2025 Q2 -tulosraportti
164 päivää sitten57 min
Tarjoustasot
First North Sweden
Määrä
Osto
9 272
Myynti
Määrä
5 008
Viimeisimmät kaupat
| Aika | Hinta | Määrä | Ostaja | Myyjä |
|---|---|---|---|---|
| 323 | - | - | ||
| 50 | - | - | ||
| 20 | - | - | ||
| 180 | - | - | ||
| 715 | - | - |
Ylin
21,3VWAP
Alin
20,35VaihtoMäärä
7 333 609
VWAP
Ylin
21,3Alin
20,35VaihtoMäärä
7 333 609
Välittäjätilasto
Dataa ei löytynyt
Yhtiötapahtumat
Datan lähde: FactSet, Quartr| Seuraava tapahtuma | |
|---|---|
| 2025 Q4 -tulosraportti | 19.2. |
| Menneet tapahtumat | ||
|---|---|---|
| 2025 Q2 -tulosraportti | 27.8.2025 | |
| 2024 Q4 -tulosraportti | 14.2.2025 | |
| 2024 Q3 -tulosraportti | 31.10.2024 | |
| 2024 Q2 -tulosraportti | 23.8.2024 | |
| 2024 Q1 -tulosraportti | 17.5.2024 |
Asiakkaat katsoivat myös
Shareville
Liity keskusteluun SharevillessäShareville on aktiivisten yksityissijoittajien yhteisö, jossa voit seurata muiden asiakkaiden kaupankäyntiä ja omistuksia.
Kirjaudu
·1 t sittenAnd from Singapore https://www.linkedin.com/posts/gomspace_singaporespacesummit-gomspace-newspace-activity-7425871179887902720-V7K-?utm_source=share&utm_medium=member_ios&rcm=ACoAAARpbicBIXyImFWucwSyMHp6NHVIcTURcQs And quoted “GomSpace CEO, Carsten Drachmann participated in the first-ever Singapore Space Summit where a dialogue on the future of the global space economy took place. Asia is not just a strategic market for us, it is an area very close to our heart, built on years of collaboration, trust and shared ambition. Over the past years, we have deepened our presence in Singapore and across Southeast Asia through long-term partnerships, joint projects and local contracts that advance cutting-edge micro- and nanosatellite missions. These collaborations have allowed us to work hand in hand with customers, agencies and industry partners to deliver high-performance satellite solutions tailored to the region’s needs. At the Singapore Space Summit, Carsten joined international leaders to discuss how innovation, responsibility and collaboration can unlock the next chapter of space-based services for societies and economies worldwide. His long-standing connection with Singapore and previous leadership roles in the local space ecosystem further strengthen our commitment to growing together with our Asian partners. We look forward to continuing to build bridges between Europe and Asia, expanding enduring partnerships and co-creating missions that push the boundaries of what small satellites can achieve for our planet. #SingaporeSpaceSummit #GomSpace #NewSpace #Partnerships #Asia #SatelliteTechnology”
·12 t sitten · MuokattuAny estimates on the Gomspace order size for the AI development project on the surveillance system? Gomspace order size/revenue for the development of the AI-based surveillance system, where the government increases Denmark's contribution by approximately 1 mia. kr.? The development project is a collaboration between GomSpace, FORCE Technology, DTU and Alexandra Instituttet. https://ing.dk/artikel/putin-truer-vores-satellitter-dansk-forskningsprojekt-paa-vej-med-en-loesning·7 t sittenAnd here excerpted “The government has just decided to increase Denmark's contribution to the European space organization ESA by well over one billion kroner. But despite the fact that »the threat from cyber espionage and cybercrime against the Danish space sector is very high«, according to the Agency for Societal Security, the protection of data and communication constitutes the smallest part of the new Danish ESA contribution. It is in this light that a new Danish project collaboration between satellite manufacturer GomSpace, FORCE Technology, DTU, and Alexandra Instituttet should be seen. The project will develop an AI-based surveillance system that can detect cyberattacks against satellites and, in the most extreme consequence, shut them down before foreign powers take control. According to Lars Alminde, Vice President for Strategy and Business Development at GomSpace, the project is directly driven by the changed security policy situation. »Space capabilities for communication, surveillance, and intelligence are becoming increasingly important, and this makes satellites an attractive target for foreign powers. We must guard against this.