Lighthouse annual strategic workshop INFORMATIONS- OCH KOMMUNIKATIONSTEKNIK EN MÖJLIGGÖRARE FÖR FRAMTIDENS SJÖFART ?

MARITIME INFORMATICS The study of the application of information systems to increasing the efficiency, safety, and ecological sustainability of the world’s shipping industry

Seamless transports Inter-modal and co-modal coordination Safe transports Sustainable transports Information sharing Just-in-time operations Connectiviness

DIGITIZING THE MARITIME SECTOR From the transport sector? From the transport sector? – What can a port learn from an airport? – Similarities and differences between ATM and STM? – Utilization of performance metrics from other sectors? Outside the transport sector? Outside the transport sector? – What can a port learn from a super market?

INFOSHIP LIGHTHOUSE INFORMATION SHIP Purpose of a SIO-InfoShip Knowledge inventory Maritime Informatics Establish relations with other research environments targeting Maritime Informatics. Establish a research- and innovation programme around ”The connected ship” Faclilitate and stimulate collaboration between the maritime- and the Information Systems academia. REMEMBER APRIL 2014 Performed by University of Georgia University of Georgia, CBS, QUT… Proposed track at AMSIS Associate prof, SCDI, CHALMERS,GU, VIKTORIA

7 researchers engaged in research within Maritime infromatics Installment of associate professor in maritime Informatics at Chalmers /Göteborg University VIktoria SOME STEPSTONES ”Informationshantering” (Information management) Fokus area in the Swedish Maritime cluster Strategic process GOTRIS 1 Prestudy on Co-modal information sharing for coordination of inland waterway traffic GOTRIS 1 Prestudy on Co-modal information sharing for coordination of inland waterway traffic ”Maritim Informationsteknik” - Publication from the Process ”Vatten är vägen” – from Swedish Maritime Forum. INFO SHIP formed as the 6:th research theme area at Lighthouse Maritime competence cnter, Chalmers, Göteborg ”SVALLVÅG” – Swedish Maritime research agenda, defined ”Maritime Informatics” as one of the important research area for the development of shipping.. Maritime Informatics presented as a research area at ITS World Congress Detroit GOTRIS 2 Demonstration project started in ”co-modal transport management in Inland water transports” GOTRIS 2 Demonstration project started in ”co-modal transport management in Inland water transports” MonaLisa 2 EU-funded project for developing Sea Traffic Managment, Maritime Informatics a vital part of the project MonaLisa 2 EU-funded project for developing Sea Traffic Managment, Maritime Informatics a vital part of the project

INDUSTRINS UTMANINGAR Performance-uppföljning i realtid (miljöprestanda sänds ut i realtid) Remote monitoreing (Fuel consumption) Optimering av fartygsoperationstillstånd Performance-uppföljning i realtid (miljöprestanda sänds ut i realtid) Remote monitoreing (Fuel consumption) Optimering av fartygsoperationstillstånd KW as a service Finansieringslösn ingar för energieffektivisering KW as a service Finansieringslösn ingar för energieffektivisering Cargo-identification för optimering av Sea-leg On_line stöd från landbaserade enheter Cargo-identification för optimering av Sea-leg On_line stöd från landbaserade enheter Intermodala transportsystem som är lika lätta som lastbilstransporten Optimal fart för rätt anskomst till slussar/broar etc. Ifartyg vs Spårvagnar -> mer infromation Intermodala transportsystem som är lika lätta som lastbilstransporten Optimal fart för rätt anskomst till slussar/broar etc. Ifartyg vs Spårvagnar -> mer infromation Lotsning från land – Test på Vänern Integration Land/Fartyg Integrerade system Fartyg/Land The Auto Pilot Ship Lotsning från land – Test på Vänern Integration Land/Fartyg Integrerade system Fartyg/Land The Auto Pilot Ship System för fartoptimering för varje givet tillfälle Hur omvandla restvärme till framdrivningsenergi/elenergi Klarlägga/kartlägga ”storleksordningar” i energiförbrukning (var effektivast att satsa utveckling) Modeller som främjar effektivitet System för fartoptimering för varje givet tillfälle Hur omvandla restvärme till framdrivningsenergi/elenergi Klarlägga/kartlägga ”storleksordningar” i energiförbrukning (var effektivast att satsa utveckling) Modeller som främjar effektivitet Perfromance monitoring Energioptimering Multimodal integrationSystemintegration ombord Kundstyrd informationAffärsmodeller Traffic control to avoid accindents Beslutsstödssystem för säkrare drift Havsmiljöplanering eller ej Säker navigering Minska kollissioner samtidigt som bättre energieffektivisering Traffic control to avoid accindents Beslutsstödssystem för säkrare drift Havsmiljöplanering eller ej Säker navigering Minska kollissioner samtidigt som bättre energieffektivisering Condition based monitoring Säkerhet Underhåll Beslutsstöddssystem ombord Informationshanterigl SFR F&U komitte 2104

ICT-ENABLERS

VAD VILL VI ÅSTADKOMMA Adressera industrins långsiktiga utmaningar Bygga långsiktig kompetens att bidra till att lösa dessa utmaningar Generera ny kunskap som Bidrar till att lösa dessa utmaningar

UR ETT FORSKNINGSPERSPEKTIV Know what is concerned with establishing data streams about a ship’s operation and relationship with other key entities. Information exchange is the grease of coordination. Know how is concerned with how each of the parties in a service relationship executes its tasks. Know why enables the various parties in a relationship to identify opportunities for redesigning relationships to be more effective, New business model will be investigated whereby third party intermodal actors source some of the tasks normally performed by the shipping company.

BEHOV AV KUNSKAP OCH FORSKNING Sensor networks will be designed to automatically create data streams essential for measurement and operational efficiency. Metrics will be developed for standard ship operations (e.g., time in port, time per container for loading and unloading) as well as environmental issues (e.g., real- time CO 2, emissions per ship per day). Innovations and new methods will, create new tools, new processes, and business models, that will help digitally transform shipping.

EXEMPEL PÅ RESULTATOMRÅDEN Precise real-time measurement of fuel usage will expose potential areas for efficiency. Measuring key operational parameters for all engines will enable a shift from time-based to condition-based maintenance, which in the road transport use-cases realized significant savings. Combining data from various streams to create reports required by various partners and regulatory authorities will enhance reporting efficiency. Redesigning work flows for on-shore execution will take advantage of ubiquitous access to the information hub. Development of new ways to inform officers onboard and present the ever increasing amount of information,.