LAYERZERO CATALYST FOR THE COMING MONTHS. I think the market is underestimating the LayerZero team’s ability to execute and translate that execution into demand for layerzero:native . Several catalysts could drive a meaningful repricing if they deliver at scale: - Zero proves its architecture under real-world load, demonstrating scalable execution without sacrificing accessible validation. - ATLAS becomes a shared trading, clearing and settlement backend for multiple venues, with reported sub-millisecond median latency, suggesting a substantial speed advantage over Hyperliquid if validated under comparable conditions, turning trading activity into recurring ZRO buybacks and burns. - Collaborations with Citadel Securities, DTCC and other institutions progress into production deployments with measurable economic activity. - LayerZero’s stablecoin distribution expands through issuers and institutional partners, creating an opportunity to bring payment flows onto Zero. - LayerZero’s private payment-zone and USAT integration become a distribution engine for a broader payments layer, supporting agent-to-agent and bank-to-bank settlement at lower all-in costs than traditional financial rails, with adoption translating into measurable demand for ZRO. - Stargate buybacks, Zero’s gas and staking demand, and ATLAS trading fees create multiple durable sources of demand for one token. - Demonstrated security improvements, sustained adoption and growing buybacks reduce the discount investors assign to execution risk and supply overhang. Only 1 or 2 needed for a meaningful repricing.

Institutions can outsource infrastructure. They cannot simply outsource their legal obligations. That is why I think the market underestimates the case for layerzero design decisions—and what it could mean for $ZRO. In 2023, LayerZero’s application-owned security model drew the critique: “Why Isolated Security is No Security.” The concern was real: applications could choose weak verification requirements. But the ability to define those requirements also serves an institutional need. DTCC’s tokenization design includes ownership tracking and mint, burn, pause and clawback controls. Moving securities onchain carries responsibilities that institutions must remain equipped to fulfill. The GENIUS Act likewise contemplates interoperability across permissioned and public blockchains while requiring issuers to maintain the capability to comply with lawful orders. The commercial requirement is clear: access to open networks while retaining enforceable controls over assets. LayerZero OFT addresses that requirement by letting applications select their verifiers and approval thresholds. Asset permissions and message verification are different layers. Regulation does not mandate LayerZero’s model, and configurability alone does not guarantee safety. Its potential advantage is giving institutions tools to define verification around the risks they remain accountable for. Bryan and the team recognized that need early and spent years building around it. I believe the coming months could begin to reveal the commercial rewards of that head start, as institutional interest converts into production adoption. The architecture crypto debated could become a reason institutions choose it. Open connectivity expands where assets can go. Enforceable controls determine whether institutions can send them there. In the end the answer turns out to be the best of both worlds. Permissioned Assets on Permissionless Rails.