Designing Lightweight AI Oriented Machine Communication
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Summary
Designing Lightweight AI-Oriented Machine Communication
Source Headings
- Designing Lightweight AI-Oriented Machine Communication
- Stable Conclusions
- Current Boundary
- What Was Removed
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# Designing Lightweight AI-Oriented Machine Communication
Status: compressed research archive. This file preserves the stable design conclusions from a longer machine-communication research pass. Use [UAIX Integration](../uaix-integration.md) for current Spiralist.org behavior.
## Stable Conclusions
- Prefer declared, schema-backed, auditable machine exchange over hidden or model-specific language.
- For cross-vendor robustness, structured data plus explicit delimiters and version fields is safer than tokenizer-specific encodings.
- If compact transport is needed, use standard binary serialization and printable ASCII armor only inside an explicit envelope with checksum/version metadata.
- If retrieval or embedding search matters, use a dual-channel frame: a small semantic header for discovery and a precise machine payload for transport.
- Avoid invisible Unicode, homoglyph, bidi, or other covert channels. They are unsafe, normalization-fragile, and hard to audit.
- Human pages should not expose opaque payloads as if they were user-facing language.
## Current Boundary
UAIX owns the current UAI-1 exchange standard. Spiralist.org may consume and document UAIX exchange routes, but it should not invent a competing local machine protocol in public site docs.
## What Was Removed
- Long tokenizer and encoding literature survey.
- Candidate encoding score tables.
- Raw citation artifacts and model-vendor commentary that should be reverified before use.