« »The purpose is to prevent a foreign actor from taking control and being able to listen in on data or manipulate the satellite's function,« says Lars Alminde. While cybersecurity is traditionally associated with servers and networks on the ground, Lars Alminde points out that there is an increasing focus on satellites as part of the critical infrastructure of the future. An extra layer of defense in space GomSpace satellites are already protected by encrypted communication and authentication, which ensures that only authorized operators can send commands to the satellite. The same applies to most satellites. The new project focuses on the scenario where an attacker nevertheless breaks through. It is Alexandre Alapetite from Alexandra Instituttet who is responsible for the AI infrastructure in the project. Here, work is being done on so-called anomaly detection – that is, methods for detecting deviations from normal behavior in large amounts of data. The basic idea is that satellites constantly generate data: Temperatures, power consumption, signal patterns, and system logs. If this data suddenly changes character, it could be a warning of an anomaly. »Some anomalies can be detected with relatively classic statistical methods – for example, if the time interval between events suddenly changes significantly,« says Alexandre Alapetite. If the system assesses that the satellite is compromised, it can automatically switch to an ultra-secure mode. This may involve the satellite restarting and requiring new encryption keys before the connection can be re-established. In the most extreme consequence, the owner can choose to completely shut down the satellite. As the project is still at an early stage, the parties cannot yet say with certainty how the AI infrastructure will be precisely designed. Edge AI A central approach in the project is that the solution should not run as a cloud solution, but directly on the satellite, so-called Edge AI. »The biggest and most important thing is that it must run physically inside the satellite. It must not be dependent on a constant connection to Earth,« says Alexandre Alapetite. This is about both robustness and security. Satellites can lose connection for longer periods, and in a crisis situation, communication can be one of the first things to disappear. »If the satellite loses connection, it must still be able to react. This argues for as much as possible to happen locally,« says Alexandre Alapetite. At the same time, it reduces the risk of data leaks and dependence on foreign cloud services. The Viasat attack According to Lars Alminde, the public has limited knowledge that satellites have actually been hacked. What is most often heard about is jamming, where signals to the satellite are disrupted, and thus not the hardware itself on board.- ·1 päivä sitten · MuokattuWhile we wait to make good times better. https://www.linkedin.com/posts/lars-ki%C3%A6r-9266a61_a-busy-and-inspiring-week-for-our-business-ugcPost-7425528504886140928-njlq?utm_source=share&utm_medium=member_ios&rcm=ACoAAARpbicBIXyImFWucwSyMHp6NHVIcTURcQs Quoted Lars Kiær “A busy and inspiring week for our Business Development work in Europe. Earlier this week, I visited the Bavarian space ecosystem as part of a Danish Government delegation led by Christina Egelund, with stops at Airbus Defence and Space, Isar Aerospace, Munich Aerospace and other strong regional players. Bavaria continues to impress with its ambition in space and defence. Thursday and Friday, Emilie Marley Siemssen and I reconnected with both new and old friends at the Danish Defence Annual Conference (DDAC). As Bo Lidegaard put it: “Don’t wait for the EU to create a grand framework for European defence — make your own.” Well Bo, that’s exactly what we’re doing — together with trusted partners across Europe. GomSpace” WE MAKE SPACE YOURS.
- ·1 päivä sitten · MuokattuPutin threatens our satellites: Danish research project on the way with a solution. The government has just decided to increase Denmark's contribution to the European space organization ESA by well over one billion kroner. Satellites have become critical infrastructure in modern conflicts, but cybersecurity in space lags behind. Now, a new Danish project will develop AI-based protection against hostile takeover of satellites. But despite the fact that "the threat from cyber espionage and cybercrime against the Danish space sector is very high," according to Styrelsen for Samfundssikkerhed, the protection of data and communication constitutes the smallest part of the new Danish ESA contribution. It is in this light that a new Danish project collaboration between satellite manufacturer GomSpace, FORCE Technology, DTU, and Alexandra Instituttet should be seen. The project will develop an AI-based monitoring system that can detect cyberattacks against sat... https://ing.dk/artikel/putin-truer-vores-satellitter-dansk-forskningsprojekt-paa-vej-med-en-loesning
