ISSN : 1738-3110
Purpose - The competitiveness of logistics in the 21st centuryrests on ensuring the efficiency and effectiveness of its localhub. While considering entry into a niche market in local logistics,it is pertinent to note that Budapest is emerging as a hubin EU enlargement in Eastern Europe. Big, small, and medium-sized businesses in Korea entered Hungary in the early1990s since then, there has been a significant increase inKorean presence, of approximately 130 times. This study aimedto identify the key distribution issues that have emerged in relationto Eastern Europe. Research design, data, and methodology - This study indicatesthat 33 major Korean companies were located inHungary, which serves as an out post to enter the Europeanmarketplace. However, Korea's exports to Hungary have declined(-32.0% in 2012) because of a loss of competitivenessagainst multinational corporations, due to factors such as therise in current local distribution costs and wages. Hungary, onthe other hand, through diversification and expansion of foreigntrade with the non-EU markets, including Korea, is increasing itsexports. Strategies of emerging countries are compared and reviewedin this study, by examining the vicissitudes of Hungary’sdistribution methods. Results - There are issues regarding Hungary's innovativeability. Hungary has a history of low wages and high skilledlabor. However, the outflow of high-quality human resources forhigh-wages has become more extensive, and this underlinesconcerns that the CEE’s trade hub is moving to neighboringcountries. After the European financial crisis in 2010, theHungarian economy is now developing, because of the IMF’smeasures, and it is being transformed into a trade surplus nation,while regaining distribution volumes rapidly. However, ifthere is continued lack of investment, the supply chain is weakenedand exports decline amidst competition with TNCs or with China’s distribution networks. Conclusions - It is necessary to create a new logistics approachfor increasing trade between Korea and Hungary. First,Korean small and medium enterprises (SMEs) should build trustby working with advanced Hungarian talent, and they should expandinto state-of-the-art fields instead of being confined to traditionalsectors. Second, this study focuses on limiting and loweringtheir high expectations for success according to foreign directinvestment (FDI) inflows and the role in the CEE distributionhub Korea should try to strengthen the distribution hubwith its centralized population, using better, more highly educatedhuman resources, thereby sustaining more innovativeability. Further, the positive effects of these measures are manifestedin enhanced business on both sides of Hungary, namely,the EU and non-EU nations such as Turkey and emerging marketsaround Europe, and a better engagement in the coreplacement of culture and industry. For this, Korea can contributeto, and benefit from, a Hungarian logistics center, for adoptingthe high-tech cluster systems and commercializing distributiontechnology such as RFID·USN.
Collier international (2014). European logistics report. White paper. 3, 3-4,Retrieved May 1, 2014, from http://www.colliers.com/en-gb/emea/insights/the-futur e-of-the-european-logistics-market#.U55XWBYbYs4.
Éltetö, A., & Völgyi, K. (2013). Integrated in the global value chains - trade developments between Hungary and Asia. Eastern Journal of European Studies, 4(1), 57-79.
European Commission (2014). Infrastructure-TEN-T-Connecting Europe What do we want to achieve?. Brussels, Belgium: Mobility and Transport, Retrieved May 2, 2014, from http://ec.europa.eu/transport/themes/infrastructure/index_en.htm.
Eurostat (2014). Key figures on the enlargement countries 2013edition, Eurostat poketbook. Luxembourg: Publications Office of the European Union..
HITA (2014a). Hungary an ideal location for distribution centers, Logistics. 12-15, Retrieved May 5, 2014, http://www.hita.hu/Publication.aspx.
HITA (2014b). Investing Guide Hungary 2014, PWC, Budapest. 13-25. Retreved May 5, 2014, http://www.hita.hu/Publication.aspx.
Hungarian Central Statistic Office (2014). International goods transport in Hungary (2001–2013), Statistic Data. Retrieved May 15, 2014 from http://www.ksh.hu/docs/eng/xstadat/xstadat_annual/i_odmv002.html.
Hungarian Chamber of Commerce & Industry (2014). Infrastructure and Transport, Budapest. 1-3. Retrieved May 7, 2014 from http://www.mkik.hu/en/magyar-kereskedelmi-es-iparkamara/infrastructure-and-transport-2631.
Kim, J.H. (2011). Studies on Sustainable Policies of European Intermodal Transport System. Journal of Distribution Science, 9(2), 25-30.
KITA (2013). General import and export - Data, Korea trade statistics. Retrieved May 5, 2014, http://stat.kita.net/top/state/main.jsp?lang_gbn=null&stati d=kts#none.
Kotra, KBC in Budapest (2014). Hungary, EU funded projects go closer to the EU standard, Globalwindow. Retrieved April 15, 2014, http://www.globalwindow.org/gw/overmarket/GWOMAL020M.html ?BBS_ID=10&MENU_CD=M10103&UPPER_MENU_CD=M10102&MENU_STEP=3&ARTICLE_ID=5014469&ARTICLE_SE=2030
Kovács, K. (2013). US Screening and Evaluation system of Inventions Utilized in Hungary, Budapest Management Review, 44(10), 24-36.
Losoncz, M. (2011).Continuity and Discontinuity in the Interaction of Regional and Corporate Cultures: Potsdam (Germany)and Győr (Hungary). European Planning Studies, 19(11), 1995-2008.
Mo, L., & Zhai, S. (2012). The Effects of County-of-Origin, BrandImage, and Corporate Image Dimensions on Brand Evaluations and Purchase Intentions of Smart Phones of Five Brands: A Comparative Study of China and Korea. Journal of Distribution Science, 11(7), 47-56.
NDA (2007). National Strategic Reference Framework of Hungary 2007–2013, the new Hungary Developement Plan. Retrieved May 7, 2007, http://www.mrrfeu.hr/UserDocsImages/EU%20fondovi/partne rske%20konzultacije/National_Strategic_Reference_Framework_2012___2013_1.pdf.
Svatoš, M., & Smutka, L. (2012). Development of Agricultural Trade of Visegrad Group Countries in Relation to EU and Third Cou,ntries, Agris On-Line Papers in Economics & Informatics, 4(3), 55-69.
Szakálné Kanó, I., & Vas, Z. (2013). Spatial Distribution of Knowledge-Intensive Industries in Hungary, Transition Studies Review, 19 (4), 431-444.
