Automation & control methodology: How a comprehensive SaaS platform helps carriers reduce risk and increase profit
Year: 2025
Type: article
Abstract: Rapid regulatory tightening and price volatility force freight carriers to look beyond single-function apps toward cloud ecosystems that weave dispatch, compliance, and finance into one feedback loop. Grounded in socio-technical systems thinking, this article reframes a multi-module SaaS platform from “helpful gadget” to central governance layer for risk-sensitive growth. Methodology – A narrative synthesis blends cross-case pattern matching with secondary meta-analytic estimation of effect sizes reported in eleven peer-reviewed studies (2014–2025). Cost-benefit evidence from Chinese 3PLs, U.S. motor carriers, emerging-market food chains, and Central-European telematics roll-outs is mapped onto a four-stage model: data harmonisation, risk-aware workflow orchestration, adaptive decision dashboards, and closed-loop settlement. No primary experiment is run, yet triangulation through multiple empirical lenses secures analytic rigour. Findings – Firms migrating to integrated SaaS stacks compress operating costs by 18–32 %, mirroring Subramanian’s cost–green gains and Ujlacká’s telematics savings. Blockchain audit trails curb cargo-theft exposure, Alanazi’s 2025 sensor trial forecasts liability reductions of one-third. Algorithmic scheduling drawn from Industry 4.0 work lifts asset-turnover cycles by roughly 20 %. Crucially, risk attenuation and profit uplift appear symbiotic: cleaner data shrink uncertainty windows, tighter windows enable aggressive pricing, and freed margin finances deeper automation-forming a self-reinforcing control loop. Conclusion – The proposed framework unites scattered digitalisation insights into a phased roadmap: start with document-flow digitisation, layer predictive analytics, then unlock margin-centric governance. Scholars gain a cohesive lens linking platform design to logistics-performance theory, while practitioners receive pragmatic guidance for staged adoption amid scarce capital and high compliance pressure.
Author: Valentyn Marcenko
Language: English
Subfield: Industrial and Manufacturing Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4412016052