Background

With the help of DCS, we can create a world where people are directly connected, decentralized, collaborative, peer-to-peer, value-driven, with community or social consensus.

DCS will do this in three phases. First, we use a modular design method to build the safe and stable block chain network, this stage can be realized intelligent contracts and digital assets, at the same time, we will introduce new PC alliance, an intelligent testing and monitoring contract running environment visualization hardware devices (such as: triangle host) to ensure the formal operation in DCS contract enough safety, avoid the happening of similar DAO events;

Next, we use DCS to meet different business requirements, such as insurance, electronic documents, virtual digital currency, traceability, personal credit records, etc. This phase will result in an evolving, easy-to-use, low-cost, moderately customized blockchain network.

Finally, by DCS next generation digital assets (DCS currency Data Collection System ", hereinafter referred to as the DCS) and ecological the Token (Data Collection Token, hereinafter referred to as the DCT), the user information connection between together, even with the other network (may be block chain) through Data interaction, construct a mutual connection, multidimensional Data interconnected network world. Multi-dimensional data, such as personal information, assets, production and consumption data, can better integrate community consensus, individual behavior and value exchange organically.

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Design concept

DCSystem is designed to put platform stability, security, scalability. By introducing modular virtual machines, smart sandboxes, value exchanges, and forks, a blockchain network that evolves, is easy to use, low-cost, and moderately customized is created. In addition, DCSystem can theoretically achieve 1000 TPS usable performance by optimizing the block interval, block tolerance, and consensus algorithm. The new PC Alliance, one of the core components of the DCSystem ecosystem, is a globally distributed hardware terminal system that is aggregated by all personal hardware devices. The edge computing technology based on fog computing is designed to build a web 3.0 star Internet. Anyone who uses the side that is not saturated but has some computing power.

  • Stability:The network will judge it by itself and avoid the problem contract damage to the blockchain ecosystem
  • Safety :The network will judge it by itself and avoid the problem contract damage to the blockchain ecosystem
  • Scalability: Online data from non-blockchains will also be incorporated into the DCSystem ecosystem, complemented by smart contracts that respond to real-world events.
  • Ease using:Developers can use DCSystem to publish Tokens, smart contracts and blockchain systems simply, quickly and securely

principle Heory

When the chains need to interact, the connection can be established through the registration information, and the information exchange and value exchange can be realized under the VEP framework. VEP is similar to the Internet's DNS service and is responsible for registering information, updating information, and providing access services.

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Implementation of smart contracts

Traditional smart contracts are limited to the input and output data on the chain, which only supports some simple application scenarios. For the reason, in addition to the data on the chain, DCSystem allows data on the chain and under the chain to interact, and supports event response to changes in the state of the data on the chain and under the chain. Most of the commercial applications in the real world are very complex, and this complexity is reflected in the data structure and logic rules.

  • Select a programming language , create source code;
  • The compiler compiles the source code into WASM bytecode;
  • Register the smart contract with the Sharp Chain
  • Calling an API that is open to the contract
  • Upgrade or destroy the contract

Consensus mechanism

DCSystem's consensus mechanism adopts the POW work and certification mechanism, which can achieve complete decentralization, high security, and low probability of being successfully attacked.

In the digital currency system, the workload proof mainly guesses a random number (nonce) by calculation, so that the hash value of the content after it is pieced together with the transaction data satisfies a prescribed upper limit.

Hashing is one of the most common workload proof mechanisms. The mechanism mainly uses the complexity of the hash operation, performs a simple value increment operation by a given initial value, and uses a hash algorithm to solve until a collision value that satisfies the condition is found.

