Scaling BNB Chain to Infinity with Verifiable Computing Powered by Brevis

2025-10-10

[read_meter]

TL;DR: Brevis is now live on BNB Chain, solving a problem that’s held back every smart contract on the network: they can’t access their own history or run complex calculations without exploding gas costs. PancakeSwap is already using this to offer personalized trading fees. Kernel is making BNB’s validator security work across chains. Both were impossible before. Both are live now.

The Problem Every BNB Chain dApp Shares

BNB Chain processes millions of transactions daily across one of crypto’s most active ecosystems. Yet every dApp on the network runs into the same wall: smart contracts can’t access historical data or perform complex calculations without prohibitive gas costs.

Want to reward loyal users based on their trading history? Can’t efficiently calculate it on-chain. Need to verify cross-chain validator performance? Too expensive to process. Looking to personalize experiences based on past behavior? The gas costs exceed any benefit you could provide.

This limitation forces dApps into crude workarounds. Incentive programs rely on snapshots instead of continuous behavior. DEXes treat every user identically regardless of loyalty or volume. Cross-chain coordination depends on trusted intermediaries.

The ceiling isn’t due to a lack of technical ambition, but rather a limitation of the computational model itself.

What Brevis Changes

Brevis eliminates this constraint with two complementary technologies now deployed on BNB Chain:

ZK Data Coprocessor: Query and compute over any historical BNB Chain data (transactions, balances, protocol state) off-chain, then prove the results on-chain with a lightweight zero-knowledge proof. Smart contracts get access to their complete history without gas explosions.

Pico zkVM: Run arbitrary programs (simulations, ML inference, complex algorithms) off-chain, generate cryptographic proof of correct execution, verify on-chain for pennies. With 10-20x faster proving times via GPU acceleration, this brings massive computational power to smart contracts without the gas costs.

The pattern: compute off-chain where it’s fast and cheap, prove correctness on-chain where it matters. Smart contracts can finally be intelligent without being expensive.

Already Live: Real Applications, Real Users

PancakeSwap Infinity launched six Brevis-powered hooks that adjust swap fees and LP rewards based on users’ actual trading history and CAKE holdings. High-volume traders automatically pay lower fees. Loyal token holders earn better rewards. The adjustments happen trustlessly based on proven on-chain data with no staking requirements, no sign-ups, and no trust assumptions.

This feature was impossible to build before. Calculating individual trading histories on-chain would cost more in gas than any fee discount could save. Now it runs automatically for every user.

Kernel uses Brevis to make BNB’s validator security portable across chains. Pico zkVM generates proofs of BNB block headers and Kernel’s restaking state, verifying validator performance on external networks without trusted bridges. BNB stakers access new yield opportunities while developers gain verified cross-chain security coordination.

What was limited to single-chain validator sets now extends across ecosystems, backed by cryptographic proofs instead of trust.

What This Enables for Developers

With Brevis deployed on BNB Chain, you can build:

Dynamic incentive programs that reward actual behavior patterns, not crude snapshots
Personalized DeFi experiences that adapt to individual user history
Cross-chain security verification without intermediaries or custom bridges
Complex trading strategies validated off-chain and proven on-chain
ML-powered features with verifiable inference results
Web2-level UX with predictable low gas costs

The workflow is straightforward: define your data query or computation in Rust, let Brevis generate the proof off-chain, verify it on-chain through a simple Solidity callback. No custom circuits. No ZK expertise required. Just access to computation that was previously impossible.

Brevis brings verifiable computing to BNB Chain, eliminating the constraints that forced dApps to choose between sophistication and cost.

The next generation of BNB Chain applications won’t just be faster or cheaper, they’ll be infinitely more intelligent, personalized, and trustless with Brevis.

About Brevis

Brevis is a verifiable computing platform powered by zero-knowledge proofs, serving as the infinite compute layer for Web3. Applications can offload expensive computations off-chain while proving every result on-chain. The Brevis stack includes Pico zkVM for general-purpose computation, the ZK Data Coprocessor for trustless access to historical blockchain data, Pico Prism for real-time Ethereum block proving (99.6% coverage, 6.9s average), and ProverNet, a decentralized marketplace for ZK proof generation. To date, Brevis has generated hundreds of millions of proofs across 40+ protocols on 6 blockchains.