries and more collaborators to participate in the creation and contribution of applications and gaining profits, and to promote the automatic operation of the platform, sustainable development, and form a win-win ecosystem.

2. Uranus Technology

components of the Uranus project

Uranus core technology mainly focuses on innovative UranusChain, UranusBlock, contribution sharing contribution proofing mechanism, computational power management scheduling and computational container Worker, Agent and mirroring With high-speed P2P network distribution technology.

Uranus chain related technology introduction

Uranus has an innovative microservice architecture that can improve the fault tolerance of the components and the node's Scale-out capability Uranus Innovation proposes the DPOS+BFT hybrid consensus algorithm. This not only avoids the over-concentration of verifiers in BitShares and EOS (BitShares is 101 verifiers, EOS is a block of 21 verifiers outflows), but also lacks the weaknesses of the economic penalties for violators. It also avoids the unfairness in the Tendermint consensus algorithm.

Uranus Force Container Related Technology Introduction

The Uranus Force Container presents a more powerful uraContainer for ubiquitous computing environments. Is a container running on the hypervisor, based on the custom kernel, adding SR-IOV, multi-queue management and other features. uraContainer allows users to have both virtual machine security and container technology efficient and manageable. uraContainer can mask hardware differences and is compatible with the OCI specification and Kubernetes container runtime standards, with strong isolation, lightweight, and fast boot capabilities while supporting standard image formats.

What are Uranus's technological advantages?

A Uranus project's technical advantages are mainly reflected in:

  • Support basic public chain and out-of-chain service expansion
  • The world's leading distributed computing container and resource isolation technology
  • Machine learning-based automatic container scheduling system
  • Ubiquitous Container Mirroring Market and App Store

Is the Uranus project code open source?

GitHub Address:https://github.com/Uraners

Yes. Uranus upholds the spirit of open source, openness, and win-win cooperation, and welcomes various ideas and code contributions. GitHub Address: https://github.com/Uraners

3. Other FAQ

Token's role in the project

Token is the blood in the coding economic relationship and is the carrier of value transmission. In the ubiquitous computing power sharing ecosystem, all parties (commercial sharers, computing users, application developers, and application users) use Token as a carrier to drive delivery value and accelerate the sharing of computing resources.

Type of Uranus Partnerships

Uranus' partners are divided into three categories:

  • Technology ecological partner
  • Application ecological partners
  • Business ecological partners

Difference between Uranus and rrchain.network project

Rchain.network is a Uranus similar project, because the project is still in the early stage, the code is not yet open, can not be further analysis, it is recommended to wait until the official main network, the code is announced, and then make a detailed assessment.

Uranus Project and Hyper Network Project

The core position of the Hyper Network is more oriented to the network, the next generation of super networks (adapt to machine learning, higher throughput, higher performance, and more efficient networks). This is a far cry from Uranus' focus on the sharing of computing power, not a latitude product or program.

Uranus Project and Ankr Network Project

1. Positioning and difference: The core position of the Ankr Network project is block-connected + distributed cloud computing DCC, while Uranus is a block-connected + distributed container and application ecology.

2. Uranus has a wide range of sources of computing power. Uranus's computing power, ubiquitous computing power, mobile computing power, and data center redundancy are the sources of Uranus's power equipment. Ankr Network needs to rely on enterprise-level and data center-level devices.

3. The application ecology of the Uranus project applies not only to general-purpose computing application requirements, but also to specific scenarios. Andr Network is positioned in the market where traditional public cloud (3A) and private cloud vendors overlap.


James Jiang

Chief Executive

Master of Mathematics, Texas State University / Master of Operational Research,Nanjing University of Science and Technology Senior Researcher at Bell Northern Research, USA, owning six US invention patents Vice chair of the U.S. National Communications Standards Organization TR45.5.2 Established ZTE’s subsidiary Shenzhen ZTE Integrated Telecom Ltd./ Shenzhen ZTE Mobile Telecom Co. Ltd and serving as General Manager and Board Chairman Vice President of a subsidiary of VIA Group, and Assistant to the President of the Group Established an enterprise-level desktop cloud company, leading the Chinese market

Halley Han

Chief Architect

Master of Automation, China Agricultural University Expert at virtualization and cloud computing, Linux kernel engineer and expert at open source technology Expert at distributed virtual computing security delivery and audio and video algorithms, serving clients including the United States Department of Defense, Federal Ministry of Defence (Germany), the Turkish Navy, Citibank, etc.Co-founder & CTO of Beijing Aner Kechuang Information Technology Co., Ltd.;LINUX LEADER&ARCHITECT of Wyse Technology LLC Chief System Architect of ISoft Infrastructure Software Co., Ltd. Established an enterprise-level desktop cloud company and leading the technical architecture and product development

Dr. Sheng Liang

Chief Container Expert

Chief Container Expert Master of Computer Science, the University of Science and Technology of China Ph.D. in Computer Science, Yale University CTO of Citrix CloudStack in 2011-2014 Founder & CEO of CloudStack, acquired by Citrix in July 2011 SEVEN Networks VPE Software Engineering Director of OPENWARE Founder and CTO of Teros Networks Staff Engineer of Sun Microsystems Inc and a main contributor to java virtual machines

Dr. Zou Jun 

Chief Blockchain Expert

Doctor of Computer Sciences, Macquarie University, Australia / MBA, Macquarie Business School Chief Architect for Financial Industry, IBM Australia Software Division Published more than 20 papers at leading international conferences and journals, involving cloud computing service contract, blockchain finance and regulatory technology Chief Editor of “Blockchain Guide” and a member of the Editorial Board of “Software Definition Storage” Won an award for the best blockchain paper from ICWS The consensus algorithm paper written by him as the first author was accepted by “Transaction on Service Computing”, - a top international service computing journal

Haining Zhang

Chief Cloud Computing Advisor

Master of Computer Science, Simon Fraser University, Canada;Expert at cloud computing and blockchain technology Founder of Harbor enterprise-level container image warehouse Technical expert at open source PaaS cloud platform Cloud Foundry A contributor of super account book projects An author of “Blockchain Guide” Workedas a senior architect for IBM Smart Cloud and a senior solution architect of Sun Microsystems.


  • Community Version(V1)

    2018/Q3: Complete closed beta test and release a community version; users may register their own computing power devices and use a small number of verified applications

  • Commercial Version(V2, V3, V4)

    2018/Q4-2019/Q1: Release commercial versions V2, V3, and V4 in accordance with the number of users (in the order of 10,000, 100,000, 500,000 users). After the computing-power resource pool reaches a commercial level, the involved industries and application scenarios will be further enriched, and computing-power resource contributors will obtain more revenue. At the same time, with the further maturation of the platform and increase in trading volumes, trading income will be generated.

  • Ecological Version(V5)

    2019/Q2: As platform contributors and users grow in number, the Uranus project will become increasingly prominent. During this phase, a comprehensive ecological strategy will be launched that enables more industries and collaborators to participate in application creation and contribution, engaging in a mutually beneficial relationship with the Uranus ecosystem.

White Paper

Investment Info
Accepting ETH
Token Info
Token URAC
Platform Ethereum
Type ERC20
Token Price NA
Token Count 3,500,000,000
Pre-Sale Start Date
Pre-Sale End Date
Crowd Sale Start Date 2018 -July-17
Crowd Sale End Date 2018-August -17

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