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Framework

DDA, meaning compression, and TCT are one framework.

The same frozen panel can retrieve, label fixed data, define targets, and guard generated outputs without updating its parameters.

Diagram showing the same frozen embedder panel used as retriever, labeller, and guard.
Diagram showing the same frozen embedder panel used as retriever, labeller, and guard.

Figure 1.One frozen panel supplies retrieval geometry, DDA labels, and TCT guard checks.

Figure description

The figure places one frozen embedder panel at the center. Three arrows connect it to retrieval over stored content, DDA labelling over fixed source data, and TCT runtime guard evaluation over generated candidates. The point is that the same parameter instances are reused without updates across all three roles.

DDA: derive labels from real data

DDA starts from real observations and frozen instruments. The derived dataset attaches per-embedder projections and pairwise interactions to source inputs instead of replacing them.

primary

Derived Data Abundance

DDA decomposes fixed real data through frozen embedder panels into structured supervisory signals.

Meaning compression: count signal density

Meaning compression asks how many structured labels are measured per raw-data unit. It is complementary to bit, weight, and activation compression.

primary

Meaning compression

Meaning compression is the ratio view of DDA: structured signal density per unit of raw data.

TCT: train and verify against centroids

TCT builds a centroid panel, trains candidates toward that panel, and checks generated outputs with a deterministic geometric predicate relative to the chosen centroid panel.

primary

Teleological Constellation Training

TCT constructs frozen multi-modal centroids, trains against them, and verifies candidates with a geometric runtime guard.

What this is not

It is not synthetic data branding. It is not a universal alignment claim. It is not a benchmark claim against RLHF, DPO, or Constitutional AI. It is a source-grounded way to measure and reuse structure in fixed data.

Where it is implemented

Context Graph implements the text-side witness. ClipCannon implements the video-side witness. OCR Provenance and Dynamic / ME-JEPA show the broader source-of-truth verification posture.

text-dda-witness

Context Graph

Text-side DDA witness using 13 frozen embedders, RocksDB storage, and MCP retrieval tools.

Embedder panel
N=13
Structured signals
up to 91 per input

Open system

video-dda-witness

ClipCannon

Video-side DDA/TCT witness using a 23-stage DAG, seven modalities, and per-project provenance records.

Pipeline
23-stage DAG
Modality panel
N=7

Open system

document-provenance-witness

OCR Provenance

Document-side provenance witness for local-first OCR, chunking, embeddings, and hash-linked records.

Architecture
local-first MCP server
Provenance
hash-linked transformation records

Open system

jepa-runtime-witness

Dynamic / ME-JEPA

Private-preview JEPA-style runtime witness for audited bundles, deterministic artifacts, and Full State Verification.

Preview artifact
private PDF
Verification posture
source-of-truth readback

Open system

Related videos

00:11:23 / 6umU6kuXR3s

Meaning compression and Derived Data Abundance

Plain-language talk track for the fixed-data DDA move and the meaning-compression ratio.

The formal site claim is narrower than the talk title: DDA is fixed-corpus decomposition and meaning compression is a proposed structured-signal-density measure.

Open video

Sources

  • docs2/PAPER.md#3.4
  • docs2/PAPER.md#5