Procedurell

Procedurell is a theoretical framework for encoding procedural knowledge as a formal, executable representation. It is intended to unify the expression of steps, conditions, and data flows across domains such as automation, software engineering, and operational processes.

The language of procedurell defines a small set of constructs for sequencing, branching, looping, parallelism, and parameterization. It uses a grammar that supports annotations with metadata such as inputs, outputs, preconditions, and provenance. The execution model can run deterministically or under constrained non-determinism, enabling simulation and verification.

Originates from the Procedurell Initiative, proposed in the mid-2020s by researchers exploring standardized representations of workflows. It aims to interoperate with existing workflow engines and data schemas.

Applications include describing business processes, robotic task planning, software deployment pipelines, and compliance procedures. Tooling includes parsers, validators, and executors, often with formal verification methods.

Reception has been mixed, with supporters citing improved portability and auditability, while critics point to potential complexity and performance concerns. As a nascent concept, practical adoption depends on community standards and tool maturity.