What is Zerobase (ZBT)?

Zerobase (ZBT) is a high-performance, decentralized zero-knowledge (ZK) proving network optimized for real-time computation, regulatory compliance, and large-scale commercial adoption. Its mission is to address fundamental trust gaps in global finance, where systems remain fragmented, opaque, and resistant to verification.

What is Zerobase (ZBT)?

Zerobase operates a scalable, multi-role architecture that routes and generates ZK proofs through a HUB-Prover coordination model. This ensures high availability, low-latency task execution, and cryptographic-level verifiability. The network supports a wide range of applications—including zkLogin, zkDarkPool, zkVote, and zkCEX—and offers fast onboarding for developers with both standardized and custom circuit support. It is fully compatible with Circom and Gnark and provides optional decryptable proof layers for advanced enterprise integrations.

To ensure privacy and compliance, all circuit inputs are processed within Trusted Execution Environments (TEE) and never exposed to Prover operators. Every Proving Node is required to stake stablecoins, ensuring performance accountability and network security.

Zerobase aims to tackle trust and transparency deficiencies in financial systems by creating a decentralized, verifiable, and privacy-focused computation infrastructure. It addresses long-standing issues such as users’ inability to verify complex strategies and the tension between privacy and transparency. Zerobase preserves strategy confidentiality while making risk metrics transparent, unlocks the liquidity potential of resources, and provides a low-integration-cost, composable ecosystem for developers. Its vision is a system that offers structural transparency through mathematical guarantees, architectural isolation, and standardized interfaces, relying on no trust assumptions.

How Does Zerobase Work?

Zerobase is built on a three-layer architecture: Trusted Execution Environment (TEE), Zero-Knowledge Proof (ZKP), and Proof Mesh layers.

TEE Layer:

• Sensitive operations (strategy execution, resource scheduling, data processing) are performed within TEEs.
• Technologies like AMD SEV-SNP, Intel TDX, or ARM CCA provide memory encryption and CPU-level access control for security.
• Remote attestation ensures only trusted TEEs participate in the network.
• Data is processed encrypted, protected from external audits or interference.

ZKP Layer:

• Results from TEE operations are converted into zk-SNARK or zk-STARK proofs for on-chain verifiability.
• Offers standardized circuit templates like range proofs, validity proofs, state transition proofs, and Merkle path proofs.
• Proof systems like PLONK, Groth16, and STARKs are optimized for low verification costs and compact proof sizes.

Proof Mesh Layer:

• Provides a standardized interface between TEE and on-chain integration.
• Aggregates, compresses, and enables proof reuse across different protocols.
• Version control and event subscription mechanisms support off-chain computation logs and on-chain triggers.

The network operates on a Kademlia-like topology with HUB and Proving Nodes. HUB Nodes route proof tasks and share bandwidth. Proving Nodes generate ZK proofs within TEEs and require a minimum $1 million stablecoin stake. A consistent hashing algorithm ensures efficient and scalable node distribution.

Zerobase Use Cases

Zerobase offers a broad range of applications:

• zkLogin: Secure, privacy-focused login with OpenID Connect credentials on StarkNet and TOMO Wallet.
• zkDarkPool: Provides private trading environments with Lynex and Unyfy, protecting against MEV bots and market manipulation.
• zkVote: Secure and verifiable voting systems.
• zkCEX: Privacy-focused transactions on centralized exchanges.
• Tiga Processor: BNB Chain block header verification with Polyhedra.

Usage Steps:

1. Access network services with ZBT tokens.
2. Perform computations or proof generation with custom circuits in TEE.
3. Route tasks through HUB Nodes.
4. Earn yields through zkStaking with stablecoin deposits.
5. Developers can integrate new applications via AAPIs.

Advantages of Zerobase

• Privacy and Security: TEE and ZKP ensure data privacy and verifiability.
• Scalability: Consistent hashing and HUB-Prover model deliver high performance.
• Composability: Standardized interfaces and Proof Mesh enable easy integration.
• Compliance: Optional decryptable proof layers suit enterprise needs.
• Community-Driven: Stablecoin staking ensures network security and accountability.

Zerobase (ZBT) Tokenomics

Total Supply: 1 billion ZBT (fixed).

Distribution:

• Team and Advisors: 20% (1-year lock, 48-month linear vesting).
• Investors: 11.25% (1-year lock, 24-month linear vesting).
• Liquidity: 2% (fully unlocked at TGE).
• Ecological Fund: 15% (6% unlocked at TGE, remaining 2% annually over 48 months).
• Airdrop and Early Mining: 8% (5% unlocked at TGE, remaining within 1 month).
• Node Staking: 43.75% (linear release starting one month post-TGE).

ZBT Usage:

• Network services and subscription payments.
• Gas fees for on-chain transactions.
• Earning yields through zkStaking.
• Protocol-level governance (proposing and voting on parameters).

Economic Management:

• Proving Nodes earn ZBT and stablecoin rewards for proof tasks.
• HUB Nodes earn ZBT for routing and bandwidth sharing.
• A DAO-governed buyback and burn mechanism regulates circulating supply.
• 20% of revenue is allocated to the ZEROBASE Foundation for research and infrastructure.

Zerobase Investors

Zerobase raised $5 million. Investors:

• Tier 1: YZi Labs (formerly Binance Labs).
• Tier 2: MH Ventures.
• Tier 3: dao5, PAKA, Symbolic Capital, Faction.
• Tier 4: IDG Capital, Web3Port, Oak Grove Ventures, 071labs, K24 Ventures, Lecca Ventures, 10K VC, Cherry VC.

Zerobase Team

Zerobase is led by CEO and Co-Founder Mirror Tang, with a team of experts in zero-knowledge proofs, trusted execution environments, and decentralized finance. The team has years of experience building a privacy-focused, high-performance computation network.

Official Links

• Website
• X (Twitter)
• Whitepaper

 

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