
If you are struggling to formulate your idea for consideration in this year’s Galileo Masters, which opened for submissions on May 1, perhaps you could take inspiration from some of the innovative ideas that won the GSA Special Prize in previous editions of the competition. Already have an idea? Then register for this year’s competition here.
Sports applications have featured highly in previous editions of the Galileo Masters. Last year the prize went to Smart Gate, a system designed to measure time precisely during sporting activities – in this case skiing and snowboarding. Using GNSS precise timing combined with radio-frequency identification (RFID) technology, the application provides precise times on ski/snowboard runs, which sportspeople can use to hone their skills and techniques.
Then, in 2013, the GSA Special prize went to JOHAN, an application that also targeted improved sports performance. The JOHAN solution used tiny wearable GNSS receivers to monitor field sports in real-time and enable assessment of players’ performances and the development of new tactics based on players’ capabilities.
Finally, back in 2009 the prize went to Nogago, which leveraged the unique properties of EGNOS in a family of smartphone applications that turned smartphones into outdoor navigation devices targeting various needs: 'Nogago Outdoor' for hiking and trekking, 'Nogago Guide' for sightseeing and pedestrian navigation, and 'Nogago Sport' for running and biking.
Other winning solutions in the past have sought to address very specific societal needs. The CENTRIP (ChildrEN TRIp Protector) early warning system, which won the GSA Special Prize in 2017, aimed to help teachers to keep track of young children outdoors. The project combined a lightweight GNSS tracking device installed in a durable bracelet, which is worn by the child, with a geo-fence set up around a specified area, enabling teachers to track the location of each child.
Also addressing a very specific societal need, the winning application in 2012 was 3SOUND - a personal navigation solution based on the integration of acoustic binaural technologies (i.e. 3D sounds) and GNSS technologies. Designed to help vision impaired people navigate using sound cues and augmented satellite navigation signals, the technology could also help emergency services operate in low visibility environments.
Mass market solutions can potentially generate mass profits, so it is no surprise that solutions with the potential for mass market uptake have featured prominently in the competition. In 2015, the prize went to the KYNEO project, which developed cheap, flexible Galileo and EGNOS-enabled modules that allow ubiquitous positioning data for applications in the Internet of Things – a potentially massive global market.
Then there was the Galileo for ARA project by Elecnor Deimos, which took the prize in 2014 and which also had its eye on the mass market. This innovative concept aimed to develop Galileo modules for the Google ARA modular smartphone concept – a potential game changer for positioning in the mobile phone market.
UAVs have featured prominently in winning applications from previous years. In 2016, the Drones2GNSS project combined Galileo’s multi-constellation capacity with unmanned aerial vehicles (UAVs) in an innovative approach that addressed a timeless problem of surveying engineers: positioning accuracy in urban canyons and vegetated areas. Earlier, in 2011, the Catalonian company CATNUV won the prize with a mini-UAV Traffic Collision Avoidance System (TCAS) that uses GPS and EGNOS to allow drones to navigate safely in controlled airspace.
Finally, the 2010 winner of the GSA special prize was the Wikitude Drive system from Austrian company Mobilizy. This application transformed a smartphone into an augmented reality dashboard satnav device, which overlays video captured through the camera with driving instructions. This allows users to drive through their phone, watching the road even while they are looking at directions.
This year the competition is structured in two class categories– ‘Start-up of the Year’ and ‘Idea of the Year’ - both of which are sponsored by the GSA. In addition to the two general categories, you can also submit your solution to be eligible for one of six special prizes:
There is also a Regional Challenge, where participants can choose a challenge set by a regional partner from around the world that best matches their business case.
If you would like to learn more about the Galileo-Copernicus Synergy Challenge, then take part in a webinar to be held on 19 July 2019 at 10:00 (CEST) to explore the synergies between these systems and see the potential applications with commercial and societal benefits.