- ·1 päivä sitten · MuokattuGolden dome explained https://www.dr.dk/nyheder/udland/saadan-fungerer-golden-dome-et-system-der-forsvarer-usa-men-truer-hele-jordkloden From the article “Trump's visions shall be realized through a gigantic network of thousands of satellites in different orbits. They shall intercept hostile missile launches, then the satellites shall communicate in space until they are over a ground station, explains John Leif.” The last part is interesting for GomSpace and us, i.e., communication between satellites and ground station 🙂 if it is over Greenland then the ground station must be located in a cloud-free place. Here's YouTube explaining the technology https://youtu.be/0IjCQEPM_1A?si=xw--XD4c24of49JY·1 päivä sittenContinued excerpt from the engineer “He explains that, in theory, one can imagine attempts to block the beam by manipulating weather conditions, for example through cloud seeding, where one tries to influence the microstructure of clouds to create cloud cover with precipitation. But both he and Peter Stensgård Hansen assess that in practice it is unrealistic, as weather conditions cannot be controlled precisely enough. The weather is the big Achilles' heel The biggest weakness of laser communication, however, remains cloud cover. “We are limited by direct line of sight, and we cannot shoot through clouds. That's physics,” says Peter Stensgård Hansen. Precisely for this reason, the location is not random. Astrolight has deliberately opted out of coastal towns. Although the town would be obvious due to existing infrastructure and access to fiber optic cables, it was rejected because it “is almost always overcast.” “We have deliberately chosen to move away from the coast, because the weather systems there provide more cloud cover. Inland, Greenland is effectively an arctic desert and there is less cloud cover, but in return, poor infrastructure,” says Peter Stensgård Hansen. According to Lars Alminde, the choice is technically well-founded. “Astrolight's placement of their laser communication, which has an arctic desert climate, is obvious. It is an area with relatively few clouds, and that makes it particularly suitable,” he says. While the station can download data from space at a speed of 2.5 gigabits per second, a problem arises on the ground. Peter Stensgård Hansen explains that the local site is limited by a megabit per second radio link to the coast. This creates a bottleneck where data can be downloaded very quickly, but not forwarded at the same pace. Therefore, Astrolight is in dialogue with Tusass, the Greenlandic telecom company, about solving the problem with the slow connection, so that the station's capacity can be fully utilized. “That is the next bottleneck we need to solve. Once it's gone, the defense will have a completely different situational awareness in the Arctic than they have had before,” says Peter Stensgård Hansen. One station is not enough Laser communication will according to both Peter Stensgård Hansen and Lars Alminde not be able to stand alone, but will function as a supplement in a more complex satellite network. “Laser communication can certainly become a supplement to radio frequencies, where, due to the growth in satellites, it is becoming increasingly difficult to find frequencies without interference,” says Lars Alminde. He refers to the fact that the number of satellites in low Earth orbit is expected to increase by 190 percent within the next decade, according to a report from the World Economic Forum. The increasing satellite traffic will make traditional radio communication more vulnerable to noise and interference, while laser communication is not affected in the same way. The risk of cloud cover, however, means that the system requires several ground stations. Precisely for this reason, Astrolight is already looking into the possibility of establishing more stations in Greenland, although the location of the upcoming stations has not yet been determined.”
Yllä olevat kommentit ovat peräisin Nordnetin sosiaalisen verkoston Sharevillen käyttäjiltä, eikä niitä ole muokattu eikä Nordnet ole tarkastanut niitä etukäteen. Ne eivät tarkoita, että Nordnet tarjoaisi sijoitusneuvoja tai sijoitussuosituksia. Nordnet ei ota vastuuta kommenteista.
Uutiset
Tämän sivun uutiset ja/tai sijoitussuositukset tai otteet niistä sekä niihin liittyvät linkit ovat mainitun tahon tuottamia ja toimittamia. Nordnet ei ole osallistunut materiaalin laatimiseen, eikä ole tarkistanut sen sisältöä tai tehnyt sisältöön muutoksia. Lue lisää sijoitussuosituksista.
2025 Q2 -tulosraportti
164 päivää sitten57 min
Uutiset
Tämän sivun uutiset ja/tai sijoitussuositukset tai otteet niistä sekä niihin liittyvät linkit ovat mainitun tahon tuottamia ja toimittamia. Nordnet ei ole osallistunut materiaalin laatimiseen, eikä ole tarkistanut sen sisältöä tai tehnyt sisältöön muutoksia. Lue lisää sijoitussuosituksista.
Shareville
Liity keskusteluun SharevillessäShareville on aktiivisten yksityissijoittajien yhteisö, jossa voit seurata muiden asiakkaiden kaupankäyntiä ja omistuksia.