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Account model

In the blockchain network, the account address is designed for secure exchange, and the account, public key, and private key generation processes are as follows. Department: Private Key -> Public Key -> Account Address, all of which use the Secure Hash Algorithm (SHA) to ensure sufficient security. A hash is a refinement of information, usually with a much smaller output than the input and a fixed length. With the current technical means, the strong hash of encryption must be irreversible.

through the user's account address. The specific process of generating the private key, the public key, and the account is as follows: the process of generating the private key, the public key, and the AAC account can be divided into two types of accounts, a primary account and a sub-account according to the byte width of the account address.

Value Exchange Protocol

VEP is a standard protocol for connections between different blockchain networks. As before, a network can carry a limited number of applications, connected to each other to form a larger network, the greater the value stack that can be generated. Let's first understand how individual network nodes trust each other. The biggest advantage of blockchain networks is the ability to provide reliable information queries. This reliability is reflected in distributed ledgers and distributed consensus.

The blockchain network is a community formed by many participants according to certain consensus. The nodes form a mutual trust relationship under the influence of consensus and incentive. By extension, a blockchain network is as a node, a connection between multiple blockchain networks also requires such a consensus mechanism. Because the equality, credibility, and interest demands of different networks make network collaboration difficult, plus there are always bad nodes in the network. Therefore, the pre-set rules before collaboration are particularly important. This is like the need for legal, contractual, and ethical constraints in cross-organizational collaboration in human society.

Release plan TOKEN

For the good operation of DCSystem and the needs of commercial applications, the DCSystem main online is based on the Ethereum release Data Collection System Coin/DCS with a total issue of 1 billion.

Cloud storage service

Redeem the cloud storage space required for DCT replacement based on your actual storage size, time, and number of backups

Cloud computing service

Redeem DCT to replace low-cost, high-performance, scalable Internet content distribution services based on high-quality network infrastructure and cloud computing technology shared entertainment sharing service

Shared CDN service

Redeem DCT to replace low-cost, high-performance, scalable Internet content distribution services based on high-quality network infrastructure and cloud computing technology shared entertainment sharing service

Technology shared entertainment sharing service

Users can redeem DCT on the entertainment sharing platform by means of DCS obtained or participate in official events to enjoy the unique content published by other users.

Application change

After the DCS ecosystem platform is established, DCT can be used to replace the function redemption of the application scenarios in the platform, so as to enjoy the services provided by the platform for users.

Discount

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Release rate

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Development Course

2019 first step

Project establishment, DCS pre-operation fund

2019 second step

Started released white paper

2019 third step

DCS online exchanges

2019 forth step

Realize the integration of decentralized cloud storage and Internet of things

2020

Implement decentralized cloud storage and IoT integration

2021

DCS achieves global commercial application

Team Team

The DCS team combines financial, telecommunications and other industries to create a high-speed, secure and free distributed data storage system.

Benjamin Lakoff
CEO & Lead Blockchain
T r y   t o   c l i c k   a v a t o r

Benjamin Lakoff

CEO & Lead Blockchain

Ben is an entrepreneur and finance professional. He is an avid active trader in both traditional and cryptocurrency markets. He holds the Chartered Financial Analyst (CFA) designation and has been investing in Blockchain start-ups heavily since mid-2016.

Ben joins ITT’s team with broad and diverse experience across various business sectors including mergers & acquisitions, equity markets, banking, and lately the Head of Planning in a more diversified and entrepreneurial organization. He is fluent in English, Portuguese, and Spanish and currently lives in Bangkok, Thailand.

team
Thomas Counsell
CTO & Senior Developer
T r y   t o   c l i c k   a v a t o r
team

Thomas Counsell

CTO & Senior Developer

Tom holds a Computer Science degree from Purdue University. In 2012, he cofounded the largest artisan ecommerce site in Morocco while serving with the US Peace Corps. In 2015, he created Noble Software Foundation and Incorporeal Ltd. while leading large software development operations for technology startups in Thailand including agoda.com and serving as CTO at CareerBolt and aztrana.com.

