Consensus decentralization creates shared state. Portable action is a separate problem. When initiation runs through a multisig, relayer, or bespoke operator, that stack remains the gatekeeper. Fermah’s execution layer gives protocols agency: actions can be initiated programmatically across protocols. Shared state coordinates systems. Portable initiation lets them participate.

The next million prediction markets will be triggered by protocol state. Fermah treats resolution as an execution primitive: state changes resolve and settle in the same sequence. Across 100,000+ production markets, 48-hour windows have excluded seconds-level events. Resolution timing determines what can become a market.

Action definitions, execution capacity, and settlement coordination need independent upgrade paths. Running protocol actions showed why: content-addressed OCI definitions registered onchain retain identity as runtimes evolve. Stable settlement interfaces keep each action legible to the next sequence. Protocol agency begins when action identity outlives its runtime.

Execution path follows how far an output must travel. Across 2.8M+ production proofs, Fermah routes identical computation differently as outputs serve local, immediate, or future actions. Consumption horizon: local → native; next action → TEE; future sequences → ZK. The farther an output composes, the more durable its execution artifact must be.

Prediction markets aren't gambling. Bad resolution is. Oracles answer one question and wait for a vote. Kernel defines the market, runs it and settles it on-chain, start to finish. Something's being built on it. Soon.