CyberWay is a decentralized application platform

CyberWay
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Decentralized Governance

CyberWay ensures that stakeholders can efficiently govern the protocol and implement future innovations. Tokenholders vote for validators. Validators run blockchain by defining its development and by managing Acceleration Program for applications. Workers build CyberWay.

Proposal Voting

In-build Rights Guaranteed by Technology

Blockchain Assets Belong to Users, Every User has a Right to Make a Transaction, Smart Contracts are Executed upon Payment. There is no user inequality when it comes to CyberWay. Blockchain assets belong to users. Every user has a right to conduct a transaction, and smart contracts are executed upon payment.There is no user inequality when it comes to CyberWay. Blockchain assets belong to users. Every user has a right to conduct a transaction, and smart contracts are executed upon payment.

Choose Your Validator
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Application-friendly: Free On-boarding of Users, Claim for Bandwidth, Free Transactions

CyberWay delivers “shared” bandwidth that allows to provide applications with free onboarding of users at early stages via CyberWay Acceleration Program. Successful applicants are granted with an opportunity to access the unique fund for CYBER tokens.

Create Your Application
Consensus Mechanism DPoS
Energy Consumption Low Energy Consumption
Number of Validators 101 Validators
Vote Casting Rules 1 User 1 Votes - HDB
Vote Incentives Reward to Voters from Validators and Target Inflation
Community Engagement Very High Community Involvement
God Mode No God Mode
Scalability Sidechains in the Future
Bandwidth Distribution Bandwidth for CYBER Tokens
Performance WebAssembly VM (C++)
Trx / sec 3000 trx / sec
Consensus Mechanism DPoS
Energy Consumption Low Energy Consumption
Number of Validators 21 Validators
Vote Casting Rules 1 User 30 Votes - HCB
Vote Incentives No Reward to Voters
Community Engagement Medium Community Involvement
God Mode ECAF/God Mode
Scalability Sidechains in the Future
Bandwidth Distribution Bandwidth for EOS Tokens
Performance WebAssembly VM (C++)
Trx / sec 3000 trx / sec
Consensus Mechanism DPoS
Energy Consumption Low Energy Consumption
Number of Validators 27 Validators
Vote Casting Rules 1 User 1+13 Votes - HCB
Vote Incentives Reward from 1 Validator
Community Engagement High Community Involvement
God Mode No God Mode
Scalability No Information
Bandwidth Distribution Bandwidth for TRX
Performance Tron VM (Solidity)
Trx / sec 1000 trx / sec
Consensus Mechanism PoW
Energy Consumption Low Energy Consumption
Number of Validators Number of Miners
Vote Casting Rules 4 Miners >50%, HCB
Vote Incentives No
Community Engagement Low Community Involvement
God Mode No God Mode
Scalability Sharding in the Future
Bandwidth Distribution Throughput for Gas
Performance Ethereum VM (Solidity)
Trx / sec 25 trx / sec
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Consensus Mechanism DPoS DPoS DPoS PoW
Energy Consumption Low Energy Consumption Low Energy Consumption Low Energy Consumption High Energy Consumption
Number of Validators 101 Validators 21 Validators 27 Validators Number of Miners
Vote Casting Rules 1 User 1 Votes - HDB 1 User 30 Votes - HCB 1 User 1+13 Votes - HCB 4 miners >50%, HCB
Vote Incentives Reward to Voters from Validators and Target Inflation No Reward to Voters Reward from 1 Validator No
Community Engagement Very High Community Involvement Medium Community Involvement High Community Involvement Low Community Involvement
God Mode No God Mode ECAF/God Mode No God Mode No God Mode
Scalability Sidechains in the Future Sidechains in the Future No Information Sharding in the Future
Bandwidth Distribution Bandwidth for CYBER Tokens Bandwidth for EOS Tokens Bandwidth for TRX Throughput for Gas
Performance WebAssembly VM (C++) WebAssembly VM (C++) Tron VM (Solidity) Ethereum VM (Solidity)
Trx / sec 3000 trx / sec 3000 trx / sec 1000 trx / sec 25 trx / sec

Use Cases

Social Networks

Social Networks

The future of social networks can either be decentralized, censorship-free or anonymous. Decentralized social networks are likely to have enough potential to empower content creators and readers by letting them own their data and monetize their activities such as posting and liking. CyberWay is accommodated by Event Engine and DBMS that ensure an easy integration with microservices. Moreover, it has a great throughput of 3000 TPS and free transactions.

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Golos is a social network built by CyberWay team back in the days. It’s users get rewards for writing and evaluating posts and it currently accommodates around 500 ths unique users per month. As a matter of fact, Golos is among these very first applications to be launched on CyberWay.

Decentralized Payments

Decentralized Payments

Blockchain payments emerge as more secure and transparent to the users since all transactions are public and cannot be altered. Moreover, CyberWay enables an easier and faster exchange as well as the settlement process due to its throughput and lack of costs for transactions.

Decentalized Games

Decentalized Games

When it comes to game development, transaction speed and cost are quite crucial. Performing separate transactions each time you're buying a new castle or a sword feels odd when Free-to-Play models are taking over the whole industry. The same comes to a situation when you have to wait several seconds or minutes for each transaction to complete. High throughput of 3000 TPS and free transactions can undoubtedly make CyberWay the first ever blockchain suited for game developers.

Decentalized Finance

Decentalized Finance

Decentralized finance removes costly intermediaries and accustom financial services, (for example, remittance service) to become more affordable. Decentralized finance users have full custody of their wealth and can perform transactions securely via blockchain. CyberWay guarantees that each transaction will be processed. Taking both transaction speed and lack of transaction fees into account our platform allows developers to build efficient and scalable financial service applications.