Has the above given you inspiration? Even if your idea is not fully formed, make sure to register now so you can receive information about all the great support activities and additional opportunities that arise throughout the submission phase. Registration is free and available to participants all around the world. To find out more, click here.
Media note: This feature can be republished without charge provided the European GNSS Agency (GSA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the GSA website (http://www.gsa.europa.eu).
Rádi bychom našli do našeho týmu posilu na pozici obchodně technický zástupce. Tato pozice je ideální pro ty, co mají chuť lidem přinášet něco smysluplného, umí naslouchat potřebám ostatních a dokážou rychle nastínit funkční řešení.
Pošlete nám svůj životopis na jobs@arcdata.cz pokud máte:
A pokud vás tato pozice nezaujala, podívejte se i na další možnosti na stránkách kariéry. Případně nás neváhejte oslovit i když zrovna nenajdete vypsanou pozici, kterou hledáte.
Rádi bychom našli do našeho týmu posilu na pozici obchodně technický zástupce. Tato pozice je ideální pro ty, co mají chuť lidem přinášet něco smysluplného, umí naslouchat potřebám ostatních a dokážou rychle nastínit funkční řešení.
Pošlete nám svůj životopis na jobs@arcdata.cz pokud máte:
A pokud vás tato pozice nezaujala, podívejte se i na další možnosti na stránkách kariéry. Případně nás neváhejte oslovit i když zrovna nenajdete vypsanou pozici, kterou hledáte.

Dvoudenní mezinárodní konference URBIS SMART CITY FAIR 2019 představila zástupcům veřejné správy, krajů, měst, obcí a dalším návštěvníkům koncept chytrého města a regionu. Veletrh se odehrával na brněnském výstavišti ve dnech 5. a 6. června 2019. Své úspěchy, novinky a vize v „smart“ oblasti prezentovali jednak představitelé samosprávy z různých míst Evropy, dále také vědci z institutů zabývajících […]
The post Konference URBIS SMART CITY FAIR 2019 (report) appeared first on GISportal.cz.
Na webu Poslanecké sněmovny ČR je uveřejněn sněmovní tisk 509/0, část č. 1/6 Vl. n. z. kterým se mění některé zákony v oblasti daní – EU. V páté části je uvedena změna zákona o správních poplatcích, která v čl. IX uvádí: V položce 120 přílohy k zákonu č. 634/2004 Sb., o správních poplatcích, ve znění zákona č. 349/2011 Sb., zákona č. 428/2012 Sb. a zákona […]
The post Návrh změny zákona: Dvojnásobek za vklad do katastru appeared first on Zeměměřič.
Štola Josef se nachází v malebné krajině nedaleko Slapské přehrady. Výzkumné práce zde realizuje Centrum experimentální geotechniky (K220). Podrobné informace jsou dostupné na https://ceg.fsv.cvut.cz/o-nas/stola-josef
The post 73. setkání pražských fotogrammetrů a členů SFDP se uskutečnilo v regionálním podzemním výzkumném centru URC Josef dne 4. 6. 2019 appeared first on SFDP.
V průběhu měsíče června proběhla změna adresy našich kanceláří. Nyní nás najdete na adrese Krnovská 38/58, 746 01 Opava a to je také nová adresa pro zasílání veškerých zásilek. Sídlo společnosti ještě zůstalo na původní adrese Masarykova 39, 746 01 Opava.
V průběhu měsíče června proběhla změna adresy našich kanceláří. Nyní nás najdete na adrese Krnovská 38/58, 746 01 Opava a to je také nová adresa pro zasílání veškerých zásilek.


Od 8.7.2019 lze na všech katastrálních pracovištích Libereckého kraje hradit veškeré správní poplatky a úplaty za výstupy z KN (mimo službu sledování změn) i prostřednictvím platebních karet.

