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Published by: 18:40, 29 May 2019

Project IoTeX Review Binance Research

Project IoTeX Review Binance Research. BINANCE Research - an authoritative analytical resource for and investors, published a professional and detailed research report in which the IOTEX project is considered.

Project IOTEX BINANCE Research

We offer Transport Review Binance Research Report - IOTEX (IOTX)

Binance Research

What is IoTeX ?

The IOTEX project is devoted to the creation of a reliable Internet infrastructure with trusted things, where all physical and virtual things can effectively share information and values globally. The IOTEX research team consists of Doctors of Sciences from the University of Waterloo and the National University of Singapore, as well as Cryptography Engineers, Artificial Intelligence and IoT, who previously worked in Google, Facebook, Uber and Bosch.

The IOTEX mission is to maintain end-to-end trust throughout the life cycle of information on the IOT network, including the collection, transportation, storage and use of data.

The main characteristics of the IoTeX network

  • Roll-dpos consensus : The consensus mechanism that uses IOTEX is a variant of delegated confirmation of the Cola ("DPOS"), which is designed to provide higher scalability with instantaneous final and without prejudice to decentralization or safety. Roll-DPOS randomly selects 24 of the 36 best delegates selected by the community using the generation of a distributed key ("DKG") + Signatures Boneh-Lynn-Shaham ("BLS"). New delegates are chosen randomly each era to ensure high safety and efficiency of equipment.
  • 2 level chain as a service: Using the Blockchain-In-Blockchain architecture for heterogeneous computing, IOTEX provides an open architecture that supports custom and heterogeneous level 2-level chains, aimed at various use and applications based on various basic cryptoeconomics. 2 chains 2 shared the same delegate resource pool, which is the cornerstone of collective confidence. Taking into account this, you can easily create a dish as simple as an instance of EC2 in the AWS cloud.
  • Boundary trusted calculations : Boundary trusted calculations provided by level 2 chains will allow the use of sharing economy for trust computing and will discover a lot of interesting attitudes focused on trust and confidentiality.
  • Interaction between networks : Root circuit IOTEX supports interaction between chains with other public chains of blocks, as well as with all level 2 circuits with IOTEX network, which gives new properties (for example, confidentiality) even for classic cryptoaculations in other chains and provides control between chains (for example, manage one chain and work on the other).

Tocken Management and Use

As of April 2019 IoTeX Used approximately 25% of TGE funds in accordance with the appropriations listed below:

  • 70% for key partnerships
  • 10% Marketing / PR
  • 10% on business development
  • 10% on legal / HR / Others

The IOTEX project stores its funds in a cold wallet with protection against several errors (for its unlock requires at least 2 signatures whose keys are located in three co-founders). The wallet itself is protected by a password and has 4 accurate copies that are reliably stored in different geographic locations.

IOTEX Tocken Release Schedule

The following graph shows the number and breakdown of all IOTX tokens, which will be published monthly.


IOTX Tocken Review and Use Options

Iotx is the main service token of the IOTEX network. Here are some examples of using the IOTX token:

  • Decentralized management: distribution / voting for delegates, delegate remuneration and reduction, as well as voting / referendums throughout the network (t.E. Changes in the rules, parameters, protocols).
  • Payment for Gas : Performance of transactions and executing smart contracts in the IOTEX network. One of the innovations is that gas fees are collected as "tax", and then combine / are distributed to block manufacturers delegates.
  • Binding / operating costs for level chains 2: To provide a level 2 chain, you need to put a token in the root chain as a link and pay operating costs. Each chain of level 2 can have its own cryptoeonomics and tokens, but will pay "registration costs" to use the root chain resources.
Project IOTEX

Commercial development and development of business

Xyo network : XYO is the world's first decentralized geolocation Oracle operating from the P2P network created by a person. Partnership is intended to synchronize XYO geolocation capabilities with blockchain IOTEX, which allows IOTEx developers to use XYO geolocation network. By the middle of 2019, IOTEX plans to be able to calculate geolocation transactions from the XYO network in the IOTEX blockchain, providing new geolocation features as services on the IOTEX network.

Lineable : Lineable is a company engaged in the production of equipment that creates intelligent wearable devices for ensuring the safety and communication of families. Lineable plans to connect more than 1,000,000 + lineable devices to the IoTeX blockchain in order to safely exchange verified user data with third parties, while ensuring the full privacy of user data (for example, geolocation, health).

Weeve : Weeve - Blockchain-based blockchain company, creating a decentralized platform for converting IOT data to tradable digital assets. WEEVE will use IOTEX infrastructure in its technical stack as a blockchain level confidentiality for IOT data transmission and storage.

Smarthab : SmartHab is a comprehensive supplier of solutions for intelligent buildings connecting various types of intelligent devices to automate construction work and increasing transparency for residents and buildings owners. SmartHab Currently creates a HAB platform, a blockchain-based registry, which records critical data from smart buildings and cities. SmartHAB will use iOVEX infrastructure, confidential-oriented to create a HAB platform, primarily to ensure confidentiality of confidential data.

