ZEROBASE (ZBT) Project Report

I. Project Overview and Mission

1.1 Project Introduction

ZEROBASE (commonly referred to as ZBT or the ZBT Network) is a decentralized, real-time Zero-Knowledge (ZK) infrastructure network designed to deliver efficient, scalable, and low-cost zero-knowledge proof services for off-chain computation, privacy protection, and verifiable computation.

The project combines Zero-Knowledge Proofs (ZKP) and Trusted Execution Environments (TEE) to enable verifiable off-chain collaborative computation, supporting use cases such as DeFi, identity authentication (zkLogin), private trading (zkDarkPool), and governance/KYC.

At the token level, ZBT functions as the network’s utility token, used to pay for proof tasks, participate in governance, and reward network nodes.

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1.2 Project Mission & Core Values

Mission
To build a “zero-trust-based” cryptographic infrastructure layer that enables efficient, verifiable, and privacy-preserving off-chain computation for DeFi and Web3 applications.

Core Values

• Verifiability: Off-chain computations can be verified on-chain through zero-knowledge proofs, eliminating the need for trusted intermediaries.
  
  

• Real-Time Performance: Designed for low-latency proof generation to support use cases requiring real-time responsiveness.
  
  

• Cross-Chain Compatibility: Built on LayerZero’s Omnichain Fungible Token (OFT) standard, enabling seamless cross-chain token operations.
  
  

• Ecosystem-Driven: Fosters collaboration among nodes, developers, and users to collectively grow a robust privacy and computation ecosystem.

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1.3 Project Highlights / Differentiation

Below are the main highlights and differentiating features of ZEROBASE based on public information:

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II. Technical Architecture and Products

2.1 Network and Consensus Mechanism

Public information about ZEROBASE’s consensus mechanism and network architecture remains limited.

Confirmed or inferred details suggest the following:

• ZK Computation Layer Focus: ZEROBASE is not a traditional monolithic chain or Layer-1 network; instead, it concentrates on the zero-knowledge proof and off-chain computation layer.
  
  

• Task-Distribution Architecture: The network may adopt a task-distribution + proving-node model, where nodes receive proof tasks, generate zero-knowledge proofs, and submit results for verification. References to “Proving Nodes” have been made in public materials.
  
  

• Undisclosed Consensus Design: Specifics regarding block structure, consensus type, and validator mechanisms have not yet been revealed.
  
  

• Performance Advantage: ZEROBASE’s main technical edge likely lies in achieving low-latency proof generation and verification while maintaining accuracy and security.
  
  

Based on current information, ZEROBASE functions more as a computation-service layer rather than a full transactional or state-change blockchain.

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2.2 Core Modules / Subsystems

Based on public information, the ZEROBASE network architecture likely consists of several key modules:

• Task Scheduling / Routing (Hub): Receives proof requests, assigns them to nodes, monitors node performance, and manages workload distribution.
  
  

• Proving Node (Prover): Generates zero-knowledge proofs (e.g., SNARKs/STARKs) for assigned computation tasks.
  
  

• Verification / On-Chain Contract: Submits and verifies proofs on-chain to ensure correctness and transparency.
  
  

• Cross-Chain Communication: Facilitates cross-chain transfer and interaction of ZBT tokens through LayerZero’s Omnichain Fungible Token (OFT) standard.
  
  

• Governance / Protocol Upgrade: Oversees protocol upgrades, parameter adjustments, and governance proposals.
  
  

• Monitoring / Audit / Observability: Tracks proof task execution, node health, and overall network performance metrics.
  
  

• Client / SDK / Integration Layer: Provides API and SDK interfaces for DApps and external integrations.

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2.3 Products / Application Scenarios

ZEROBASE’s published and planned application areas include:

• zkLogin: A privacy-preserving identity authentication and login system.
  
  

• zkDarkPool: A confidential and private trading platform powered by zero-knowledge technology.
  
  

• ProofYield / zkStaking: Allows users to deposit stablecoins or other assets to generate verifiable yields through zero-knowledge proofs.
  
  

• Privacy & Compliance Hybrid Solutions: Combines Trusted Execution Environments (TEE) and Zero-Knowledge Proofs (ZKP) to deliver verifiable yet compliant privacy frameworks.
  
  

• DeFi Integration: Offers verifiable computation and privacy-enhancement modules for existing blockchains and DeFi protocols.
  
  

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III. Tokenomics and Funding

3.1 Token Model & Utility

Tokenomics and Utility

• Token Name / Symbol: ZBT (ZEROBASE Token)
  
  

• Type: Utility and governance hybrid token, used for proof payments, governance participation, and node incentives
  
  

Primary Utilities

• Payment: Used to pay for zero-knowledge proof tasks and computation services.
  
  

• Staking & Rewards: Distributed as rewards to nodes and validators participating in proof generation and network maintenance.
  
  

• Governance: Grants voting rights for protocol parameters, upgrades, and key governance decisions.
  
  

• Ecosystem Incentives: Supports ecosystem growth through airdrops, community rewards, and developer incentives.
  
  

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3.2 Token Supply & Distribution

Based on public data and media reports, the ZBT tokenomics are as follows:

Total Supply: 1,000,000,000 ZBT

Note: The above represents preliminary data disclosed by media reports. Final token contract terms and unlock schedules are subject to the official whitepaper.

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3.3 Funding History

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IV. Roadmap

• Q4 2024: Seed funding completed; zkStaking v1/v2 launched and audited.
  
  

• Q2 2025: Community / KOL funding round conducted.
  
  

• Q3 2025: Pre-TGE events hosted on Binance Wallet (September 24, 2025); MiCA-compliant whitepaper released.
  
  

• Q4 2025: Token Generation Event (TGE) and ZBT token distribution (October 17, 2025); ProofYield mainnet launch; zkDAO governance activation; initial exchange listings.
  
  

• Future Plans: Expansion into multichain staking, introduction of zkDAO grants, and no further token issuance events planned.
  
  

(The official detailed roadmap has not been published beyond the whitepaper milestones.)

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