LOGISTAR: Real-Time Data Solutions for Smarter Logistics

Alejandro Javier López Alejandro Javier López
Facts checked Mateo Ignacio Fernández

LOGISTAR (“Enhanced data management techniques for real time logistics planning and scheduling”) is a EU research project funded by the European Commission under the Horizon 2020 programme, which was launched in June 2018. It will last forty months, until September 2021.

LOGISTAR is aimed at allowing effective planning and optimizing of transport operations in the supply chain by taking advantage of horizontal collaboration relying on the increasingly real-time data gathered from the interconnected environment.

For this, a real-time decision-making tool and a real-time visualization tool of freight transport will be developed, with the purpose of delivering information and services to the various agents involved in the logistic supply chain, i.e. freight transport operators, their clients, industries and other stakeholders such as warehouse or infrastructure managers.

LOGISTAR’s

LOGISTAR’s objectives are:

  1. To increase by 10% the load factors of freight vehicles derived from the optimization techniques applied to freight deliveries planning.
  2. To shorten by 10% the delivery routes thanks to applying planning of optimal routes relying on synchromodality, being continuously updated in case of disruption.
  3. To increase the reliability and efficiency of logistics services by predicting events and incidents affecting the supply chain and by providing alternative routes in real-time to these disruptions.
  4. To facilitate the management of logistic operations by providing real-time supply chain visibility through dashboards not only displaying information but also showing deviations, alerts or recommendations to take actions.
  5. To boost horizontal collaboration among logistics agents focusing on full truck load (FTL) backhaul opportunities, consolidation of less than truckload (LTL) deliveries, supply chain collaboration and synchromodal opportunities.
  6. To increase the visibility of the delivery derived from the use of sensors to monitor the goods shipped and boosting to share logistic data and information among agents.
  7. To promote the sharing of open data in the logistics sector by promoting the benefits of collaboration and Big Data analytics across stakeholders.
  8. To enable new market opportunities on the logistic information services sector, by developing new business models focused on data and high value service delivery and exploring concepts such as “sharing” rather than “owning” transport assets. The policy and legal dimension will also be studied.

The project will be tested in 3 uses cases with different stakeholders of the logistic value chain, such as 4/5PL – Logistic Service Provider, Infrastructure manager and FMCG -Fast Moving Consumer Goods- manufacturers.

Living lab 1 – backhauling and co-loading (nestlé & pladis)

NESTLÉ and PLADIS have special interest on continuing previous research activities on the domain models of horizontal and co-loading collaboration, having reduced the running of empty vehicles by 270,000 kilometres per year since 2007. Currently there is a lack of a global view of the operations, which can lead to missed opportunities of collaboration. LOGISTAR will be fed with real information on different logistic operations in the area of distribution and warehousing of NESTLÉ and PLADIS in the UK. This testing case will be focused on showing how the information delivered by the decision-making tool developed in LOGISTAR can improve the backhauling management (the practice of not sending the cargo trucks back empty rather having them take some cargo back to the original source). The partners involved in this use case will be aware of all the legal aspects (in particular, anti-competition laws), and there may be a need for a trustee in place to enable companies to work collaboratively.

Partners

Location: The use case will take place in the logistics hubs of NESTLÉ in Bardon and PLADIS in Ashby de la Zouch which are both located near to each other in the middle of the UK.

The main actors involved: Partners: FMCG (NESTLÉ and PLADIS); Carrier Various LSP’s plus own fleet

Living lab 2 – synchromodality

Interporto of Verona (Italy) with 130 enterprises in their facilities, over 2.5M m2 of warehouses & terminals, has regular route connections by rail, sea and road on 3 TENT-T corridors (Baltic-Adriatic, Mediterranean, Scandinavian- Mediterranean) with a specific focus on North-South axis (Brenner Pass).

transported between hubs

LOGISTAR system will be tested on the goods being transported between hubs, directly involving Interporto of Verona, and studying the various processes in the terminal, such as loading/ unloading, transshipment, bundling, among others. This testing case will be focused on showing how the information delivered by the decision-making tool developed in LOGISTAR can improve the logistic operations increasing the synchromodality. It’s remarkable the high commitment of Interporto of Verona for promoting the synchromodality, having in 2016 16.294 trains/year (54 per day); 13.452 intermodal trains (44 per day), having weekly routes, from/to Munchen, Hamburg, Hannover, Leipzig, Bremen, among others. In 2016, 28 million tons of goods were transported, 20 million by road and 8 million by rail.

Living lab 3 – real time logistics in chemical industries

CHEP has identified that there is a huge waste which is generated due to the waiting times at loading and unloading locations. In many occasions (depending on the length of haulage) trucks and drivers lose up to 40 % of their daily shift just waiting to get loaded or unloaded.

The Living Lab will be based at the Service Center in Fuenlabrada (Madrid area, Spain). Here CHEP manages daily around 50 loading and unloading operations moving around 32.000 pallets daily. At this location there are 6 areas for loading and unloading operations. Here, CHEP uses a static appointment scheduling tool as part of our BluJay TMS system which causes important delays and frustration among our driver community.

CHEP has experienced that multi-party planning and collaboration can only be successful if vehicle timeslots are respected and turnaround time at the pallet depots are minimized. This is only possible if live and accurate vehicle ETA (Estimated Time of Arrival) data is integrated with the network planning system.

In this new Living Lab, CHEP wants to develop and test the use of its real-time positioning and order planning data to feed the LOGISTAR system, so as to calculate an accurate ETA of its vehicles and enable re-planning between different network nodes. This Living Lab will address and prevent cascading transport delays between the pallet network nodes that currently are a big impediment for LTL horizontal collaboration (i.e. freight consolidation) at the hub site.

Consortium

The LOGISTAR consortium consists of 15 organizations from eight different European countries (Spain, Germany, United Kingdom, Belgium, Italy, Ireland, Austria and Serbia) formed by universities and research centres, technology and IT services developers, consultancy and logistic actors.

Lead partner:

Alejandro Javier López

Alejandro Javier López

Author at LOGISTAR

Alejandro Javier López define la estrategia editorial del sitio y supervisa la calidad de todo el contenido publicado.

Mateo Ignacio Fernández

Mateo Ignacio Fernández

Editor at LOGISTAR

Mateo Ignacio Fernández se encarga de desarrollar y ejecutar las estrategias de crecimiento del sitio web.