OBSERVE
State-dependent signals are assembled at the resolution presently available to the system.
APPLIED SYSTEMS · RESEARCH PROTOTYPE
Regime diagnostics
for complex systems.
The CRBT Diagnostic Engine translates coherence regulation, bounded deviation and accessibility analysis into an operational framework for identifying system regimes and transition conditions.
STATUSResearch prototype
PRIMARY DOMAINBitcoin / BTC
PURPOSERegime diagnosis
PUBLIC ACCESSNot yet open
CRBT DIAGNOSTIC ENGINE
Diagnose the regime.
Do not pretend to know the future.
The first calibration domain is Bitcoin: a continuously traded, highly non-linear environment in which changing accessibility, persistence and transition pressure can be studied across multiple resolutions.
The engine is not presented as a price-prediction oracle, trading signal or guarantee of future performance. Its purpose is narrower and more disciplined: to describe the currently accessible regime and expose where that description becomes fragile.
OUTPUT ARCHITECTURE
A diagnostic state,
with its limits attached.
The eventual API response is designed to keep interpretation and uncertainty together. A regime label without its accessibility boundary would be incomplete.
ILLUSTRATIVE INTERFACE SCHEMA · NOT LIVE MARKET DATACURRENT REGIMEBOUND REGIME LABELDerived only when validation gates are satisfied
COHERENCE STATEmeasured relation
SLIP PROXIMITYbounded position
TRANSITION PRESSUREregime-relative
ACCESSIBILITY LIMITexplicit scope
OPERATIONAL TRANSLATION
From accessible state
to bounded diagnosis.
This public architecture describes the function of each layer while intentionally withholding implementation-level operators, thresholds and protected system logic.
MAP
The analyzer constructs a coherence and accessibility description without assuming a globally predictable trajectory.
DIAGNOSE
Regime structure, transition pressure and slip-band proximity are evaluated as bounded diagnostic relations.
REPORT
The engine returns interpretable state information with confidence, scope and accessibility limits attached.
CURRENT DEVELOPMENT STATE
The research core comes before the API surface.
The project is at repository and research-prototype stage. The CRN Analyzer remains under refinement, and its validation must be completed before the external interface is treated as a stable product.
RESEARCH ARCHITECTUREEstablished foundation
BTC CALIBRATION DOMAINActive development
CRN ANALYZERRefinement pending
PUBLIC APINot released
RELEASE GATES
Validation before access.
The roadmap is organised around evidential and interpretive gates, not a promotional launch date.
Core calibration
Refine and validate the CRN Analyzer across controlled historical windows.
Diagnostic audit
Establish reproducibility, failure-state reporting and regime-level benchmark criteria.
API contract
Stabilise versioned inputs, outputs, authentication boundaries and documented response semantics.
Limited pilot
Open a bounded evaluation programme before any wider commercial release.
USE & RISK BOUNDARY
Diagnostic information is not financial advice.
The CRBT Diagnostic Engine is a research-stage analytical system. Any future output will require independent judgment and domain-appropriate risk controls. It will not constitute investment advice, a solicitation, an automated trading instruction or a promise of predictive accuracy.