Trust by
design.
Zero Fraud Protocol (ZFP) is an existing BEP-20 token on BNB Chain, with a roadmap toward an independent Layer 1 blockchain built around programmable execution, a new consensus design and post-quantum security.
The ZFP token exists on BNB Chain. Its independent Layer 1 network is a future development goal; performance, security and decentralization targets require implementation, benchmarking and independent review.
A new foundation for programmable digital value.
ZFP currently exists as a BEP-20 token on BNB Chain. The long-term goal is to develop an independent base-layer network where consensus, execution and cryptographic security are designed together, supporting developers, applications, wallets and digital-asset infrastructure.
Independent Layer 1
The roadmap aims to evolve beyond the current BNB Chain token into a network with its own validators, consensus protocol and execution environment.
High-performance design
Parallel transaction processing and a pipelined network architecture are proposed to pursue high throughput and low confirmation latency.
Post-quantum from genesis
Cryptographic agility and post-quantum signature support are core design requirements from the first protocol specification.
Four coordinated layers. One independent network.
The proposed architecture separates transaction dissemination, ordering/finality, execution and cryptographic services. This separation is intended to make performance bottlenecks measurable and upgrades easier to reason about.
Validator networkingDAG transaction graphBFT finalityParallel executionPQ signaturesProgrammable execution environment
Deterministic scheduling · conflict handling
Proposed DAG-based BFT design
Validator communication · PQ identity and signatures
Introducing the proposed ZFP-DAG BFT direction.
A research concept for a new consensus protocol: validators disseminate transaction batches into a directed acyclic graph (DAG), then a Byzantine Fault Tolerant (BFT) agreement process establishes a deterministic order and finality. The design aims to use network bandwidth efficiently while preserving clear safety rules.
DAG-based dissemination
Validators exchange batches and references to prior events, allowing independent transaction data to propagate concurrently.
Deterministic BFT finality
A quorum-based agreement layer decides canonical ordering. Safety thresholds, validator membership and view changes must be formally specified.
Parallel deterministic execution
After ordering, non-conflicting transactions can execute in parallel; conflicting state access is resolved deterministically.
Cryptographic agility for a post-quantum future.
ZFP intends to select standardized post-quantum algorithms for validator identity, transaction authorization and network key establishment. The final cryptographic profile must balance security, signature size, verification cost, implementation maturity and upgradeability.
NIST-standardized algorithmsKey rotationCrypto agilityIndependent reviewtransaction_signatures: "PQC profile — selection pending",
validator_identity: "PQC profile — selection pending",
secure_channels: "standardized KEM evaluation",
key_rotation: "protocol requirement",
crypto_agility: true
}
// Algorithms and parameters subject to specification and audit.
The native asset: ZFP.
ZFP is currently an existing BEP-20 token on BNB Chain. The project states a maximum supply of 1 billion ZFP. A future independent Layer 1 is part of the development roadmap; migration or native-coin arrangements have not yet been specified here.
Fair-launch principle
The project intends a fair public launch with access opening to everyone at the same announced time and no private pre-buy allocation. The final distribution mechanism, anti-bot protections, liquidity plan and launch details remain to be published.
Still to define: coin utility, validator incentives, fees, emissions (if any), treasury policy, allocation, vesting and supply enforcement.
Build. Test. Verify. Then launch.
Milestones below are a proposed sequence, not a published delivery schedule.
Protocol specification
Consensus rules, threat model, token economics and cryptographic profile.
Core implementation
Validator client, DAG networking, execution engine and PQ integration.
Public testnet
Load tests, fault injection, independent audits and open developer tooling.
Mainnet readiness
Security sign-off, validator decentralization, launch rules and public documentation.
Security is a protocol decision.
Follow the development of Zero Fraud Protocol.
Project status & third-party notice: ZFP is an existing token on BNB Chain. The independent Layer 1 described here is a future development objective. No mainnet, benchmark result, independent audit, exchange listing, partnership or endorsement is represented as confirmed. Any reference to Binance, MEXC or another third party must be supported by verifiable written authorization before publication. The project states a maximum supply of 1 billion ZFP; final token economics and launch mechanics remain subject to specification and legal review. This material is informational and is not an offer to sell or a solicitation to buy a digital asset.