whipplescript-author

Durable AI automations require event-sourced orchestration that persists state and guarantees exactly-once execution. WhippleScript provides a formal language and runtime to manage long-running workflows, retries, and state persistence that survive process restarts.

Coordinating parallel agents with human-in-the-loop approvals requires a deterministic policy that separates decision logic from external effects. WhippleScript enforces formal invariants for multi-step orchestration, ensuring complex workflows remain auditable and predictable.

Preventing duplicate paid actions and infinite loops in distributed AI workflows requires enforcing formal invariants for durable orchestration. WhippleScript solves these reliability issues by providing a language that guarantees exactly-once execution and idempotency.

Yes, formal verification of workflow invariants is supported by separating deterministic policy from external effects. WhippleScript applies to complex, multi-step workflows requiring auditability, ensuring decision-making logic remains predictable and formally validated.

Yes, you can use this for multi-agent systems handling complex error recovery. WhippleScript is designed for business-critical operations requiring robust failure handling, parallel task execution, and human approvals.

To initialize a new workflow project and validate a rule set, use the whipplescript-author skill. This sets up your project structure and verifies your first formal rule set for durable orchestration.