NKN : NKN is a protocol for connecting and ecosystem oriented to the provision of an open, decentralized and common Internet. NKN and IOTEX completed the concept of a blockchain based on the management of a smart home based on blockchain and authorization for sharing economical tenants. NKN and IOTEX work together over research and development together with other partners in various infrastructure components in order to implement integrated decentralized use scenarios.

Certik : Certik is a blockchain and a platform for verifying smart contracts, the services of which are used by many leading blocks projects, including Ontology, Qtum, Icon and Vechain. IOTEX will work with CERTIK to ensure the security of the IOTEX ecosystem, as well as various DAPP applications created on top of the iOnex block. In the future, Certik and IotEx are hoping to work together to study the safety of intellectual contracts and developing the confidentiality of calculations that can work within the framework of intelligent contracts and formally check autonomously.

The Giving Block : The Giving Block helps non-commercial organizations to use cryptocurrency and blockchain to increase their influence. Giving Block introduces non-profit organizations with cryptocurrency transforming nature, providing education, equipping them to collect funds for cryptocurrency and comparing them with leading projects in the industry to study innovative use options.

IOTEX joined K Trusted Iot Alliance, China Mobile Iot Alliance, IIC, Draper Network for the development of corporate business;

IOTEX conducted a report and presentation at Consumer Electronics Show ("CES" exhibition and met with more than 200 IoT companies. The project was recognized as one of the most innovative blocks of companies on CES;

In addition to the aforementioned partnerships, IOTEX works with enterprises in the following cases: supply chains management, supply chains financing, private ratings / assessments; Equipment for trust calculations, decentralized trade and T.D.


Trade data


According to Coinmarketcap, the IOTX token is currently registered on 13 stock exchanges. Basic Cryptovalum Couples include IOTX / BTC, IOTX / USDT and IOTX / ETH. Below is a breakdown of IOTX volume on its main trading pairs.

IOTEX project

Technical Overview

Github Review

The IOTEX project has a total of 30 public and 80 private repos. In general, the project often originates repositories.

IOTEX project on Binance

Product description

Betting I vote for delegates

In March 2019, the IOTEX project launched a decentralized Member management as a pioneer.iotex.io, the DAPP application, which works both on the iOnex and Ethereum. Management tasks (t. E. Distribution, voting, ranking) are performed in Ethereum through smart contracts. With the creation of a decentralized trust bridge between IOTEX and Ethereum the status of the organization of rates, voting and elections of delegates for Ethereum contracts prescribes the IOTEX blockchain to perform swaps of delegates based on the results of a real vote after each era.

This application tracks about 10 thousand. Users per week and more than 70 thousand. Users. Users come from more than 40 countries in the world. On average, each user spent about 7 minutes to this application. In addition to the web version, this application was integrated into the Binance trust wallet and Cobo wallet.

Project IOTEX

IoTeX for smart houses

In October 2018, the IOTEX project has released a conceptual product that demonstrates the possibilities of combining blockchain, trusted computing and IoT. In particular, this platform allows partial possession of valuable physical objects, such as houses, home objects and intelligent devices, in addition to calculating cryptocurrency.

This conceptual product has been demonstrated at CES 2019. IOTEX also works with the French company Smarthab to implement this conceptual product in the consumer product.

BlockChain & Network Data

Blockchain-in-Blockchain Architectur

IoTex is a network of multiple blockchas that are hierarchically organized, where they work simultaneously with each other, while maintaining functional compatibility. As shown in the figure below, the root blockchain controls many independent blocks, or subpairs.


The erase is connected and interacts with IOT devices that have something common. They either have a similar functional purpose, work in similar environments or have a similar level of confidence. When software errors are attacked or arise, the root chain remains completely unaffected. In addition, transactions between the circuits are supported to transmit the value and data from the hooks into the root chain or from one subacing to another through the root chain.

The root blockchain is a public chain available to everyone, which has three main objectives:

  1. Transmission of the value and data through the subside with the preservation of privacy to ensure the interaction between the trains;
  2. Supervision of subpars, for example, fines of related operators with confiscation of additional chains;
  3. Calculations and bindings of payments and confidence for associars.

With these specific goals, the root chain specially focuses on scalability, reliability, confidentiality conservation functions and the possibility of organizing.

On the other hand, the pouch can potentially be a private chain of blocks and rely on the root chain as a repeater to interact with other trains. For the subsidement requires flexibility and expandability to adapt various requirements of various IOT applications, and it is very likely that they will be performed by operators whose role depends on a sufficiently high bond located in the root chain. Optionally, the system allows operators to assign one or more operators to act for this with an additional connection or without it. The operator acts as an easy client in the root chain and the full knot in the chain to seal new blocks.