Kirjaudu
- ·1 t sittenAnd from Singapore https://www.linkedin.com/posts/gomspace_singaporespacesummit-gomspace-newspace-activity-7425871179887902720-V7K-?utm_source=share&utm_medium=member_ios&rcm=ACoAAARpbicBIXyImFWucwSyMHp6NHVIcTURcQs And quoted “GomSpace CEO, Carsten Drachmann participated in the first-ever Singapore Space Summit where a dialogue on the future of the global space economy took place. Asia is not just a strategic market for us, it is an area very close to our heart, built on years of collaboration, trust and shared ambition. Over the past years, we have deepened our presence in Singapore and across Southeast Asia through long-term partnerships, joint projects and local contracts that advance cutting-edge micro- and nanosatellite missions. These collaborations have allowed us to work hand in hand with customers, agencies and industry partners to deliver high-performance satellite solutions tailored to the region’s needs. At the Singapore Space Summit, Carsten joined international leaders to discuss how innovation, responsibility and collaboration can unlock the next chapter of space-based services for societies and economies worldwide. His long-standing connection with Singapore and previous leadership roles in the local space ecosystem further strengthen our commitment to growing together with our Asian partners. We look forward to continuing to build bridges between Europe and Asia, expanding enduring partnerships and co-creating missions that push the boundaries of what small satellites can achieve for our planet. #SingaporeSpaceSummit #GomSpace #NewSpace #Partnerships #Asia #SatelliteTechnology”
- ·12 t sitten · MuokattuAny estimates on the Gomspace order size for the AI development project on the surveillance system? Gomspace order size/revenue for the development of the AI-based surveillance system, where the government increases Denmark's contribution by approximately 1 mia. kr.? The development project is a collaboration between GomSpace, FORCE Technology, DTU and Alexandra Instituttet. https://ing.dk/artikel/putin-truer-vores-satellitter-dansk-forskningsprojekt-paa-vej-med-en-loesning·7 t sittenAnd here excerpted “The government has just decided to increase Denmark's contribution to the European space organization ESA by well over one billion kroner. But despite the fact that »the threat from cyber espionage and cybercrime against the Danish space sector is very high«, according to the Agency for Societal Security, the protection of data and communication constitutes the smallest part of the new Danish ESA contribution. It is in this light that a new Danish project collaboration between satellite manufacturer GomSpace, FORCE Technology, DTU, and Alexandra Instituttet should be seen. The project will develop an AI-based surveillance system that can detect cyberattacks against satellites and, in the most extreme consequence, shut them down before foreign powers take control. According to Lars Alminde, Vice President for Strategy and Business Development at GomSpace, the project is directly driven by the changed security policy situation. »Space capabilities for communication, surveillance, and intelligence are becoming increasingly important, and this makes satellites an attractive target for foreign powers. We must guard against this.« »The purpose is to prevent a foreign actor from taking control and being able to listen in on data or manipulate the satellite's function,« says Lars Alminde. While cybersecurity is traditionally associated with servers and networks on the ground, Lars Alminde points out that there is an increasing focus on satellites as part of the critical infrastructure of the future. An extra layer of defense in space GomSpace satellites are already protected by encrypted communication and authentication, which ensures that only authorized operators can send commands to the satellite. The same applies to most satellites. The new project focuses on the scenario where an attacker nevertheless breaks through. It is Alexandre Alapetite from Alexandra Instituttet who is responsible for the AI infrastructure in the project. Here, work is being done on so-called anomaly detection – that is, methods for detecting deviations from normal behavior in large amounts of data. The basic idea is that satellites constantly generate data: Temperatures, power consumption, signal patterns, and system logs. If this data suddenly changes character, it could be a warning of an anomaly. »Some anomalies can be detected with relatively classic statistical methods – for example, if the time interval between events suddenly changes significantly,« says Alexandre Alapetite. If the system assesses that the satellite is compromised, it can automatically switch to an ultra-secure mode. This may involve the satellite restarting and requiring new encryption keys before the connection can be re-established. In the most extreme consequence, the owner can choose to completely shut down the satellite. As the project is still at an early stage, the parties cannot yet say with certainty how the AI infrastructure will be precisely designed. Edge AI A central approach in the project is that the solution should not run as a cloud solution, but directly on the satellite, so-called Edge AI. »The biggest and most important thing is that it must run physically inside the satellite. It must not be dependent on a constant connection to Earth,« says Alexandre Alapetite. This is about both robustness and security. Satellites can lose connection for longer periods, and in a crisis situation, communication can be one of the first things to disappear. »If the satellite loses connection, it must still be able to react. This argues for as much as possible to happen locally,« says Alexandre Alapetite. At the same time, it reduces the risk of data leaks and dependence on foreign cloud services. The Viasat attack According to Lars Alminde, the public has limited knowledge that satellites have actually been hacked. What is most often heard about is jamming, where signals to the satellite are disrupted, and thus not the hardware itself on board.
