NormCode: A Semi-Formal Language for Auditable AI Planning

TL;DR

NormCode introduces a semi-formal language for AI workflows that ensures auditability by enforcing data isolation, separating reasoning from data flow, and providing multi-format inspection tools, enhancing transparency in high-stakes AI applications.

Contribution

The paper presents NormCode, a novel semi-formal language that makes AI workflows auditable by construction through strict data isolation and a multi-format ecosystem.

Findings

Achieved full accuracy on base X addition.

Enabled self-hosted execution of the NormCode compiler.

Demonstrated transparent, inspectable AI workflows with structured representations.

Abstract

As AI systems move into high stakes domains such as legal reasoning, medical diagnosis, and financial decision making, regulators and practitioners increasingly demand auditability. Auditability means the ability to trace exactly what each step in a multi step workflow saw and did. Current large language model based workflows are fundamentally opaque. Context pollution, defined as the accumulation of information across reasoning steps, causes models to hallucinate and lose track of constraints. At the same time, implicit data flow makes it impossible to reconstruct what any given step actually received as input. We present NormCode, a semi formal language that makes AI workflows auditable by construction. Each inference step operates in enforced data isolation and can access only explicitly passed inputs. This eliminates cross step contamination and ensures that every intermediate state can be inspected. A strict separation between semantic operations, meaning probabilistic language model reasoning, and syntactic operations, meaning deterministic data flow, allows auditors to clearly distinguish inference from mechanical restructuring. The multi format ecosystem, consisting of NCDS, NCD, NCN, and NCDN files, allows developers, domain experts, and auditors to inspect the same plan in formats suited to their individual needs. A four phase compilation pipeline transforms natural language intent into executable JSON repositories. A visual Canvas application provides real time graph visualization and breakpoint debugging. We validate the approach by achieving full accuracy on base X addition and by self hosted execution of the NormCode compiler itself. These results demonstrate that structured intermediate representations can bridge human intuition and machine rigor while maintaining full transparency.