Česká aplikace Mapy.cz se propojila s globálním webem poskytujícím ubytování Booking.com. Nově tak lidé přímo v aplikaci najdou až 1,6 milionu objektů jako jsou hotely, apartmány či penziony, včetně jejich fotografií a recenzí. Díky novince je pro uživatele velmi jednoduché rezervovat si ubytování kdekoliv po celém světě, a to jak na počítači, tak i v mobilních zařízeních skrze […]
The post Mapy.cz se spojily s webem Booking.com a nabízí rezervaci ubytování po celém světě (TZ) appeared first on GISportal.cz.

AirBaltic’s Senior Vice President for Flight Operations Pauls Cālītis talks about the E-GEN project, EGNOS implementation and plans for the future.
Can you tell me a little about the E-GEN project and the ’green flying’ concept? What are its objectives?
At airBaltic, the green flying concept is all about utilising the latest commercial aviation technological advances and applying them to improve the efficiency of our operations. We continuously monitor the available technologies and the resulting economies. Other highly important factors include our environmental footprint and the level of emissions and noise, which we are seeking to reduce.
The implementation of satellite-based navigation procedures is a practical example of a modernisation effort, which has proven highly useful for airBaltic’s operational efficiency. airBaltic’s E-GEN project (“EGNOS Enabled – North”) entailed an upgrade of the full airBaltic Q400 fleet with the latest satellite navigation systems. The project was implemented together with the European GNSS Agency (GSA), which co-financed it. The upgrade enabled the implementation of satellite-based navigation, specifically for use of LPV approaches/for landing by LPV (Localiser Performance with Vertical guidance), which ensures horizontal and vertical guidance based on EGNOS geo-stationary satellites providing navigation signal improvements for the GPS navigation service. The implementation of satellite-based navigation required a comprehensive, step-by-step process, which involved a number of different divisions of our airline operations. It encompassed fleet aircraft replacement decisions, approvals from authorities, implementation of new operational procedures, retrofit of technical hardware and crew training.
Read this: EGNSS enabling change in General Aviation
Prior to the E-GEN project, did you have any experience of EGNOS implementation?
We had previous experience on a smaller scale with our AMBER project, but E-GEN was significantly more complex. Therefore the timing and project planning for the E-GEN project was critical. It was planned by creating a full business implementation schedule. Before the actual implementation, we carefully analysed the satellite navigation technology and performed a demonstration study, to provide solid justification for the required investment. During the E-GEN project, we carefully followed the project plan and gradually implemented the procedures into everyday line operations. It also served as a stepping stone for the introduction of our brand new Airbus A220 fleet into service. This state-of-the-art airliner already has LPV and other satellite navigation capabilities built in and ready for use from the very beginning.
How has EGNOS helped you to improve your environmental performance?
We value the reduced environmental impact. The increased efficiency directly translates into improved environmental performance and reduced impact. But airBaltic also views LPV approaches as an important incremental improvement in the safety of air transportation by leveraging advanced flight-deck procedures and the increased automation of aircraft. Also, the benefit in terms of economic efficiency is significant because it permits more reliable operations by minimising the possibility of diversions. This is a win-win for both passengers and the airline.
And this: GSA hosts RAISG meeting at its Prague HQ
What form did your cooperation with the GSA take on this project, and how has the experience been?
Cooperation with GSA has been an important enabler for the project. The project is co-financed by the European GNSS Agency via the grant program “Acceleration of EGNOS adoption in the field of civil aviation”. The co-financing made all the difference by turning the investment into a positive business case. Also, GSA, with its oversight role on EU satellite navigation activities, was perfectly placed to provide the best available knowledge on system performance and helped with a wide range of practical questions.
Now that the project has concluded, what are your plans for the future as regards ‘green flying’ and EGNOS implementation?
The project has already provided a positive contribution to the European aviation industry. Prior to our E-GEN project there were no EASA approved STC (supplemental type certificates) available for the Q400 aircraft type. Now, thanks to E-GEN, this certification is available to all Q400 operators. Several European airlines are already following the path we created.
