Brevis and Camp Network: Verifiable IP for the AI Era

2026-03-31

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TL;DR: Brevis is partnering with Camp Network, the IP-focused Layer 1 blockchain, to bring zero-knowledge verification to intellectual property licensing, royalty distribution, and ownership attestation. The collaboration addresses three core challenges that AI has created for the IP economy: proving ownership without exposing sensitive information, computing complex royalty splits at scale, and enabling confidential licensing for high-value creative assets. Camp provides the IP infrastructure, including registration, licensing, remix attribution, and royalty mechanisms. Brevis provides the ZK trust layer for data authenticity, off-chain computation, and privacy.

AI Broke Traditional IP Protection

AI has fundamentally changed how creative work gets produced. Images, characters, music, stories, and entire franchises can now be remixed or replicated in seconds. The systems that protect creators haven’t kept pace.

Three problems stand out:

IP abuse and unlicensed derivatives. AI models freely generate outputs in the style of artists or popular franchises without attribution, licensing, or compensation.
Broken incentive tracking. Even when creators want to license their work, there’s no practical way to track who used what, which derivative generated revenue, or how royalties should flow through complex chains of AI-assisted co-creation. Running that kind of multi-hop attribution on-chain is too slow and too expensive.
Privacy risk for IP owners. IP owners who want to participate in licensing often can’t because the process requires exposing contract details, corporate information, or metadata about unreleased works.

Camp Network is built to solve these problems. As a purpose-built L1 for intellectual property, Camp provides the infrastructure for on-chain IP registration through its Origin framework, remix licensing, automated royalty splits, and a 200+ project ecosystem of creators, AI developers, and licensing platforms. IP assets are tokenized as ERC-721 NFTs with traceable provenance, usage rights, and attribution baked in at the protocol level.

What Camp needs is a trust layer that can handle verification, computation, and privacy without compromising the data it’s protecting. That’s where Brevis comes in.

Proving Ownership Without Revealing Anything

Most valuable IP starts off-chain. Art, characters, brand assets, storylines, datasets. To bring these assets into Camp’s on-chain registry trustlessly, there needs to be a way to verify their authenticity and the claimant’s ownership without requiring the creator to upload sensitive documents.

Brevis zkTLS solves this by proving that data originates from a specific authenticated source without exposing the data itself. Combined with Camp’s Origin registry, this creates a verification path where creators can establish ownership cryptographically.

Consider an animation studio that wants to license a character into an AI model. Normally, this would require uploading copyright documents, contract metadata, and studio information to prove legitimacy. With zkTLS, the studio instead generates a proof that the asset originates from the official copyright holder’s server and that the claimant has legitimate ownership. No files, no images, no legal documents are exposed. The AI model gets a green light for licensed usage, and the studio’s confidential information stays confidential.

Camp’s AI verification tool handles the initial authenticity assessment, while Brevis generates the ZK proof and posts it to Camp’s blockchain, which then mints the IP license. The creator’s ownership is now on-chain and verifiable, without any sensitive data ever leaving their control.

Scaling Royalties for AI Co-Creation

AI-generated content has complicated ancestry. A remix of a remix, multiple upstream creators, model-assisted transformations, multi-party contributions. Tracking who deserves what share of revenue through these derivation chains is computationally intensive work that doesn’t belong on-chain.

Brevis handles this by offloading the entire computation, including royalty splits, attribution graphs, and usage metrics, then generating a ZK proof that the results are correct. Camp verifies the proof on-chain and executes the distributions for a fraction of what native on-chain computation would cost.

Take a scenario where a user remixes a Camp-registered artwork using one of Camp’s ecosystem tools. The remix has twelve upstream creators who each contributed at different stages. Brevis computes the entire derivation graph off-chain, calculates each creator’s revenue share based on Camp’s royalty rules, and returns a zero-knowledge proof alongside the final payout amounts. Camp verifies the proof and executes instant, gas-efficient distributions.

Creators get paid, the computation stays affordable, and every payout is provably correct.

This is what makes AI-native licensing markets viable. Without scalable, verifiable royalty computation, the economics of multi-party creative collaboration fall apart. The attribution chains are too deep and the parties too numerous for on-chain execution, but the financial stakes demand trustless verification.

Confidential Licensing for High-Value IP

Some IP transactions involve parties that need confidentiality as a prerequisite for participation. Studios, investors, and DAOs may want to license premium franchises or verify catalog value, but they can’t do so if the process requires revealing the franchise name, contract terms, valuation details, or corporate identity.

With Brevis zkTLS integrated into Camp’s framework, IP owners can prove selective facts about their holdings without exposing the underlying information. A studio could generate proofs like:

“Our IP catalog valuation exceeds $100M”
“We possess full licensing rights for commercial use”
“Verified documents back this claim”

All without naming the franchise, showing revenue breakdowns, or revealing corporate details.

This opens up an entirely new category of IP transactions. Investor DAOs can evaluate licensing opportunities based on cryptographic attestations rather than NDAs. Studios can explore partnerships without competitive exposure. AI developers can access legally compliant assets with verified provenance without the IP owner sacrificing any confidential information in the process.

Camp’s IP Layer, Brevis’s Trust Layer

Camp handles registration, licensing, remix attribution, and royalty mechanisms. Brevis handles authenticity proofs, off-chain computation, and privacy verification. Together, we form the infrastructure for programmable IP in an era where AI has made traditional protection models obsolete.

The combined stack means IP can be licensed, verified, and monetized without any party giving up more information than necessary. Ownership proofs, royalty computations, and confidential valuations all run through the same ZK infrastructure, keeping the heavy lifting off-chain while the on-chain verification costs stay negligible.

The collaboration is actively in development across all three areas. More details will follow as the integration progresses.

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.