Assessment of the Interaction of the Logistics Company’s Information Technologies with the Technological Infrastructure

Abstract

The continuously changing market of companies offering logistics services has challenged logistics organizations to adapt to the needs of service users and providers. Faster information processing offers new ways of communication with suppliers and optimization of distribution systems. Increasing information flows have an increasing potential to affect the management, structure, functioning and development of enterprises. The development of technological infrastructure and information technology systems by organizations allows service participants to exchange information, adjust information flows and restore relevant information through the use of technology, which poses new challenges for resource management. The level of innovation of production processes, productivity and the quality of products directly depends on the transmission of information and technology. To successfully work in the existing market, organizations must not only purchase IT systems or technologies but also constantly upgrade system applications, improve technologies or acquire brand-new IT systems. The article analyses the peculiarities of the impact of the development of technological infrastructure and its use as an instrument for the development of logistics organizations and quality assurance of logistics services. The quality research carried out allowed identifying the problems relating to technological infrastructure in logistics organizations.

Preliminary model development for archipelago country logistic system

“…Based on previous research, researchers identified 15 dimensions/factors that influence the logistics system in island countries. Those dimensions/factors include demand (Zakharchuk et al, 2022), availability of raw materials (Desai & Bohara, 2021), quality of handling (Okyere et al, 2018;Elis Dwiana Ratnamurni et al, 2022), quality of documentation and logistics information (Muslimov & Shaburova, 2021), reliability of delivery time (Ehmke & Mattfeld, 2010), timing accuracy (Pendem, 2019;Chondrodima et al, 2022;Ogura et al, 2021), costs (Hasanpour Jesri et al, 2023;Cheng et al, 2022;Zakharchuk et al, 2022;Okyere, 2018), warehousing (Sivakumar, 2019), logistics infrastructure capacity (Wang, 2021), connectivity (Bevilacqua, 2022;Pistilli, 2020), services (Anas et al, 2020;Sadowska et al, 2020;Bazaras et al, 2023), institutional (Yashin et al, 2023), competence (Dwijaya Saputra & Kusnadi, 2021Zamkova et al, 2023), education and training (Liu & Yang, 2023), automation (Singh, 2018;Song, 2021).…”

Kelių transporto įmonių technologinės plėtros ir logistikos specialistų inžinerinių kompetencijų sąsajos tyrimas

“…Susietam tyrimui atlikti kriterijai tikslingai priskiriami deriniams (priskirti pagal spalvas). Skyriaus tematika paskelbti keturi straipsniai (Vaičiūtė & Išoraitė, 2023;Bazaras et al, 2023;Peyravi et al, 2022;Bazaras et al, 2022).…”