The IOTEX project seeks to use Roll-DPOS Consensus to provide higher scalability with instantaneous final, without sacrificing decentralization or security. Below is the visualization of the agreed Roll-DPOS algorithm:

Project IOTEX

In Roll-DPOS, any node can independently assign yourself and register to become a manufacturer of blocks, and community members can give their vote for their favorite node with their own intended purpose.

Roll-DPOS works during periods or "era". At the beginning of each era (every 360 blocks), a set of candidates with the highest level of support is selected to form a "Pool of Candidates". From this pool, block manufacturers are then chosen randomly using a deterministic random bits generator ("DRBG").

Block manufacturers take place place and check blocks using PBFT to achieve consensus.

At the end of each era, the protocol regulates the size of the pool based on the subparage numbers running simultaneously.

Block chain nodes in the candidate pool have the opportunity to become manufacturers of blocks for the dish, if they are not selected as manufacturers of blocks for the root chain in the current era. As a result, the pool of candidates is divided into several subgroups, one of which acts as the manufacturers of blocks for the root chain, and others - for different dish. Whenever the number of unoccupied nodes (i.e., these nodes are not manufacturers of blocks; no root chain, nor for lateral circuits) exceeds a predetermined threshold value, a certain number of block chain nodes will be excluded from the Pula candidates.

For dough Mainnet Alpha The network bandwidth was limited to about 200 transactions per second ("TPS"). Nevertheless, the team claims that the main network should be able to reach 2000+ TPS.

For beta version of MainNet, the Layer-2-Chain-AS-AS-A-service service will be provided, which will allow developers and users to easily unwind the Layer 2 chain for specific uses such as supply chain management. At the same time, the root chain will maintain an interchange communication for all level chains 2. While the root chain acts as an orchestrator (from all chains of level 2) with an EVM-compatible intelligent contract, the IOTEX project seeks to provide an internal chain of level 2 with reliable computing compatibility to ensure the preservation of privacy applications, especially in the IOT context, for example, a trusted Oracle Data, Device Identification Management and Sharing Economics.

Overview and Social Community Strategy

The team lists the following strategies for the future development of the community:

1. Additional product line: In addition to applications for wallets and rates, the IOTEX project is developing new products over its network. These new products are oriented directly to end users and solve problems associated with interaction with people and confidentiality machines.

2. Best market penetration:

  • Joint organization of events and joint use of brand with other projects / local partners / delegates / media in various regions for the development of the local community and enlightenment of community supporters;
  • Program Ambassadors in more than 20 countries to stimulate the growth of the local community;
  • Whether there will be products with platforms such as stock exchanges, wallets and DAPP browsers, expand the user base;
  • Online campaign events for users.

3. Diversification:

  • Partner with IOT developer community;
  • Promote products among Internet lovers of things and people who are interested in intellectual devices, smart homes;
  • Hackathon and sectoral alliance organizers will facilitate the adoption of developers and brand recognition in the technical community.

Social and social channels

Reddit (English) | one.7K subscribers
Medium (English) | 2.5 thousand. Participants
Telegram (English) | 28.8K users
Channel Ads (English) | 6.5K users
Shopping Channel (English) | 1K users
Telegram (Russian) | 2.3K members
Telegram (Chinese) | 2.4K members
Telegram (Korean) | one.4K members
YouTube (English) | one.9K subscribers
Forum Bitcointalk | 10 thousand. Subscribers


The team lists the following distinctive features:

  • High-performance consistent Roll-DPOS algorithm to achieve a good balance between scalability, decentralization and security
  • Expandable root chain + level 2 chains architecture for unlimited scalability and DAPP heterogeneous ecosystems
  • Boundary trust calculations and effective privacy technologies for scalable and maximum information protection
  • Reliable IOT applications based on block chain to unlock the real value of billion connected intelligent devices



  • Professor Guang Gong | Professor of the Department of Electrical Engineering and Computer Engineering, Cryptography and Network Security, University of Waterloo
  • Fan Zhang | Director of Chinese Practice DFJ EPLANET VENTURES.
  • Michael Cho | Member of the Board, Cocoa Corp

Publications in the media:

IotEx Presents Innovative IoT Privacy Technology AT CES (NASDAQ)
IOTEX Announced Blockchain Purpose-Built For Iot (MarketWatch)
IotEx Scales Up: Privacy-Focused Iot MainNet Within Weeks (CryptoBriefing)
Leading Blockchain Integration With Iot Devices for ENHANCED Security (Forbes)
IDENTITY CRISIS: How Can Blockchain Protect Our Identity? (Forbes)
The Demand for Blockchain Engineers Is Skyrocketing, But Blockchain Itself Is Redefining How They're Employed (Forbes)
IOTEX Presents Innovative IoT Privacy Technology At Ces (Yahoo Finance)

Теги: iotex, binance
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