Anywhere Logistics is a methodology for mobile rail transload hubs handling bulk and construction materials. Peer-reviewed and published. Operationally verified in commercial service.
Conventional rail unloading of inert materials — crushed stone, sand, cement — requires capital-intensive infrastructure: trestles, receiving pits, conveyor systems. That means months to years of construction and millions of dollars in capital expenditure per facility.
As a result, 78% of mechanized unloading fronts are concentrated in major industrial hubs. Points of consumption — construction sites, infrastructure projects — are cut off from the rail network, and material is hauled by truck for tens of miles. Per-ton delivery cost runs 15–30 times higher than rail.
The Anywhere Logistics methodology moves the point of unloading to the point of consumption, not the other way around. On any existing track, with no modification to the rail line.
Implementation tooling varies by market and by car type in service.
From 2018 to 2022, the methodology was applied on common-use tracks at high-throughput Ukrainian rail stations. Over 7,000 gondola cars — approximately 500,000 tons of inert materials — were processed. Clients included regional leaders in concrete production and bulk cargo supply.
This is not a pilot or a laboratory prototype. It is years of stable commercial service under live market conditions, with real clients and real volumes.
Methodology adaptation for Class III short-line operators. FRA and AREMA compliance pathways. Pilot deployment under partnership.
Advisory and feasibility modeling for reconstruction programs. Stochastic optimization of mobile hub networks under donor funding scenarios. Reduced exposure to intermediary-margin and integrity risks.
Diagnostic of hidden cascade losses from unloading bottlenecks. Monetary quantification of dispatch failures — typically 15–20 times the cost of the material itself.
Anywhere Logistics is documented in a peer-reviewed publication with DOI: a mathematical model of unloading dynamics (23 equations), stochastic optimization of hub placement (MISLP model), and verified calculations for representative scenarios.
Reference sources: World Bank RDNA4 (Ukraine reconstruction materials demand assessment), ATRI 2025 Trucking Cost Analysis (U.S. trucking rate benchmark), U.S. DOT National Freight Strategic Plan 2020 (federal strategic objectives), TDOT Tennessee Multimodal Freight Plan 2023 (state-level policy on short-line operators).