This page exists because rigor requires naming what wasn’t originated here, not waiting to be asked. It follows the standard set in an earlier piece on this site, What We Don’t Claim: A Vocabulary Sovereignty Case Study, which named terms this work has used but doesn’t own. This is the same exercise, one level up — applied to the field’s own history rather than its vocabulary.
Applying systems thinking to economics did not begin in 2019, or with this framework at all. The shared root runs back to Ludwig von Bertalanffy’s General System Theory (1968), which argued that living systems across biology, ecology, and social organization share common structural principles, and to Kenneth Boulding’s 1956 essay “General Systems Theory — The Skeleton of Science,” which made exactly this kind of cross-disciplinary structural argument for economic life specifically. Every serious attempt since to reorganize economics around systems concepts, this one included, descends from that root.
The closest and most direct prior claim on this exact territory belongs to Georgy B. Kleiner — Doctor of Economics, Professor, a corresponding member of the Russian Academy of Sciences, Deputy Director of the RAS Central Economic-Mathematical Institute, and Head of the Systems Analysis and Economic Process Modelling Department at the Financial University.
In 2013, Kleiner published “System Economics as a Platform for Development of Modern Economic Theory” in Voprosy Ekonomiki, followed by “Research Prospects and Management Horizons of System Economics” in 2015. That first paper predates the field name “Systems Economics” used on this site — coined in 2019 — by six years. Kleiner’s program reorganizes economic theory itself around a five-level hierarchy — nanoeconomics, microeconomics, mesoeconomics, macroeconomics, and megaeconomics — with what he calls “tetrads,” structural complexes of four systems of different types, as the organizing unit. It is a theoretical and policy platform, developed within Russian academic economics, aimed at integrating classical, neoclassical, institutional, and evolutionary economic theory into a single conceptual model. It’s worth noting, without drawing a conclusion from it, that Kleiner’s first paper and the patent priority date behind this site’s own framework both trace to 2013 — so far as the public record on each side shows, arrived at without contact between them.
Three things separate the two programs. The first is the unit of analysis: Kleiner’s framework reorganizes economic theory at the scale of the whole economy; the Locus Model, the framework behind this site, operates at the scale of the individual firm, job, or product, assigning each a computable position. The second is form: Kleiner’s is a theoretical and policy platform; the Locus Model is a patented, commercially deployed system, with a patent family tracing to a priority date of March 15, 2013 (representative grants: US8,990,268, US9,098,564, US9,361,358, US9,910,910, US10,019,509, US11,151,096, US11,657,026, US12,242,431). The third is what has actually been tested empirically: the FIS-based stratified-weighting index methodology, published in “An Index Methodology for Diversifying Business Risk” (The Journal of Index Investing, 2017) and a companion piece in Practical Applications (2018), which found that FIS-based stratified-weighted indexes delivered higher risk-adjusted returns than standard capitalization- and equal-weighted benchmarks. That result validates one financial application of the framework. It does not validate Systems Economics as a field, which — as this site’s own FAQ already states — remains its founder’s proposal rather than a claim adopted by any established academic body.
So what does this site actually claim? Not that systems thinking about economics started here — the record above rules that out, plainly. The claim that holds up is narrower, and it’s about an artifact rather than an idea: following a prior-art patent search, this is the first patented, functioning coordinate system that assigns a computable functional address to any business, job, product, or resource.
That distinction matters in practice, not just rhetorically. A theoretical platform proposes how economic activity should be organized; a computable coordinate system produces an actual position — for an actual company, job, or product — that two independent analysts, following the same rules, arrive at independently. That’s what “computable” means here: the classification isn’t a matter of interpretation applied case by case, the way an industry analyst assigns a sector code. It’s derived from the entity’s own facts, by rule, the same way a set of geographic coordinates is derived from a location’s own position rather than assigned by a mapmaker’s judgment.
That property is also what made the framework testable rather than purely descriptive. The 2017 and 2018 peer-reviewed papers on stratified-weighting indexes exist because the coordinate system produces something a portfolio construction process can actually consume — a functional position for every security in an index, comparable across otherwise unrelated industries. A theoretical reorganization of economic theory, however rigorous, doesn’t by itself produce that kind of testable output. A patented, applied coordinate system either does, or it doesn’t work at all.
So the honest summary is this: Kleiner asked, and continues to ask, a bigger question about how economic theory itself should be structured. This framework asks a narrower one — how do you locate a single economic entity precisely enough to compute with it — and has built something that answers that narrower question in a form that can be checked, applied, and tested. Both are legitimate uses of the same underlying insight: that economies are systems, and systems have structure worth mapping.
This is what vocabulary sovereignty looks like applied to a field’s own history, not just its lexicon: naming the closest prior claim before anyone else does, and being precise about what’s actually new. Readers interested in Kleiner’s own program should go to the source directly, via its listing on RePEc/IDEAS.