- ·1 päivä sitten · MuokattuWhile we wait to make good times better. https://www.linkedin.com/posts/lars-ki%C3%A6r-9266a61_a-busy-and-inspiring-week-for-our-business-ugcPost-7425528504886140928-njlq?utm_source=share&utm_medium=member_ios&rcm=ACoAAARpbicBIXyImFWucwSyMHp6NHVIcTURcQs Quoted Lars Kiær “A busy and inspiring week for our Business Development work in Europe. Earlier this week, I visited the Bavarian space ecosystem as part of a Danish Government delegation led by Christina Egelund, with stops at Airbus Defence and Space, Isar Aerospace, Munich Aerospace and other strong regional players. Bavaria continues to impress with its ambition in space and defence. Thursday and Friday, Emilie Marley Siemssen and I reconnected with both new and old friends at the Danish Defence Annual Conference (DDAC). As Bo Lidegaard put it: “Don’t wait for the EU to create a grand framework for European defence — make your own.” Well Bo, that’s exactly what we’re doing — together with trusted partners across Europe. GomSpace” WE MAKE SPACE YOURS.
- ·1 päivä sitten · MuokattuPutin threatens our satellites: Danish research project on the way with a solution. The government has just decided to increase Denmark's contribution to the European space organization ESA by well over one billion kroner. Satellites have become critical infrastructure in modern conflicts, but cybersecurity in space lags behind. Now, a new Danish project will develop AI-based protection against hostile takeover of satellites. But despite the fact that "the threat from cyber espionage and cybercrime against the Danish space sector is very high," according to Styrelsen for Samfundssikkerhed, the protection of data and communication constitutes the smallest part of the new Danish ESA contribution. It is in this light that a new Danish project collaboration between satellite manufacturer GomSpace, FORCE Technology, DTU, and Alexandra Instituttet should be seen. The project will develop an AI-based monitoring system that can detect cyberattacks against sat... https://ing.dk/artikel/putin-truer-vores-satellitter-dansk-forskningsprojekt-paa-vej-med-en-loesning
- ·1 päivä sitten · MuokattuGolden dome explained https://www.dr.dk/nyheder/udland/saadan-fungerer-golden-dome-et-system-der-forsvarer-usa-men-truer-hele-jordkloden From the article “Trump's visions shall be realized through a gigantic network of thousands of satellites in different orbits. They shall intercept hostile missile launches, then the satellites shall communicate in space until they are over a ground station, explains John Leif.” The last part is interesting for GomSpace and us, i.e., communication between satellites and ground station 🙂 if it is over Greenland then the ground station must be located in a cloud-free place. Here's YouTube explaining the technology https://youtu.be/0IjCQEPM_1A?si=xw--XD4c24of49JY·1 päivä sittenContinued excerpt from the engineer “He explains that, in theory, one can imagine attempts to block the beam by manipulating weather conditions, for example through cloud seeding, where one tries to influence the microstructure of clouds to create cloud cover with precipitation. But both he and Peter Stensgård Hansen assess that in practice it is unrealistic, as weather conditions cannot be controlled precisely enough. The weather is the big Achilles' heel The biggest weakness of laser communication, however, remains cloud cover. “We are limited by direct line of sight, and we cannot shoot through clouds. That's physics,” says Peter Stensgård Hansen. Precisely for this reason, the location is not random. Astrolight has deliberately opted out of coastal towns. Although the town would be obvious due to existing infrastructure and access to fiber optic cables, it was rejected because it “is almost always overcast.” “We have deliberately chosen to move away from the coast, because the weather systems there provide more cloud cover. Inland, Greenland is effectively an arctic desert and there is less cloud cover, but in return, poor infrastructure,” says Peter Stensgård Hansen. According to Lars Alminde, the choice is technically well-founded. “Astrolight's placement of their laser communication, which has an arctic desert climate, is obvious. It is an area with relatively few clouds, and that makes it particularly suitable,” he says. While the station can download data from space at a speed of 2.5 gigabits per second, a problem arises on the ground. Peter Stensgård Hansen explains that the local site is limited by a megabit per second radio link to the coast. This creates a bottleneck where data can be downloaded very quickly, but not forwarded at the same pace. Therefore, Astrolight is in dialogue with Tusass, the Greenlandic telecom company, about solving the problem with the slow connection, so that the station's capacity can be fully utilized. “That is the next bottleneck we need to solve. Once it's gone, the defense will have a completely different situational awareness in the Arctic than they have had before,” says Peter Stensgård Hansen. One station is not enough Laser communication will according to both Peter Stensgård Hansen and Lars Alminde not be able to stand alone, but will function as a supplement in a more complex satellite network. “Laser communication can certainly become a supplement to radio frequencies, where, due to the growth in satellites, it is becoming increasingly difficult to find frequencies without interference,” says Lars Alminde. He refers to the fact that the number of satellites in low Earth orbit is expected to increase by 190 percent within the next decade, according to a report from the World Economic Forum. The increasing satellite traffic will make traditional radio communication more vulnerable to noise and interference, while laser communication is not affected in the same way. The risk of cloud cover, however, means that the system requires several ground stations. Precisely for this reason, Astrolight is already looking into the possibility of establishing more stations in Greenland, although the location of the upcoming stations has not yet been determined.”
