Zen Protocol

Zen Protocol

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Zen is a decentralized financial platform, built from scratch with the goal of providing people with a secure, scalable and useful infrastructure for creating their own financial instruments, and trading them directly without intermediaries. The Zen blockchain is secured by multiple proof-of-work algorithms, with token-holder voting on the balance between them. Multi-hash mining creates robust incentives for miners to deliver efficient, reliable security.
  • Market
    Pair
    Price
    Volume 24H
    24H (price)
    24H (volume)
  • Bilaxy
    ZP/ETH 2 one year ago
    $ 0.0350
    $ 10.031 K
    -
    -
  • Bilaxy
    ZP/BTC 4 one year ago
    $ 0.0565
    $ 36.87
    -
    -
Nov 30, 2017
Dec 30, 2017
100% completed
$46 790 688
100% goal completed
past
Company Details
Registered Country
Israel
Additional Details
Categories
Platform, Business services

About Zen Protocol

Zen Protocol is a blockchain platform designed to support real financial products, offering automation and freedom from central control. It addresses various challenges faced by existing blockchain platforms and introduces innovative solutions. Here’s an overview of what Zen Protocol is and the problems it aims to solve:

Verified contracts. One of the challenges addressed by Zen Protocol is the competition for resources used to secure money transfer in smart contracts. Zen introduces verified contracts that come with proofs about their execution time and functionality. These proofs enable faster compilation and execution, ensuring that contracts never consume resources unless they execute successfully.

Contract lifestyle. Zen contracts follow a pay-per-block lifecycle model, where they pay miners for every block in which they are active. This approach optimises resource usage, as only contracts that can affect the blockchain are cached in memory, and miners are incentivized for caching them.

Chain Security: To secure the blockchain’s transaction history, Zen utilizes a proof of work (POW) mechanism. This ensures that miners invest genuine and indisputable resources, providing security, open access, and incentive compatibility. The POW mechanism helps address concerns related to miner centralization, which is vital for decentralized platforms.

Assets. Zen Protocol supports multiple asset types, and assets can be unlocked with digital signatures. It enables the creation and usage of assets in contracts, facilitating their integration with the Zen-based Lightning Network and other blockchains.

Light client security. The platform prioritises light client security, allowing users on less powerful devices to obtain a good level of security without relying on a centralised source of information. Zen employs techniques like Simplified Payment Verification (SPV) and additional commitments to enable efficient verification of transactions and contract activity.

State control. State control in Zen Protocol is designed to be clear and immutable. Contracts store their state in transaction outputs, and their source code remains unchanged. This simplifies the reasoning about smart contracts and grants rights through cryptographic authentication or possession of tokens.

Overall, Zen Protocol aims to provide a robust blockchain infrastructure that supports real financial products, offers tight integration with Bitcoin, ensures contract verification and efficiency, mitigates miner centralization, enables multiple asset types, provides light client security, and establishes clear state control for smart contracts.

Features

- Bitcoin integration. Zen Protocol watches the Bitcoin network. Anything that happens in the Bitcoin blockchain can trigger contracts on the Zen blockchain. Zen can act as a sidechain to Bitcoin, using a federated peg, collateral deposit, or, in the future, mechanisms like Drivechain. Zen Protocol uses the full Bitcoin consensus, storing a record of the valid Bitcoin chain with most proof of work.

- Multi Hash Mining. Multi Hash Mining is a new way of using many hash functions in Proof of Work mining. Each hash function gets its own difficulty, which adjusts over time to target a hash function ratio. The different hash functions don't have to be used in a set order: if too many blocks are mined using a function then its difficulty increases. Holders of the Zen Native Token can vote to say what the ratio should be. This creates matching incentives for miners and users of the Zen Protocol.

- Oracles. Our oracle solution is fast, efficient, and profitable for oracle operators. Oracles can commit to gigabytes of data in a single, 200-byte transaction. Oracle users then pay the oracle operator for each individual piece of data they want to use. The only data which gets written to the blockchain are those which users pay for.

- Native token use and issuance. Zen's native token is used to activate contracts. Contracts are pay-per-block, meaning they don't use network resources that they don't pay for. The token is also used to vote on what mix of hash functions should be used in Zen Protocol's PoW.

Zen Protocol Roadmap

  • Q3 2016

  • IDEA IS FORMALIZED Adam, Nathan, Ronen, Sharon, and Ash come together. The idea of a UTXO based bounded computation language is formalized.
  • Q4 2016

  • TECHNOLOGY STACK IS CHOSEN Work begins. Started to work on how we do a cost model for contracts. We choose F* and start work on the contract language. Nathan presents Zen for the first time at the china-israel innovation summit.
  • Q1 2017

  • COST MODEL COMPLETED Start working on an elaborator. Start developing libraries.
  • Q2 2017

  • SMART CONTRACTS AND ORACLE IN C# Continue developing libraries, begin developing contracts. Integration of ZF*.
  • Read More
  • Q2 2017

  • SMART CONTRACTS AND ORACLE IN C# Continue developing libraries, begin developing contracts. Integration of ZF*.
  • Q3 2017

  • REFACTORING Developing contracts. Testing ZF* builds. Evaluate cost using dependent types and an exported cost function.
  • Q4 2017

  • TESTNET Implementation of: Decentralized multi token UTXO blockchain. Smart contracts with: Formal verification Computational Boundaries Compiled execution Active Contract Set GTK GUI and contract editor Headless client with a terminal user interface Contract explorer Template contract generator Oracle system Electron Crowdsale wallet Token sale
  • Q1 2018

  • RELEASE CANDIDATE We will take our current testnet and enhance its robustness: Refactoring Bitcoin Integration Improve the UX/UI experience: Insert the demo site to the wallet. Create a domain name system and a customized distributed hash table to assist in network.
  • Q2 2018

  • GENESIS BLOCK Multi hash mining Voting system Non outsourceable proofs + smart contract to assist miner variance. Difficulty discounts? Robust APIs and SDKs Project documentation Work with implementing the use cases of our strategic partners
  • Q3 2018

  • ECOSYSTEM BUILDING Implementation of multiple use cases and a high speed decentralized exchange Market research Hardware wallet integration Wallet overhaul: We want a multi seed cross platform experience The basis is a USB-C open dime style hardware wallet which can be inserted to a phone or computer. Mobile wallets Cross platform native clients Web wallet Additional template contracts Build a community of open source developers.

Zen Protocol Team

Verified 0%

Attention. There is a risk that unverified members are not actually members of the team

Adam Perlow
CEO
unverified
Nathan Cook
CTO
unverified
Asher Manning
Formal Verification Developer
unverified
Sharon Urban
Blockchain Developer
unverified
Doron Somech
.Net Hacker
unverified
Elan Perach
Head of Product
unverified
Eleanor Milstein
Art Director
unverified

Zen Protocol Last News

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