Since the implementation of the project, airBaltic has already performed more than 500 LPV approaches across European airports, which would not have happened otherwise. So the project is delivering real results with real benefits. Following this development, we will make over 5000 LPV approaches on our Q400 fleet alone. When combined with the satellite-based approaches conducted by our A220 operations, airBaltic is proud to be truly one of the future navigation pioneers in Europe.
Media note: This feature can be republished without charge provided the European GNSS Agency (GSA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the GSA website (http://www.gsa.europa.eu).
V současnosti se vedou diskuze o požadavcích na přesnost mapovacích prací. Podívejme se do historie, proč se v současnosti především v katastru nemovitostí, ale rovněž u většiny správců technické infrastruktury, používá tzv. třetí třída přesnosti mapování. Tato třída je definována střední souřadnicovou chybou podrobného bodu polohopisu mxy = 0,14 metru, která byla zavedena v roce 1969 ve směrnici pro tvorbu tehdejších technicko-hospodářských […]
The post KOMENTÁŘ: Budoucnost mapování leží v 8 centimetrech appeared first on Zeměměřič.

The number of people flocking to cities in search of employment and better prospects is growing at an unprecedented rate. By 2050, the global population is estimated to reach nine billion, 70% of which will be living in urban areas. The World Settlement Footprint 2015 (WSF-2015) is the first map, using mass collections of radar and optical satellite imagery, to provide a global overview of the world’s human settlements.
A v jakých dvou dalších městech nás můžete navštívit? Žďár nad Sázavou – Město ležící na pomezí Čech a Moravy v malebné krajině Českomoravské vrchoviny uprostřed chráněné krajinné oblasti Žďárské vrchy. – Vedoucím pobočky se stal Pavel Hladík. Dlouholetý zaměstnanec naší společnosti. Přijďte Pavla navštívit. Adresu naleznete zde. Pardubice – Město s dlouholetou tradicí, proslulé... View Article
The post Otevřeli jsme 2 nové pobočky appeared first on HRDLIČKA spol. s r.o. - komplexní služby v oblasti geodézie.

As of yesterday, 11 June 2019, measurements from ESA’s SMOS mission are being fully integrated into ECMWF’s forecasting system, allowing for a more accurate description of water content in soil.
Hexagon today introduced HxGN OnCall, the most comprehensive portfolio of next-generation public safety solutions available. Delivering a transformative user experience -- and leveraging connected capabilities spanning incident management, dispatch, field operations, records, analytics, reporting, mobility and major event management – HxGN OnCall uniquely provides public safety agencies with a cohesive set of solutions designed to increase operational agility and quickly adapt to changing demands. Available on-premises or in the cloud, HxGN OnCall is the ideal solution for agencies of all sizes to build safer, more resilient communities.
Unveiled at HxGN LIVE, Hexagon’s international digital technology conference, HxGN OnCall meets a wide range of public safety needs. With flexible access via browsers and mobile apps, the portfolio includes:
Together, these suites deliver the holistic insights and coordinated capabilities needed to advance the efficiency and effectiveness of public safety provision.
“In a time when public safety organizations are facing unprecedented pressures, the HxGN OnCall portfolio delivers the capabilities and agility needed to adapt to changing demands in ways that are timely, cost-effective and sustainable,” said Steven Cost, president of Hexagon’s Safety & Infrastructure division. “Building on nearly three decades of domain expertise and leveraging the newest technological innovations of UX, cloud and mobility, HxGN OnCall delivers a flexible, scalable suite of next-generation solutions that enable first responders to move quickly and ensure cities are safe.”
By linking personnel, workflows, systems, sensors, organizations and information, HxGN OnCall enables public safety agencies to take effective action sooner. They can better contain incidents, deliver greater outcomes and proactively mitigate risks to avert developing situations.
The HxGN OnCall user interface also increases agency agility by delivering only the most relevant data and tools for the task at hand. A dynamic and intuitive UX provides clear insight and streamlined workflows to reduce the time between initial alerts and taking effective action. This feature improves efficiency in day-to-day operations and makes a significant difference in life or death during an emergency.