Yllä olevat kommentit ovat peräisin Nordnetin sosiaalisen verkoston Sharevillen käyttäjiltä, eikä niitä ole muokattu eikä Nordnet ole tarkastanut niitä etukäteen. Ne eivät tarkoita, että Nordnet tarjoaisi sijoitusneuvoja tai sijoitussuosituksia. Nordnet ei ota vastuuta kommenteista.
Tarjoustasot
First North Sweden
Määrä
Osto
9 272
Myynti
Määrä
5 008
Viimeisimmät kaupat
| Aika | Hinta | Määrä | Ostaja | Myyjä |
|---|---|---|---|---|
| 323 | - | - | ||
| 50 | - | - | ||
| 20 | - | - | ||
| 180 | - | - | ||
| 715 | - | - |
Ylin
21,3VWAP
Alin
20,35VaihtoMäärä
7 333 609
VWAP
Ylin
21,3Alin
20,35VaihtoMäärä
7 333 609
Välittäjätilasto
Dataa ei löytynyt
Asiakkaat katsoivat myös
Yhtiötapahtumat
Datan lähde: FactSet, Quartr| Seuraava tapahtuma | |
|---|---|
| 2025 Q4 -tulosraportti | 19.2. |
| Menneet tapahtumat | ||
|---|---|---|
| 2025 Q2 -tulosraportti | 27.8.2025 | |
| 2024 Q4 -tulosraportti | 14.2.2025 | |
| 2024 Q3 -tulosraportti | 31.10.2024 | |
| 2024 Q2 -tulosraportti | 23.8.2024 | |
| 2024 Q1 -tulosraportti | 17.5.2024 |
2025 Q2 -tulosraportti
164 päivää sitten57 min
Uutiset
Tämän sivun uutiset ja/tai sijoitussuositukset tai otteet niistä sekä niihin liittyvät linkit ovat mainitun tahon tuottamia ja toimittamia. Nordnet ei ole osallistunut materiaalin laatimiseen, eikä ole tarkistanut sen sisältöä tai tehnyt sisältöön muutoksia. Lue lisää sijoitussuosituksista.
Yhtiötapahtumat
Datan lähde: FactSet, Quartr| Seuraava tapahtuma | |
|---|---|
| 2025 Q4 -tulosraportti | 19.2. |
| Menneet tapahtumat | ||
|---|---|---|
| 2025 Q2 -tulosraportti | 27.8.2025 | |
| 2024 Q4 -tulosraportti | 14.2.2025 | |
| 2024 Q3 -tulosraportti | 31.10.2024 | |
| 2024 Q2 -tulosraportti | 23.8.2024 | |
| 2024 Q1 -tulosraportti | 17.5.2024 |
Shareville
Liity keskusteluun SharevillessäShareville on aktiivisten yksityissijoittajien yhteisö, jossa voit seurata muiden asiakkaiden kaupankäyntiä ja omistuksia.
