search

New SpaceThe annual value of the global space-based economy is roughly estimated to be somewhere between $150 and $300 billion. These figures include both government expenditure and the revenues of private firms. In addition to developing both hardware and software for space, companies are now also initiating the next steps in space exploration. An example is Luxembourg-based ispace that will send its lunar exploration rover robots to the Moon in 2020.

And this is just the beginning. Dr Ben Corin, Research Staff Member at US-based IDA Science and Technology Policy Institute, indicated that the next activities generating private space business would include private space stations, in-orbit servicing, assembly and manufacturing and asteroid mining as well as fields such as the removal of space debris, in-space transportation and in-space research. Pete Worden, Executive Director of scientific and technological exploration programme Breakthrough StarShot, went a step further and predicted that the first human settlement in space will happen in the middle of the next decade.

Artificial intelligence to observe the Earth

The reasons for this extremely fast progress are many and include notably the high speed of innovation and technology development which allow bringing down costs while also improving the efficiency of space applications. Satellites have been used since the late 1950s to observe the Earth. Many observation satellites are today operated by private companies, and innovation has made it possible to obtain high-resolution data from the most remote areas of the planet regardless of the weather and the time of the day. Luxembourg-based Spire uses satellite data to track ships, airplanes and weather phenomena. Other fields of application include, for example, crop monitoring, disaster recovery and border control.

People worry about the loss of jobs due to artificial intelligence, but when applied in space activities it can actually create a huge amount of new jobs.

The potential use of Earth observation data is virtually unlimited, but the sheer volumes of data collected are daunting and “way beyond what we, or even a supercomputer, can cope with,” according to Alison Lowndes, Artificial Intelligence DevRel EMEA at American technology company NVIDIA. In her opinion, the use of artificial intelligence is necessary to fully exploit these data and derive benefits for a wide range of industries. “People worry about the loss of jobs due to artificial intelligence, but when applied in space activities it can actually create a huge amount of new jobs,” she said.

Opening the access to space

The arrival of private players on the space scene has drastically increased the demand for access to space and for launches that are timely and with controlled costs. NewSpace Europe welcomed both Rocket Lab, the operator of the world’s only private orbital launch site located in New Zealand, and Spaceport Cornwall that is the first in the world to attempt to use an existing civilian airport for space launches to enable low-cost access to space. “We were contacted by an Australian company wanting to launch a satellite, and only two months after our first discussions their satellite was in orbit,” said Rocket Lab’s Director of Business Development (Australia) and Launch Director Sandy Tirtey. “This is the reason why we exist and why we are disruptive.”

The role of governments

With so much space activity carried out by the private sector, is there still a role to play for governments? Conference panellists answered this question with an unequivocal yes, pointing out that commercial does not mean that governments are no longer involved. Even smaller countries such as Luxembourg can have a huge impact when it comes to creating favourable framework conditions for the space sector to prosper.

“It is very important to have a government that is progressive and forward thinking,” said Pete Worden (Breakthrough StarShot). “The future of the space industry resides in places where smaller, efficient, visionary government able to move quickly can play a big role. The Luxembourg government should be commended for doing exactly that.

The future of the space industry resides in places where smaller, efficient, visionary government able to move quickly can play a big role.

Two years after the launch of the SpaceResources.lu initiative that provides a unique legal, regulatory and business environment for private companies that explore and use space resources, over 20 global new space companies have opened offices in Luxembourg and several more are on their way. “Commercial space activities are extremely close to our heart,” confirmed Marc Serres, CEO of the Luxembourg Space Agency. “We need to continue going beyond what we have done traditionally and find new applications of space-derived activities for sectors that at the moment have no idea that space can be beneficial for them.”

Photo credit: Marie De Decker

Read more

Cleantech Forum Europe: new format, old and new dates

06-04-2020

Due to the outbreak of the COVID-19 pandemic, the format of the 2020 Cleantech Forum Europe had to be modified. A virtual programme will be offered on the original event dates, 18-20 May, and will be followed by a first-ever end-of-the-year festive Cleantech Forum in Luxembourg on 7-9 December.
Read more

Luxembourg start-up Doctena offers remote medical consultation solution

06-04-2020

In view of the urgent need to restrict face-to-face meetings as much as possible due to the COVID-19 pandemic, the Luxembourg government is allowing remote medical consultations during the time of the crisis. Reacting quickly, Luxembourg start-up Doctena has added a video conference module to its leading online platform for booking medical appointments.
Read more

Luxembourg lab develops COVID-19 test kit

05-04-2020

Siemens Healthineers has announced the availability of its molecular Fast Track Diagnostics SARS-CoV-2 Assay test kit, which can help diagnose people infected by the virus that causes the COVID-19 disease. The test kit, which allows identification of the virus in less than three hours, has been developed by Siemens Healthineers’ Luxembourg-based daughter company Fast Track Diagnostics.
Read more

ArcelorMittal develops 3D-printed ventilator prototype

01-04-2020

Many companies are currently using their innovative capabilities to help alleviate the COVID-19 sanitary crisis. The R&D team of ArcelorMittal has developed a protoype for a 3D-printed ventilator which, if successfully tested, could be produced rapidly.
Read more

COVID-19: Mobilisation of R&D at all levels

01-04-2020

Faced with the global COVID-19 pandemic, institutional and private players in research, development and innovation are stepping forward. The first results are already tangible.
Read more

All news

Fermer