HxGN OnCall delivers cost-effective solutions with simplified administration. Web and mobile clients eliminate specialized client hardware and virtualized desktop infrastructure for supporting remote users. Cloud-based implementations with platforms like Microsoft Azure offer exceptional security, physical resilience and elastic scalability without capital expenditure or the administrative burden of a supporting IT environment, extending the accessibility of HxGN OnCall’s market-leading capabilities to smaller agencies.
“With HxGN OnCall, cities of all sizes have access to the most advanced public safety technologies available,” said Kalyn Sims, CTO of Hexagon’s Safety & Infrastructure division. “The current market landscape requires agencies to choose between products and capabilities based on budgets and resources. HxGN OnCall eliminates this difficult decision because it is one portfolio of solutions that serves the needs of all agencies. No longer are leading-edge capabilities reserved for bigger cities with large budgets. Now, smaller communities can take advantage of state-of-the-art technologies and enjoy greater safety and security.”
Hexagon’s Safety & Infrastructure division today introduced HxGN OnCall, the most comprehensive portfolio of next-generation public safety solutions available. Delivering a transformative user experience -- and leveraging connected capabilities spanning incident management, dispatch, field operations, records, analytics, reporting, mobility and major event management – HxGN OnCall uniquely provides public safety agencies with a cohesive set of solutions designed to increase operational agility and quickly adapt to changing demands. Available on-premise or in the cloud, HxGN OnCall is the ideal solution for agencies of all sizes to build safer, more resilient communities.
Unveiled at HxGN LIVE, Hexagon’s international digital technology conference, HxGN OnCall meets a wide range of public safety needs. With flexible access via browsers and mobile apps, the portfolio includes:
Together, these suites deliver the holistic insights and coordinated capabilities needed to advance the efficiency and effectiveness of public safety provision.
“In a time when public safety organizations are facing unprecedented pressures, the HxGN OnCall portfolio delivers the capabilities and agility needed to adapt to changing demands in ways that are timely, cost-effective and sustainable,” said Steven Cost, president of Hexagon’s Safety & Infrastructure division. “Building on nearly three decades of domain expertise and leveraging the newest technological innovations of UX, cloud and mobility, HxGN OnCall delivers a flexible, scalable suite of next-generation solutions that enable first responders to move quickly and ensure cities are safe.”
By linking personnel, workflows, systems, sensors, organizations and information, HxGN OnCall enables public safety agencies to take effective action sooner. They can better contain incidents, deliver greater outcomes and proactively mitigate risks to avert developing situations.
The HxGN OnCall user interface also increases agency agility by delivering only the most relevant data and tools for the task at hand. A dynamic and intuitive UX provides clear insight and streamlined workflows to reduce the time between initial alerts and taking effective action. This feature improves efficiency in day-to-day operations and makes a significant difference in life or death during an emergency.
HxGN OnCall delivers cost-effective solutions with simplified administration. Web and mobile clients eliminate specialized client hardware and virtualized desktop infrastructure for supporting remote users. Cloud-based implementations with platforms like Microsoft Azure offer exceptional security, physical resilience and elastic scalability without capital expenditure or the administrative burden of a supporting IT environment, extending the accessibility of HxGN OnCall’s market-leading capabilities to smaller agencies.
“With HxGN OnCall, cities of all sizes have access to the most advanced public safety technologies available,” said Kalyn Sims, CTO of Hexagon’s Safety & Infrastructure division. “The current market landscape requires agencies to choose between products and capabilities based on budgets and resources. HxGN OnCall eliminates this difficult decision because it is one portfolio of solutions that serves the needs of all agencies. No longer are leading-edge capabilities reserved for bigger cities with large budgets. Now, smaller communities can take advantage of state-of-the-art technologies and enjoy greater safety and security.”