Kirjaudu
- ·1 t sittenAnd from Singapore https://www.linkedin.com/posts/gomspace_singaporespacesummit-gomspace-newspace-activity-7425871179887902720-V7K-?utm_source=share&utm_medium=member_ios&rcm=ACoAAARpbicBIXyImFWucwSyMHp6NHVIcTURcQs And quoted “GomSpace CEO, Carsten Drachmann participated in the first-ever Singapore Space Summit where a dialogue on the future of the global space economy took place. Asia is not just a strategic market for us, it is an area very close to our heart, built on years of collaboration, trust and shared ambition. Over the past years, we have deepened our presence in Singapore and across Southeast Asia through long-term partnerships, joint projects and local contracts that advance cutting-edge micro- and nanosatellite missions. These collaborations have allowed us to work hand in hand with customers, agencies and industry partners to deliver high-performance satellite solutions tailored to the region’s needs. At the Singapore Space Summit, Carsten joined international leaders to discuss how innovation, responsibility and collaboration can unlock the next chapter of space-based services for societies and economies worldwide. His long-standing connection with Singapore and previous leadership roles in the local space ecosystem further strengthen our commitment to growing together with our Asian partners. We look forward to continuing to build bridges between Europe and Asia, expanding enduring partnerships and co-creating missions that push the boundaries of what small satellites can achieve for our planet. #SingaporeSpaceSummit #GomSpace #NewSpace #Partnerships #Asia #SatelliteTechnology”
- ·12 t sitten · MuokattuAny estimates on the Gomspace order size for the AI development project on the surveillance system? Gomspace order size/revenue for the development of the AI-based surveillance system, where the government increases Denmark's contribution by approximately 1 mia. kr.? The development project is a collaboration between GomSpace, FORCE Technology, DTU and Alexandra Instituttet. https://ing.dk/artikel/putin-truer-vores-satellitter-dansk-forskningsprojekt-paa-vej-med-en-loesning·7 t sittenAnd here excerpted “The government has just decided to increase Denmark's contribution to the European space organization ESA by well over one billion kroner. But despite the fact that »the threat from cyber espionage and cybercrime against the Danish space sector is very high«, according to the Agency for Societal Security, the protection of data and communication constitutes the smallest part of the new Danish ESA contribution. It is in this light that a new Danish project collaboration between satellite manufacturer GomSpace, FORCE Technology, DTU, and Alexandra Instituttet should be seen. The project will develop an AI-based surveillance system that can detect cyberattacks against satellites and, in the most extreme consequence, shut them down before foreign powers take control. According to Lars Alminde, Vice President for Strategy and Business Development at GomSpace, the project is directly driven by the changed security policy situation. »Space capabilities for communication, surveillance, and intelligence are becoming increasingly important, and this makes satellites an attractive target for foreign powers. We must guard against this.« »The purpose is to prevent a foreign actor from taking control and being able to listen in on data or manipulate the satellite's function,« says Lars Alminde. While cybersecurity is traditionally associated with servers and networks on the ground, Lars Alminde points out that there is an increasing focus on satellites as part of the critical infrastructure of the future. An extra layer of defense in space GomSpace satellites are already protected by encrypted communication and authentication, which ensures that only authorized operators can send commands to the satellite. The same applies to most satellites. The new project focuses on the scenario where an attacker nevertheless breaks through. It is Alexandre Alapetite from Alexandra Instituttet who is responsible for the AI infrastructure in the project. Here, work is being done on so-called anomaly detection – that is, methods for detecting deviations from normal behavior in large amounts of data. The basic idea is that satellites constantly generate data: Temperatures, power consumption, signal patterns, and system logs. If this data suddenly changes character, it could be a warning of an anomaly. »Some anomalies can be detected with relatively classic statistical methods – for example, if the time interval between events suddenly changes significantly,« says Alexandre Alapetite. If the system assesses that the satellite is compromised, it can automatically switch to an ultra-secure mode. This may involve the satellite restarting and requiring new encryption keys before the connection can be re-established. In the most extreme consequence, the owner can choose to completely shut down the satellite. As the project is still at an early stage, the parties cannot yet say with certainty how the AI infrastructure will be precisely designed. Edge AI A central approach in the project is that the solution should not run as a cloud solution, but directly on the satellite, so-called Edge AI. »The biggest and most important thing is that it must run physically inside the satellite. It must not be dependent on a constant connection to Earth,« says Alexandre Alapetite. This is about both robustness and security. Satellites can lose connection for longer periods, and in a crisis situation, communication can be one of the first things to disappear. »If the satellite loses connection, it must still be able to react. This argues for as much as possible to happen locally,« says Alexandre Alapetite. At the same time, it reduces the risk of data leaks and dependence on foreign cloud services. The Viasat attack According to Lars Alminde, the public has limited knowledge that satellites have actually been hacked. What is most often heard about is jamming, where signals to the satellite are disrupted, and thus not the hardware itself on board.
- ·1 päivä sitten · MuokattuWhile we wait to make good times better. https://www.linkedin.com/posts/lars-ki%C3%A6r-9266a61_a-busy-and-inspiring-week-for-our-business-ugcPost-7425528504886140928-njlq?utm_source=share&utm_medium=member_ios&rcm=ACoAAARpbicBIXyImFWucwSyMHp6NHVIcTURcQs Quoted Lars Kiær “A busy and inspiring week for our Business Development work in Europe. Earlier this week, I visited the Bavarian space ecosystem as part of a Danish Government delegation led by Christina Egelund, with stops at Airbus Defence and Space, Isar Aerospace, Munich Aerospace and other strong regional players. Bavaria continues to impress with its ambition in space and defence. Thursday and Friday, Emilie Marley Siemssen and I reconnected with both new and old friends at the Danish Defence Annual Conference (DDAC). As Bo Lidegaard put it: “Don’t wait for the EU to create a grand framework for European defence — make your own.” Well Bo, that’s exactly what we’re doing — together with trusted partners across Europe. GomSpace” WE MAKE SPACE YOURS.
