Miranda Saarentaus, Geowise

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Chosen topic: Transport, LBS, Professional. • Logo: Geowise's core function is ... Intelligent Transport Systems. •
Horizon 2020 Space Work Programme 2018-2020 Stakeholder consultation

Introduction of your company

• Name of the company: Geowise Oy • Person presenting: Miranda Saarentaus • Area of activity: Internationalisation, Space applications – SatNav, SatEO, SatCom • Chosen topic: Transport, LBS, Professional • Logo: Geowise’s core function is assisting Small and Medium-sized Enterprises in taking their businesses to global markets. Geowise expertise lies in Geospatial & Environmental Technologies, Digitalisation, Safety & Security. Ambassador Platform Finland – space integrated services ESA Integrated Application Programme IAP

What emerging applications in your area need to be addressed in the next Work Programme?

• Autonomous applications • Maritime; ships • Air; drones & aircrafts • Land; cars • Connectivity in open data and/or IoT • Intelligent Transport Systems • Road traffic applications with mobile phones • Seamless GNSS indoor navigation • Situational awareness • Arctic & cold climate applications • Test-sites in cold climates & arctic areas • Health and environment, green areas, toxicants

Cold climate – Automated driving test sites Aurora Snowbox (Muonio, Ylläs) - Closed test site & E8 highway - Winter condition testing

Northern Finland - Closed tracks & indoor facilities - Winter condition testing

Ouluzone (Oulu) - Mobile machinery automation UrbanAutoTest (Tampere) - Urban area testing & closed test area - Crossing, tunnel, parking house - Automated functionalities

NordicWay (Helsinki-Turku) - E18 motorway - V2X communication & services

Helsinki region -

Automated buses (SOHJOA) Living Lab Bus (e-bus as a platform)

Campus test area (Rajamäki) - Closed/semi-closed area - Vehicle pretesting - ADAS for professional drivers

Kymiring (Kouvola) - Closed track - Vehicle testing, racing, driver skills

IoT, IoE, M2M and Space •

In 2015 nine billion connected devices towards 25 billion in 2025.



Enablers: global interconnectivity, robust communication networks of diverse bandwidths, geo-localisation, positioning, timing, remote monitoring, in-situ and remote sensors, geo-information and environmental data, capabilities for analysing, storing, and transmitting vast amounts of data



Applications: – remote monitoring and control of factory operations on other continents – autonomous vehicles communicating with each other – condition-based maintenance of cars, aircraft, trains, and ships – traffic control and management – optimization of industrial processes by interconnecting vast amounts of data – health and bio monitoring – safety and emergency applications even in remote locations – asset tracking of dangerous or valuable goods – operation and safety assurance of hazardous work sites – resource and infrastructure management

What technology innovation or other factor will influence your areas in coming years?

• 5G • Internet of Things (IoT) • Galileo different signals for different technology innovations • Public Regulated Services (PRS) • Open Services (OS) • Commercial Services (CS) – improved position accuracy • Safety-of-life – Search & Rescue (S&R) • Augmented reality • Huge datasets, time series analysis • Participatory sensing

How the next Work Programme can contribute to your competitiveness in Europe and worldwide?

• Address topics with leading European technologies, both in research and industry • Involve users & stakeholders – User driven approach • Give the industry a stronger role, specially SMEs – resulting in a more market driven approach • Increase market understanding • Regulations – affect the competitiveness and hinder development • National regulations in cloud-based services • Standardisation – new work items for standards • Reach out to the non-space sector (ICT) – need for simple space (data) applications

Thank you! [email protected]