План индийских космических пусков

[Salo]

https://spacenews.com/spaceflight-purchases-first-commercial-flight-of-new-indian-small-launcher/

Spaceflight said it will launch payloads for an undisclosed U.S. satellite constellation customer on a flight of the Small Satellite Launch Vehicle (SSLV), a derivative of the existing, larger Polar Satellite Launch Vehicle (PSLV). The launch is scheduled for later this year and will be the second for the SSLV after a demonstration launch expected no earlier than September.
While the companies didn't announce the customer for the mission, a July 25 filing with the Federal Communications Commission by Earth imaging company BlackSky Global sought a license for four of its satellites it said would launch on the SSLV in November 2019. The applications said the satellites would be deployed into two orbital planes, consistent with Spaceflight's announcement.

[Salo]

Состоявшиеся пуски
№п/п – Дата – КА – РКН – Космодром – Время (ДМВ)
 
2019
01 - 24 января - Microsat-R, KALAMSAT v2 - PSLV-DL (С44) - Шрихарикота 1 - 21:07:00
02  - 1 апреля - EMIsat (Индия), двадцать Flock-4a, четыре Lemur-2 (США),  BlueWalker 1, M6P (Литва), Aistechsat 3 (Danu Pathfinder) (Испания),  Astrocast 2 (Швейцария)+ три неотделяемые ПН на PS4: AIS, APRS, ARIS  (Индия) - PSLV-QL (С45) - Шрихарикота 2 - 06:57:00
03 - 22 мая - RISAT-2B - PSLV-CA (С46) - Шрихарикота 1 - 03:00:00
04 - 22 июля - Chandrayaan-2 - GSLV-MkIII (M1) - Шрихарикота 2 - 12:13:12
 
На зарубежных носителях:
6 февраля - HS4-SGS1 (Hellas-Sat-4, SaudiGeoSat-1), GSAT-31 - Ariane 5 ECA (VA247) [L5106] - Куру ELA-3 - 00:01:08.3
 
Планируемые пуски
Дата – КА – РКН/РБ – Время (ДМВ)

2019
не ранее 15  конец октября -начало ноября - CARTOSAT-3, NEMO-AM (Канада, Индия), Meshbed (США) - PSLV (C47) - Шрихарикота 1
не ранее октября  начала ноября - RISAT-2BR1, 1HOPSat-TD - PSLV-CA (С48)  - Шрихарикота
осень  4-й квартал  конец года  ноябрь-декабрь - GISAT-1 - GSLV-MkII (F10) - Шрихарикота
не ранее  сентября  декабря - два военных микроспутника - SSLV-D1 (mini-PSLV) - Шрихарикота

Попутная нагрузка:  
4-й квартал - Izanagi (Япония) - PSLV - Шрихарикота
4-й квартал - Landmapper-BC 7 (Corvus-BC 7) (США) - PSLV - Шрихарикота
4-й квартал - GNOMES-1 (США) - PSLV - Шрихарикота
4-й квартал - YUSAT-1 (Тайвань) - PSLV - Шрихарикота
ПО - PARIKSHIT - PSLV - Шрихарикота
ПО - IITMSAT - PSLV - Шрихарикота

2020
начало года - GSAT-20 - GSLV-MkIII - Шрихарикота
февраль - GSAT-32 - GSLV-MkII - Шрихарикота
не ранее 1-го квартала - HRSAT-1, HRSAT-2, HRSAT-3 - PSLV-XL (С50) - Шрихарикота ~09:00 (или 4-й квартал  конец 2019)
не ранее 1-го квартала - RISAT-2BR2, KSM-1, KSM-2, KSM-3, KSM-4 (Люксембург) - PSLV-CA (С49) - Шрихарикота (или 4-й квартал  конец 2019)
не ранее 1-го квартала - GISAT-2 - GSLV-MkII (F13) - Шрихарикота (или 4-й квартал  конец 2019)
не ранее 1-го квартала - RISAT-1A - PSLV-XL (С53) - Шрихарикота ~15:00 (или 4-й квартал  конец 2019)
ноябрь 2019  не ранее 1-го квартала  - BlackSky Global 5, BlackSky Global 6, BlackSky Global 7, BlackSky Global 8 (США) - SSLV-D2 (mini-PSLV) - Шрихарикота
январь  не ранее 2-го квартала - OCEANSAT-3 - PSLV - Шрихарикота
не ранее  1-го  2-го квартала - OCEANSAT-3A - PSLV-CA - Шрихарикота
март  не ранее 2-го квартала - CARTOSAT-3A, Meshbed (США) - PSLV-CA - Шрихарикота
не ранее 2-го квартала - RESOURCESAT-3 - PSLV-XL - Шрихарикота
не ранее 2-го квартала - RESOURCESAT-3S - PSLV-XL - Шрихарикота
середина года - ADITYA-L1 - PSLV-XL - Шрихарикота  (или 2021)
середина года - EnMAP (Германия) - PSLV-СA - Шрихарикота
декабрь - GaganYaan (первый беспилотный полёт) - GSLV-MkIII - Шрихарикота
ПО - CARTOSAT-3B - PSLV-CA - Шрихарикота
ПО - Amazônia 1 (SSR 1) - PSLV - Шрихарикота
ПО - GSAT-22 - GSLV-MkIII - Шрихарикота
ПО - IRNSS-1J - PSLV-XL - Шрихарикота
ПО - IDRSS-1 - ПО - Шрихарикота
ПО - IDRSS-2 - ПО - Шрихарикота (или 2021)
ПО - GSAT-7R (7B) (IAF ComSat) - GSLV-MkII- Шрихарикота