Tom brings to ITT a unique set of diverse cross-culture skills and experience deploying world-class applications used by millions internationally. He now resides in Czech Republic focussing on practical applications of the latest artificial intelligence and blockchain technologies.

team
Marcelo Barbosa
Blochain App Developer
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team

Marcelo Barbosa

Blochain App Developer

With 17+ years of experience, Marcelo has led teams as a backend and full-stack engineer at Ovirt, Fedora Linux and CentOS Linux, GlusterFS, SizeOf, Datacom, Red Hat, Lojas Renner, Neo Networks and SIJ. His specialization in cloud services, opensource products, scalable server infrastructure, API design, and blockchain has honed his passions for problem-solving and product development.

team
BMAN
Community Management
T r y   t o   c l i c k   a v a t o r
team

BMAN

Community Management

BMAN starts his career in global investment firm Blacksmith Global Ltd. Having a wealth of experience in both secondary market and venture investment, BMAN entered the area of blockchain as early as 2013 as an active investor in early-stage technology companies.

BMAN also has a wide range of entrepreneurial experience. He cofounded Lijiaoshou (Shoujiao Technology, Inc.) In 2015, which was the top marketing content company in China and was acquired by Baidu, Inc. in 2017. Com- bined with artificial intelligence and big data technology, BMAN has developed Baidu AOD platform and served more than 500,000 business customers.

partners Partners

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News News

blog-photo
The era of data explosion, the distributed storage engine mining machine will become a breakthrough point

With the rapid development of blockchain, cloud computing, and big data on a global scale, enterprise data is exploding, and traditional centralized storage has been difficult to cope with the demand for large data storage...

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What is distributed cloud storage? How does it make the scene land?

The word "blockchain" is not new, but the first reaction when it comes to it is "fried coins." Why is this prejudice formed? In the final analysis, the infrastructure of the blockchain is not good...

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Software-defined distributed storage advantages and application scenarios

At present, we are in a new era. This era has been given many labels: Internet + era, cloud computing era, big data era, artificial intelligence era...

FAQs FAQs

Below we provide some common questions about DCS, DCS tokens, cryptocurrencies,

DCS is a distributed storage system with stability, security, scalability and easy-to-distribution.

Based on DCS, we have developed a cloud-chain platform to make everyone a digital asset home for a global commercial platform that provides digital rights protection, distribution and nurturing services to users around the world.

The blockchain technology solution provided by DCS can solve data ownership, dominance, income ownership, data leakage, data authenticity and data uplink incentives in various fields. In the near future, the data economy will be based on DCS, including but not limited to personal data rights management, financial services, mobile social, entertainment games, medical health, clothing, food, housing and so on.

Because compared to other distributed storage systems, DCS is more stable, and the security is easier to expand and simple.

Cryptographic currency (English: Cryptocurrency, often used in multiple cryptocurrencies, cryptographic currency, cryptographic currency) is a trading medium that uses cryptography to ensure transaction security and control the creation of trading units. A cryptocurrency is a type of digital currency.

BTC-Bitcoin, ETH-Ethernet, XRP-Ripple, BCH-Bit Cash, EOS-Pomelo, LTC-Lite, USDT-Teda

Reduce fraud risk, international recognition, reduce transaction costs, trade confidentiality, easy access, peer-to-peer transactions

The biggest difference between cryptocurrency and other non-cryptocurrencies is the limited number of cryptocurrencies and the extremely large number of scarcity. Because the total amount of open source code for this set of equations is limited, if you want to obtain it, you must obtain it through the CPU of the computer graphics card. Because the total amount of cryptocurrency is limited and scarce, the more mining, the higher the appreciation of the currency.

In order to ensure the feasibility of running applications in the DCS ecosystem and the stability of application prices, we will issue a transferable, equivalent and interchangeable ecological “general token” based on DCS, which belongs to the “fuel” in the DCS ecosystem. Token, and name it Data Collection Token/DCT.

