Zytron BNB

Zytron BNB is Zytron framework's first production environment.

Zypher Network Launches Zytron BNB: Modular Infrastructure for Verifiable AI Agents

At Zypher Network, we believe AI should be open, transparent, and verifiable — not a black box that communities must blindly trust.

Now,we’re excited to announce the launch of Zytron BNB, a production-grade, modular execution environment deployed on BNB Chain and optimized for verifiable AI agents.

Zytron introduces a high-performance zk-native architecture for decentralized prompt auditing, app verification, and trustless compute execution. Built for scale and composability, it enables developers, AI engineers, and infrastructure providers to deploy and validate autonomous AI agents with full cryptographic assurance.

This marks the first deployment of an AI-specialized modular infrastructure layer within the BNB Chain ecosystem.

Why Verifiable AI Matters

Imagine using an AI-driven automated trading system that monitors markets 24/7 and executes orders instantly. If its trading strategy is altered without your knowledge, or if it operates on falsified market data, your funds could vanish in seconds.

In a decentralized autonomous organization (DAO), AI is often used to screen proposals, filter spam, or recommend voting actions. If the AI’s decision logic is a black box, community members have no way to know whether it is biased, manipulated, or acting against established rules.

Whether in trading or governance, the prompt is the starting point of an AI agent — its blueprint for behavior. Yet in most current AI applications, verifying this critical element is nearly impossible for users:

• Opaque transmission – Prompts can be intercepted or altered in transit.

• Invisible execution logic – The agent may follow inference steps that differ from the original prompt.

• Untraceable outputs – There is no provable link between the final output and the original prompt, making behavioral consistency impossible to guarantee.

This lack of transparency not only undermines reliability, but in high-stakes contexts it creates a security black hole—an attacker only needs to change part of the prompt or inference chain to alter the agent’s entire decision-making process.

Zypher Network solves this by introducing a decentralized trust layer for agents — backed by zero-knowledge proofs, modular verification protocols, and a high-throughput execution environment built on BNB Chain; Zytron BNB serves as the underlying foundation of this architecture.

Technical Highlights

zk-Native Runtime Verification

Zytron enables zero-knowledge proof generation and validation at the runtime layer. Agents are verifiable by default, with tamper-resistant auditing of prompt–response consistency and inference behavior.

Batch zk Proofing Architecture

Zytron supports aggregation of proofs across multiple agents or time windows, allowing for efficient parallelism and scalable validation pipelines.

Elliptic Curve Precompiles

Zytron natively supports BabyJubJub over BN254 for efficient on-chain zk validation. Developers no longer need to manually implement curve operations.

RISC-V and zkVM Support

Designed for advanced zk-agent workloads including encrypted inference, private model calls, and verifiable control flow. Compatible with modular zk execution frameworks.

Proof of Verifiable Work (PoVW)

Any node can join the prover network to generate zk proofs. Proofs are scored and validated on-chain, with rewards distributed based on throughput and validity.

Performance Benchmarks

Sub-500ms zk validation latency, 1000+ agents per block, and over 1 million proof attestations per day across distributed prover nodes.

Why BNB Chain?

Zytron is designed as a modular execution layer secured by BNB Chain. It uses BNB for both settlement and data availability, forming the base of Zypher’s verifiable AI architecture.

Zypher’s infrastructure integrates with BNB Chain through two layers:

At the protocol level, core components such as Proof of Prompt and Agent Scoring are also deployed directly on BNB mainnet. These smart contracts provide developers with access to prompt verification and behavioral auditing services, while user feedback is submitted through browser-based interfaces and recorded on-chain. This ensures traceability and transparency across the verification process.

At the execution level, Zytron runs as a modular framework on top of BNB. It inherits BNB’s security model while introducing zkVM support, RISC-V compatibility, pipelined proof generation, and parallel validation. Zytron is optimized for high-frequency agent interactions and has already processed over 5 million agent-level transactions in premainnet. Its account structure and asset interface are fully synchronized with BNB mainnet.

This two-layer integration enables a clean separation of concerns: verification logic remains composable and accessible on BNB mainnet, while large-scale execution is offloaded to Zytron. Together, they provide a unified, trust-minimized foundation for verifiable AI systems.

Network Details

During its testing phase, Zytron supported over 5 million wallet interactions and is currently running over 100+ verifiable AI agents in production across DeFi, AI tooling, and infrastructure (Ecosystem Chart). Users can go to wiki.zypher.network for more information on RPC and other useful links.

Useful Links (RPC, Bridge, Gas)