- ·1 päivä sitten · MuokattuPutin threatens our satellites: Danish research project on the way with a solution. The government has just decided to increase Denmark's contribution to the European space organization ESA by well over one billion kroner. Satellites have become critical infrastructure in modern conflicts, but cybersecurity in space lags behind. Now, a new Danish project will develop AI-based protection against hostile takeover of satellites. But despite the fact that "the threat from cyber espionage and cybercrime against the Danish space sector is very high," according to Styrelsen for Samfundssikkerhed, the protection of data and communication constitutes the smallest part of the new Danish ESA contribution. It is in this light that a new Danish project collaboration between satellite manufacturer GomSpace, FORCE Technology, DTU, and Alexandra Instituttet should be seen. The project will develop an AI-based monitoring system that can detect cyberattacks against sat... https://ing.dk/artikel/putin-truer-vores-satellitter-dansk-forskningsprojekt-paa-vej-med-en-loesning
- ·1 päivä sitten · MuokattuGolden dome explained https://www.dr.dk/nyheder/udland/saadan-fungerer-golden-dome-et-system-der-forsvarer-usa-men-truer-hele-jordkloden From the article “Trump's visions shall be realized through a gigantic network of thousands of satellites in different orbits. They shall intercept hostile missile launches, then the satellites shall communicate in space until they are over a ground station, explains John Leif.” The last part is interesting for GomSpace and us, i.e., communication between satellites and ground station 🙂 if it is over Greenland then the ground station must be located in a cloud-free place. Here's YouTube explaining the technology https://youtu.be/0IjCQEPM_1A?si=xw--XD4c24of49JY·1 päivä sittenContinued excerpt from the engineer “He explains that, in theory, one can imagine attempts to block the beam by manipulating weather conditions, for example through cloud seeding, where one tries to influence the microstructure of clouds to create cloud cover with precipitation. But both he and Peter Stensgård Hansen assess that in practice it is unrealistic, as weather conditions cannot be controlled precisely enough. The weather is the big Achilles' heel The biggest weakness of laser communication, however, remains cloud cover. “We are limited by direct line of sight, and we cannot shoot through clouds. That's physics,” says Peter Stensgård Hansen. Precisely for this reason, the location is not random. Astrolight has deliberately opted out of coastal towns. Although the town would be obvious due to existing infrastructure and access to fiber optic cables, it was rejected because it “is almost always overcast.” “We have deliberately chosen to move away from the coast, because the weather systems there provide more cloud cover. Inland, Greenland is effectively an arctic desert and there is less cloud cover, but in return, poor infrastructure,” says Peter Stensgård Hansen. According to Lars Alminde, the choice is technically well-founded. “Astrolight's placement of their laser communication, which has an arctic desert climate, is obvious. It is an area with relatively few clouds, and that makes it particularly suitable,” he says. While the station can download data from space at a speed of 2.5 gigabits per second, a problem arises on the ground. Peter Stensgård Hansen explains that the local site is limited by a megabit per second radio link to the coast. This creates a bottleneck where data can be downloaded very quickly, but not forwarded at the same pace. Therefore, Astrolight is in dialogue with Tusass, the Greenlandic telecom company, about solving the problem with the slow connection, so that the station's capacity can be fully utilized. “That is the next bottleneck we need to solve. Once it's gone, the defense will have a completely different situational awareness in the Arctic than they have had before,” says Peter Stensgård Hansen. One station is not enough Laser communication will according to both Peter Stensgård Hansen and Lars Alminde not be able to stand alone, but will function as a supplement in a more complex satellite network. “Laser communication can certainly become a supplement to radio frequencies, where, due to the growth in satellites, it is becoming increasingly difficult to find frequencies without interference,” says Lars Alminde. He refers to the fact that the number of satellites in low Earth orbit is expected to increase by 190 percent within the next decade, according to a report from the World Economic Forum. The increasing satellite traffic will make traditional radio communication more vulnerable to noise and interference, while laser communication is not affected in the same way. The risk of cloud cover, however, means that the system requires several ground stations. Precisely for this reason, Astrolight is already looking into the possibility of establishing more stations in Greenland, although the location of the upcoming stations has not yet been determined.”
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