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Sufficient interest in three new IAP Intended Tenders
Intended Tenders: Planned for September 2016

We received a sufficient number of indications of interest and are planning to publish all three Invitations to Tender (ITT) in September 2016.

A satellite-based wildlife monitoring tool for airports

Wildlife habitats close to airports pose a serious risk to safety at takeoff and landing. A new service using Earth Observation data enables airports to identify and manage these areas.

Coordinated support for mountain rescues

An integrated rescue management tool being developed with the support of ESA is improving the speed and accuracy of search and rescue missions in the mountains of the Czech Republic.

Satellite Services for Integrated Port Logistics Workshop
Presentations available for download

On 10th March 2016, ESA IAP in collaboration with the Transport Systems Catapult (TSC, UK) and Satellite Applications Catapult (SAC) held a Workshop on Satellite Applications for Integrated Port Logistics hosted at TSC in Milton Keynes. The workshop presentations are now available for download.

A smart system to track rainfall and flooding

With the support of ESA, HydroLogic (NL) is developing an application called the HydroNET Flood and Rain Report generator to map rainfall and flooding quickly and easily. It has been successfully deployed in flood-prone Australia, and other countries are taking interest in the system.


Satellite Applications for the Alps
27 October 2016, Schönau am Königssee (DE)

How can satellite applications help strategic sectors like risk, logistics, transport, connectivity, tourism in the Alps? This one-day conference is co-organised by Eurisy and Satellite Navigation Berchtesgadener Land – Salzburg.


Waste Management
Issued Tender

The objective of this ARTES IAP feasibility study is to develop a business case where space technologies enable services for Waste Management issues while assessing its feasibility / viability.

Big data applications to boost preparedness and response to migration
Issued Tender

The objective of the feasibility study is to carry out an analysis of the technical feasibility and commercial viability of big data processing applications in combination with space-based services in order to support the identification of migration flows, and to propose a roadmap for their implementation.

Integrated applications using ADS-B
Issued Tender

The objective of the feasibility study is to identify and characterize ADS-B based services addressing potentially interesting application domains, carry out the analysis of their technical feasibility and commercial viability, select the most promising ones for further development and exploitation, and propose a roadmap for the implementation and demonstration of the proposed services.