Wormhole’s original W schedule locked 82% of its 10 billion-token supply, and that figure says more about unlock pressure than the date of any single release.
That is the first useful distinction: an unlock is a change in who may sell, while unlock pressure is the potential supply entering a market relative to its liquid float, trading depth, and likely sellers. A schedule exposes the first condition. The rest requires reading the allocation and the mechanics around it.
When a Universal Bridge moves assets or messages between networks, its operational activity and its token’s vesting curve are separate systems. The broader bridge context sits at dune.com.
A vesting schedule becomes useful when its dates, quantities, and restrictions are read together.
The simplest useful calculation is unlocked tokens divided by circulating supply. A release equal to 2% of total supply might be manageable when the float is large, but severe when it adds 10% to the tradeable supply. Market capitalization alone hides this distinction because it values both locked and liquid tokens at the same quoted price.
Wormhole’s 2025 W 2.0 update replaced several large annual cliffs with bi-weekly unlocks beginning October 3, 2025, which makes the older “watch the anniversary date” strategy incomplete.
The change applies to Guardian Nodes, Community and Launch, Ecosystem and Incubation, and Strategic Network Participants. Their release pattern moved toward a smoother schedule over 4.5 years, while investor and Guardian alignment was extended by six months to October 2028. The Foundation Treasury allocation, 23.3% of supply, retained its original daily four-year schedule.
The Core Contributors allocation is the important edge case. Its tokens technically unlock to the Wormhole Foundation on a bi-weekly basis, but the underlying agreements preserve the original annual schedule through contractual time locks. On-chain movement therefore does not automatically equal market circulation. Anyone tracking W needs to distinguish a wallet transfer into escrow from a transfer to a liquid trading venue.
This is what the revised schedule replaces: a few highly visible cliffs with a more continuous supply stream. Pressure becomes less dramatic at one date, but more persistent across many smaller dates. The right question in 2026 is no longer “What happens at the next annual unlock?” It is “How many tokens become transferable during the next period, from which allocation, and to whom?”
The bridge’s architecture changes how a token’s supply should be interpreted, but it does not erase vesting risk.
Wormhole’s Native Token Transfers standard lets W exist natively across Solana, Ethereum, and supported EVM networks while preserving one supply accounting system. Moving W between chains should not create new W, but it can make the asset easier to route into different liquidity venues. A researcher should therefore follow the allocation wallet and the token’s native-transfer controls, not simply count balances on one chain.
Stargate Finance illustrates a different trap. STG can be locked into veSTG for governance, and veSTG voting power decays as the lock approaches expiry. That reduces immediately available supply for as long as the lock remains active. But Stargate’s later redemption terms allow STG holders to exchange STG for ZRO under the approved conversion process. A historical STG vesting chart is not a complete current forecast if the token itself is being replaced or redeemed.
Chainlink CCIP belongs in a separate category. CCIP is a cross-chain messaging protocol, and its Cross-Chain Tokens can use burn-and-mint mechanics without relying on shared liquidity pools. That tells a builder how assets move; it does not create a CCIP-specific unlock schedule. Any pressure in LINK or in a token transferred through CCIP must be analyzed from that token’s own supply rules.