Throughout the redemption process, peer-to-peer and end-to-end transaction data security is ensured through the use of DCS encryption technology, distributed ledger technology, trusted cloud technology, and chip technology.

The application scenarios of DCS are: cloud storage service, shared cloud computing service, shared CDN service, shared entertainment sharing service, and application replacement.

Due to the limited daily distribution of DCS, the distribution through the community reward mechanism, with the passage of time, along with the increase in the user's accumulation and difficulty in obtaining rewards, the sales of the triangle series hardware increased, and more and more people participated in the reward. It is getting bigger and bigger, so the early participation is more advantageous.

The Blockchain is a distributed database system that originated in Bitcoin and was first proposed in 2008 by Nakamoto Satoshi in the paper "Bitcoin: A Peer-to-Peer E-Cash System (Chinese Version)". The pdf direct chain on the official website blockchain is a chronological order that connects data blocks and cryptographically guarantees a non-tamperable, unforgeable distributed ledger. Blockchains are divided into public chains, alliance chains, and private chains. Public chain: Everyone can read the data, send and confirm transactions, and block the block of competition accounting. Unless there is more than 51% of the computing power, no individual or institution can control or tamper with the data, so the “public chain” is considered to be “completely decentralized”. The public chain generally encourages nodes to compete for accounting through the token mechanism. BTC and ETH are typical public chains. Union chain: Refers to a blockchain with several organizations participating in management. Each organization runs one or more nodes to record transaction data together. Data is read, written, and transmitted only between the systems within the system. The data on the chain is distributed in a partial sense, and we regard it as “multi-centered”. Typical representatives include R3, Hyperledger, Gold League, and the like. Private chain: Each node participating in the system needs to be licensed, such as the user of a specific organization, etc., and the access and use of data has strict rights management. Some license chains do not have a token mechanism because there is no need to use tokens to encourage nodes to compete for billing.

Blockchain has the characteristics of decentralization, information not tampering, and anonymity. Decentralization: Blockchain uses distributed accounting and storage, and relies on multiple “nodes” (blockchain participants) on the network to be fairly bound and participate in maintenance, nodes have equal rights and obligations. This is "decentralization." The advantage of decentralization is that when a node in the system is damaged or attacked, it does not pose a threat to the entire blockchain network. nformation cannot be tampered Once the information is verified and added to the blockchain, it is permanently stored. Unless you can control more than 51% of the nodes in the entire system, the modification of the database on a single node is invalid, which is "information can not be tampering." Anonymity: Each block node follows algorithms and rules. They do not need to know or verify each other's identity information (no need to trust), they can initiate transactions and perform data interaction. Therefore, when you complete a blockchain transaction, the parties to the transaction cannot know each other's identity. Of course, if your private key is stolen by a hacker, you can't tell who he is from the wallet address.

The concept of a smart contract dates back to 1994, when it was proposed by Nick Szabo, but it was not until 2008 that blockchain technology with smart contracts emerged. In 2013, smart contracts first appeared as part of the Ethereum smart contract system. . The concept of smart contracts has three major elements: commitment, agreement, and digital form, so it can extend the application of blockchain to all aspects of financial industry transactions, payments, settlements, and clearing. A smart contract means that when a pre-programmed condition is triggered, the smart contract immediately executes the corresponding contract terms, which works like an if-then statement for a computer program. A smart contract contains all the information about the transaction, and the result is only executed if the requirements are met. The difference between a smart contract and a traditional paper contract is that the smart contract is generated by the computer, so the code itself explains the obligations of the party.

With the increase in the types of blockchain assets, the traditional legal currency has not been able to meet the investment needs of global investors, and more professional investors have begun to try currency conversion. With currency conversion, you can directly exchange one blockchain asset for another blockchain asset, without involving legal currency transfer or settlement. Nearly half of the global Bitcoin transaction volume is now from currency transactions, and the ratio of fiat currencies to bitcoin transactions is gradually shrinking.

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