Integrated Reactive Network as a core trust primitive for the Living DRS system. A DilutionMonitorRSC contract runs live on Reactive's Lasna network and subscribes to NewAttestation events emitted by VeritasRegistry on Unichain Sepolia. When any near-duplicate of an attested content token appears on-chain, the RSC fires a cross-chain callback to VeritasRegistryCallback on Unichain, autonomously incrementing that content's dilutionCount — no keeper, no cron, no oracle needed. Proven live on 2026-06-06: dilutionCount raised 0 to 2 end-to-end, DilutionIncremented events confirmed, with zero off-chain infrastructure running.
The creator economy and DeFi liquidity markets are broken in the same way, for the same root reason: there is no on-chain primitive that measures content originality risk.
When a creator tries to tokenize their work today, they can mint an ERC-20 and open a pool — but so can anyone who copied their image, generated a near-replica with AI, or scraped their content. There is no gate. Authentic originals and fabrications compete for the same capital on equal footing.
The LP providing liquidity to a content asset pool faces dilution risk: as copies and AI replicas proliferate, the token's scarcity premium erodes and the AMM has no mechanism to price it. Without a priced dilution signal, LPs have no rational basis to commit capital.
Veritas introduces one score — DRS — that connects the entire creator economy lifecycle from origination to liquidity. At origination, IPLaunchRegistry.registerIP() reads the current DRS and reverts with DRSTooHigh if it exceeds 85%, blocking copied content from raising capital at the contract level. At liquidity, VeritasHook._getDynamicFee() reads the same DRS on every swap and returns a live fee calibrated to dilution risk.
What makes this technically novel is the Living DRS: when a near-duplicate is attested anywhere on-chain, DilutionMonitorRSC on Reactive Lasna fires a cross-chain callback to Unichain with no keeper — the fee rises on the very next swap. The first system where LP IL protection is not just fee-calibrated at deployment but continuously self-updating from real-world origination events.
The hardest challenge was ideation — figuring out how impermanent loss, the creator economy, Reactive Network, and Unichain were not just thematically adjacent but structurally unified into one thesis. The breakthrough was connecting IL theory (expected IL scales as -σ²/8) to content replication risk: DRS is not a dashboard metric but a forward variance estimator.
The second challenge was the trust architecture for D. If D is purely oracle-signed, the system has a bribery vector. The Reactive Network integration resolved this — the dilutionCount floor becomes a function of what the blockchain itself has witnessed, bounding D from below regardless of oracle behavior.
The third challenge was building V1 (bonding curve launchpad) and V2 (DRS oracle and dynamic fee) as one system with one narrative.