A chronological record of substantive additions and improvements. The homepage always selects the three newest entries from this same source.
01 / Current record
Development remains traceable.
Consistency Β· structural freeze
Navigation, evidence language, and software canon fully synchronized
DE and EN now use the same five-part navigation and canonical seven-level evidence taxonomy. Software status remains separate, Homo sapiens is canonical, /individual redirects, and the roadmap and press area use the same 1.4.0/2.0/3.0 status.
Scientific entry path and evidence status reorganized
The homepage, navigation, and core research paths now lead from a clear first explanation to mathematics, validation, and publications. Seven epistemic status categories, explicit Studio boundaries, a canonical Homo sapiens route, and standardized next steps reduce cognitive load without removing scientific depth.
The new fine-line radar symbol is the sole active BenchEWS mark across navigation, software, press, favicons, PWA assets, and social preview. Studio 2.0 is shown as a September 2026 planning target and Studio 3.0 β ECHO as a mid-2027 development horizon.
The twelve real Studio panels now have explicit scientific boundaries
The software page now states the purpose, value, evidenced capability, and boundary of every current panel. Reference Benchmark, Scientific Modules, and the exclusively planned Studio 3.0 / ECHO Evidence-based EWS Recommendation Layer are clearly separated.
External scholarly and semantic discovery verified
The Observatory conservatively sets the resonance indicator at exactly 2.0 out of 5. External discovery, indexing, and semantic processing are evidenced; independent human scientific reception, citation, application, or replication have not yet been publicly verified.
Positioning and falsifiability study v1.0 published
The new preprint positions BenchEWS against major predecessor fields, narrows its candidate contribution to a non-scalar O/F/D/R/V diagnostic profile, and states explicit refutation conditions. It reports no empirical validation.
Discovery clearly reached; scientific reception not verified
The preliminary review confirmed external discovery and corrected the earlier potential Chinese mention. The canonical status refined on 9 September 2026 is documented in the Observatory.
BenchEWS Individual v0.2 integrated as published theoretical research
The site documents the research question, exact prediction-error decomposition, minimal measurement vector, ten hard falsification criteria, estimator latency, and ethical boundaries. Publication, software implementation, and empirical validation remain strictly separated.
Network and individual scales connected in a status-disciplined research map
Quality-Driven Propagation, Adaptive Reopening, and BenchEWS Individual are linked as published frameworks at two system scales. The relationship is explicitly not an empirically confirmed unified theory.
Discoverability is growing; independent reception remains unconfirmed
The international in-depth search confirms increasing scholarly indexing and discovery, but still no independent human engagement, citation, replication, or application. An earlier Chinese-language CRTI/Mallinckrodt result is transparently corrected as no longer reproducible.
Studio 1.4.0 now anchors the roadmap as its released foundation
The roadmap now begins with the versioned and citable Studio 1.4.0 release. Documented capabilities, explicit boundaries, and the direct Zenodo link appear before the current Studio 2.0 release preparation.
Current status, plans, and research horizons clearly separated
The canonical roadmap separates Studio 2.0 in final release preparation, the explicitly not implemented or verified Studio 3.0 ECHO, fundamental research, and the long-term scientific horizon. Domain Packs, operating modes, evidence rules, and interpretation limits progressively disclose on demand.
Finding pixels now emerge exclusively behind the sweep
Every orange finding signal receives a newly calculated position and subtly varying diameter. Pixels appear only in the already scanned sector behind the sweep, making cause and effect immediately legible.
Sonar sweep and variable structure detections refined
The sweep now reaches from the origin to the outer ring and ends without a target marker. As it passes, detected turquoise ring segments intensify while minimal orange finding pixels appear at irregular intervals.
The fine sonar sweep now leaves a clearly visible, slowly fading orange phosphor trail. Individual measurement points illuminate within it at staggered intervals, translating mathematical structure detection into a restrained visual metaphor.
Precisely defined SVG arcs now make the broken rings unmistakable on Safari and iPhone. The cyan echo shadow follows the pointer and measurement point in sync.
Trigger sonar becomes the canonical homepage motif
The large sonar graphic now adopts the internet trigger identity: broken cyan-blue rings, an orange origin, and a fine pointer with a measurement point. Motion remains slow and accessible.
Mathematical Sonar unified as the primary brand lockup
The sonar symbol known from web previews and the website wordmark now form one primary identity. A subtle sweep moves while the mark itself remains stable, with reduced-motion preferences respected.
The original figure is embedded directly on the roadmap page. An in-page enlarged view keeps text and details readable on mobile without losing the return path.
From the evidenced state to an open research horizon
A new bilingual roadmap separates realised foundations, current development and long-term research perspectives. Every stage links to the relevant primary pages.
Quick paths, plain-language glossary and executive brief
Mobile navigation now begins with four direct entry points. Five core terms are explained in touch-friendly plain language, and a two-page PDF summarizes the guiding question, value, status and boundaries.
Version 2.0 is being prepared with variance, lag-1 autocorrelation, skewness and CRTI. Studio 3.0 ECHO will subsequently expand the platform to a total of 20 production EWS modules.
Upon re-examination, the thematically related Chinese-language page contains no verifiable direct reference to BenchEWS, CRTI, or Mallinckrodt. It is therefore not counted as a reception signal.
The new cross-domain framework distinguishes anomaly, threshold, bifurcation, tipping point and structural singularisation with explicit prediction limits.
Scope: The record documents visitor-relevant content, navigation and functional changes. Routine maintenance and internal technical details are deliberately excluded.