Repository: Tuttotorna/OMNIA-RADAR Release tag: v2026.05.21 Release commit: f0c14e8 Release DOI: 10.5281/zenodo.20322686
Boundary:
measurement != validation validation != orchestration orchestration != decision decision != measurement
Zenodo DOI badge for this repository.
Repository: Tuttotorna/OMNIA-RADAR GitHub repository id: 1143359510 Release tag: v2026.05.21 Latest release DOI: 10.5281/zenodo.20322686
Release DOI: 10.5281/zenodo.19829096
GitHub release: OMNIA-RADAR v1.0.0 release
From a clean environment:
git clone [OMNIA-RADAR.git](https://github.com/Tuttotorna/OMNIA-RADAR.git)
cd OMNIA-RADAR
python -m pip install -e .
pytest
If example scripts are available, run the smallest demonstration after tests pass.
The goal is to see the radar path:
candidate trace
-> signal scan
-> anomaly / persistence / drift
-> measurement candidate
-> external validation
OMNIA-RADAR scans candidate traces, outputs, representations, or sequences for structural signals.
It can help detect:
- anomaly;
- persistence;
- drift;
- weak structural signal;
- candidate instability;
- candidate patterns worth measuring later.
Public compression:
RADAR detects.
OMNIA measures.
VALIDATION tests artifacts.
OMNIA-RADAR does not:
- infer semantic truth;
- decide correctness;
- replace OMNIA measurement;
- replace OMNIA-VALIDATION;
- perform security scanning;
- perform cryptographic attacks;
- recover keys;
- prove physical truth;
- convert detection into final decision.
The final decision remains external.
Not every trace deserves full measurement.
OMNIA-RADAR detects structural candidates.
OMNIA decides nothing; RADAR decides even less.
RADAR is an early-warning layer, not a verdict layer.
Every serious OMNIA-RADAR result should make clear:
| Component | Meaning |
|---|---|
| candidate | The trace, output, representation, or sequence being scanned |
| scan mode | What kind of signal scan is applied |
| anomaly | Whether unexpected structure appears |
| persistence | Whether signal survives basic variation |
| drift | Whether signal moves across observations |
| candidate signal | What should be sent to full measurement |
| limitation | What the detection does not prove |
| external validation | How the result should be validated later |
Recommended result vocabulary:
no_signal
candidate
anomaly
persistent
drifting
inconclusive
Meaning:
- no_signal: no relevant structural signal detected under the declared scan;
- candidate: a possible signal exists and should be measured;
- anomaly: unexpected structure appears;
- persistent: signal remains visible across declared checks;
- drifting: signal moves across observations;
- inconclusive: the scan is insufficient or ambiguous.
- docs/QUICKSTART_RADAR.md
- docs/RADAR_OVERVIEW.md
- docs/SIGNAL_CONTRACT.md
- docs/ANOMALY_PERSISTENCE_DRIFT.md
- docs/DETECTION_BOUNDARY.md
- docs/RADAR_MANIFEST.json
For the full ecosystem map, start here:
For public validation artifacts, start here:
For core structural measurement, start here:
not a truth oracle
not a semantic judge
Decision remains external
structure != meaning
| Repository | Role |
|---|---|
| lon-mirror | Canonical public entry point |
| OMNIA-VALIDATION | Public validation showroom |
| OMNIA | Core structural measurement engine |
| OMNIABASE | Representation invariance foundation |
| omnia-limit | Stop / continue boundary layer |
| OMNIA-RADAR | Structural signal detection layer |
| OMNIA-INVARIANCE | Structural invariance layer |
| OMNIA-CONSTANT | Structural constant candidate layer |
| OMNIAMIND | Structural cognition orchestration layer |
| OMNIA-THREE-BODY | Dynamic divergence stress test |
| OMNIA-SECURITY | Bounded structural security diagnostics |
| OMNIA-CRYPTO | Bounded structural crypto diagnostics |
measurement != inference != decision
MIT.
measurement != inference != decision
This repository is part of the MB-X.01 / OMNIA ecosystem. Its outputs must be read as structural measurement, validation, detection, orchestration or adapter artifacts according to the repository role. They are not autonomous semantic truth claims and they do not make external decisions.