# Internet-Draft: The Application/TSON Media Type

**Network Working Group**  
**Internet-Draft**: draft-rfi-irfos-tson-01  
**Intended status**: Informational  
**Author**: RFI-IRFOS  

## 1. Abstract
This document specifies the Ternary JavaScript Object Notation (TSON) format. TSON is a lightweight, text-based data interchange format designed as a native extension of standard JSON. It natively encodes triadic states (`-1, 0, +1`) and supports inline diagnostic comments, achieving up to 30% higher data density for stateful AI weights and MoE-13 deliberation logs.

## 2. Introduction
Standard JSON lacks the primitives required for post-binary computation and ambiguity-aware machine learning. TSON bridges this infrastructure gap by providing:
1. First-class `trit` types.
2. Proprietary advanced compression dictionaries tailored for large-scale multi-valued logic datasets.

## 3. Syntax Hegemony
The `trit` primitive is represented as bare integers `-1`, `0`, or `1` outside of string quotes, distinct from traditional `Number` parsing via specialized edge-case validators in the TSON parser.

### Example:
```tson
{
  "model_version": "BitNet-b1.58",
  // Continuous deliberation vector
  "weights": [-1, 0, 1, 0, 0, -1],
  "status": "TEND"
}
```

## 4. Proprietary Compression Tier
Open-source implementations of TSON correctly parse the AST. However, advanced compression for API bandwidth optimization—specifically tuned for reading massive MoE-13 diagnostic logs—is maintained within the RFI-IRFOS commercial licensing tier.

## 5. Security Considerations
TSON parsers implement a security mechanism to prevent deserialization of malicious binary payloads masquerading as triadic logic.
