procedurash

Procedurash is a coined term in software engineering and workflow automation describing a formal approach to structuring procedures as modular, auditable steps that can be traced via cryptographic hashes. The concept emphasizes reproducibility and provenance in procedural execution, blending ideas from procedural programming with hash-based verification.

At its core, procedurash uses small units called procedulets, each encapsulating a single operation with explicit input and output contracts. A procedulet is accompanied by metadata, including a configuration hash that uniquely identifies its setup. A complete procedurash workflow is represented as a directed acyclic graph of procedulets, scheduled to execute in order that honors dependencies.

Key features include:

- modular steps with clear boundaries

- explicit input and output contracts

- configuration and state hashes for provenance

- an auditable trail of execution

- deterministic behavior and replay capability

Applications and variants: Procedurash is used in data transformation pipelines, build and deployment workflows, and reproducible research experiments where every step can be audited and re-executed. Some implementations provide inline procedurash definitions in code, while others rely on external workflow definitions linked to a hash registry.

History and status: The term emerged in online developer discourse during the 2010s and is most visible in experimental systems and open-source projects. It is not tied to a single formal standard and varies across platforms, serving more as a descriptive approach to reproducible, verifiable procedures than a universal specification.

See also: procedural programming, workflow management, data provenance, reproducible research.