National Agro Logistic programme planning in Hungary FP Péter Móricz Agro Logistic Institute

Agro Logistic as possibility for Rural Development sustainable development Improvement of the quality and capacity of the logistical systems Improvement of the integration among the transport branches configuration of logistical centers to insure preferences to inspire combine transport

To exploit favorable geopolitical situation by using efficient and environmental friendly agro- logistics solutions Strategy aim

Railway categories in Hungary

Long-term development of clearway network Clearway situation in 2015

Context between logistical ways and paid tax

National Agrologistic Program Human Resource Development Sector-specific System- Technology R&D. Logistical Infrastructure development Regulation, Legal background Integrated market and relation management

Program realization To reach aims we have to create logical groups. From the realization point of view we arranged the tasks among priorities. The used principles of the priorities: –minimalization of huge investments, –fast return of investments, –the fastest efficiency The used principles: –Prompt solutions, –Short-term solutions (max. 2 years), –Long-term solutions

Rule of the state Co-operation with private sector, International diplomacy and lobby for SME sector, Infrastructure development, Trusty, long-term economical regulations, Use conscious subsidy system, Use conscious tendering systems Network based improvement, developments, Interactive market feedback implementation to the developments.

Private sector Key tasks of the efficiency improvements at intermodal logistics supply chain, Modernization of the technology Management of the combined transport assets, Co-operative discussions with the decision makers Encourage vertical and horizontal co-operation amond the sector players, Organize aligned HR development, Aligned proposals from the business sector, Improvement of the PPP concept.

Consensus on Regional Strategies First draft of key technologies in rural areas (coming from T 3.2 of Mobile Technologies Tagging technologies Software Handheld devices Barcode GS1 ERP GPSRFIDGIS Wireless EPC Global Groupware WiFiONS Business intelligence Sensor Technologies Emerging technology Data mining Electronic sensors Ambient intelligence technologies Grid Technologies Smart sensors Intelligent systems Current Research Nano sensors Automatic traders Nano technology Security and safety systems Robotics Embedded agents