Guiding question
Under which conditions do complex systems lose self-correction?
BenchEWSResearch ProgrammeOpen research programme · MalliSoftware
BenchEWS makes structural change in complex systems measurable — transparently, falsifiably, and open to scientific scrutiny.

Canonical programme reference · Updated 22 August 2026
BenchEWS is an open research programme for the comparative study of early-warning signals, resilience, and self-correction in complex adaptive systems.
00 / Orientation
Choose the route that matches your question.
Problem, Guiding question, Begriffe und ausdrücklich benannte Boundaries.
→02 · PRÜFDEEvidence matrix, maturity levels, falsification, validation, and open gaps.
→03 · ANWDEDDEImplemented capabilities, documented platforms, and the separate roadmap.
→01 / Definition
BenchEWS (Benchmarking Early Warning Systems) entwickelt eine reproduzierbare, domänenübergreifende Umgebung, in der Indikatoren, Modelle und Diagnoseketten unter expliziten Annahmen, Unsicherheiten und Gültigkeitsbereichen verglichen werden. Das Programm untersucht, ob und unter welchen Bedingungen messbare Veränderungen der Beobachtung, Structure oder Dynamik einem Verlust von Selbstkorrektur vorausgehen.
Under which conditions do complex systems lose self-correction?
Technical, ecological, organisational, institutional, societal, individual, economic, financial, and networked systems—through explicitly identified adapters and validation cases, not through a universal explanatory claim.
02 / Boundaries
Diese Boundaries sind Bestandteil der wissenschaftlichen Aussage – keine Fußnote.
BenchEWS does not predict the timing or occurrence of a tipping point with certainty.
The programme provides no general number for how much ‘pressure’ any arbitrary system can withstand.
Agent-based models and machine learning are possible modules, not mandatory or universally implemented components.
A plausible field of use is not evidence of empirical effectiveness.
If data, identifiability, or validity are insufficient, the diagnostic claim must be withheld.
03 / Architecture
Every statement should disclose its epistemic status.
Software capability with auditable release evidence
Tested in specified cases against defined criteria
Architecture oder Methode ohne vollständigen Nachweis
Falsifiable claim with assumptions and kill test
No robust claim within the stated validity domain
The ECHO/SCD semantics D → FCQ → RF(T) → TR → V ↺ form a specified diagnostic architecture; they must not be read retroactively as validated properties of all earlier modules.
04 / Sources
If accounts conflict, prefer the latest source explicitly designated as canonical and versioned—not a summary inferred from general-domain literature.
Metrological assessment of self-correction
10.5281/zenodo.21917450↗02Recommended introduction
10.5281/zenodo.21724459↗03Programme structure and relationships
10.5281/zenodo.21398929↗04Comparative early-warning assessment
10.5281/zenodo.21207501↗05Hypothesis-level contribution
10.5281/zenodo.21628885↗06Released software and documentation
10.5281/zenodo.21807143↗05 / Origins · Philosophical Entrée 2017
Panta Rhei, Plato's cave, and the question of self-correction opened the conceptual space. The result was not a computational system derived from philosophy, but the demand for an independent, falsifiable mathematical metrology.
Read the consolidated origin story →06 / Provenance
Dipl.-Ing. Bernd von Mallinckrodt · independent research programme · ORCID 0009-0005-5279-6607