Попутная нагрузка:
январь - YAM-2 - PSLV - Шрихарикота
не ранее 4-го квартала 2019  начало года - Sequoia (Capella 2) (США) - PSLV - Шрихарикота
1-е полугодие - Izanami (Япония) - PSLV - Шрихарикота
ПО - XPoSat (X-Ray Polarimeter Satellite) - ПО - Шрихарикота
ПО - GNOMES-2 (США) - ПО - Шрихарикота
2-е полугодие  4-й квартал 2019  TBD - LAGARI (Турция) - PSLV - Шрихарикота

На зарубежных носителях:
начало года  15 января - GSAT-30 - Ariane-5 ECA - Куру ELA-3

2021
2-й квартал - RESOURCESAT-3A - PSLV-XL - Шрихарикота
2-й квартал - RESOURCESAT-3SA - PSLV-XL - Шрихарикота
июль - GaganYaan (второй беспилотный полёт) - GSLV-MkIII - Шрихарикота
декабрь - GaganYaan (первый пилотируемый полёт) - GSLV-MkIII - Шрихарикота (или начало 2022)
ПО - IRNSS-S3 - PSLV-XL - Шрихарикота

2022
1-й квартал - RESOURCESAT-3B - PSLV-XL - Шрихарикота
сентябрь - NISAR/NI-SAR (научная миссия NASA-ISRO) - GSLV-MkII - Шрихарикота
ПО - InSat-3DS - GSLV-MkII - Шрихарикота
ПО - ПО - Vikram I - ПО
ПО - TeLEOS-2 (Сингапур) - PSLV - Шрихарикота

2023
середина года - Shukrayan-1 (индийская научная миссия к Венере) - ПО - Шрихарикота

2024
ПО - MOM-2 (вторая орбитальная марсианская миссия) - GSLV - Шрихарикота
ПО - два DISHA (Disturbed and quite-type Ionosphere System at High Altitude) - PSLV - Шрихарикота (или 2025)
ПО - TRISHNA - PSLV - Шрихарикота

На зарубежных носителях:
ПО - Chandrayan-3 (индийская научная миссия на полюс Луны) (Selene-R: посадочный модуль ISRO, ровер JAXA) - H-3 -  Танегасима (или не ранее 2-го квартала 2023)

2025
ПО - ASTROSAT-2 - GSLV - Шрихарикота

2028
ПО - Exowords (индийская научная миссия по изучению экзопланет) - ПО - Шрихарикота

2030
ПО - индийская пилотируемая космическая станция - ПО - Шрихарикота

C неопределённой датой:
Дата – КА – РКН/РБ – Время (ДМВ)
не ранее 2021 - GSAT-7C (IAF ComSat) - GSLV-MkII - Шрихарикота
не ранее    2020  2021 - GSAT-23 - GSLV - Шрихарикота
не ранее    2020  2021 - GSAT-24 - GSLV - Шрихарикота
не ранее    2020  2021 - GSAT-25 - GSLV - Шрихарикота
не ранее    2020  2021 - GSAT-26 - GSLV - Шрихарикота
не ранее    2020  2021 - GSAT-27 - GSLV - Шрихарикота
не ранее    2020  2021 - IRNSS-1K - PSLV-XL - Шрихарикота
не ранее    2020  2021 - IRNSS-1L - PSLV-XL - Шрихарикота
не ранее    2020  2021 - IRNSS-1M - PSLV-XL - Шрихарикота
не ранее    2020  2021 - IRNSS-1N - PSLV-XL - Шрихарикота
не ранее    2020  2021 - IRNSS-S1 - PSLV-С-XL - Шрихарикота
не ранее    2020  2021 - IRNSS-S2 - PSLV-XL - Шрихарикота
не ранее    2020  2021 - RISAT-2A - PSLV-XL - Шрихарикота
ПО - ACTS-1(F) - GSLV  - Шрихарикота
ПО - ACTS-2 - GSLV - Шрихарикота
ПО - CCI-Sat - PSLV - Шрихарикота
ПО - DMSAR-1 - PSLV - Шрихарикота
ПО - GEO-HR - GSLV - Шрихарикота
ПО - GSAT-4R - GSLV-MkII - Шрихарикота
ПО - GSAT-8 - GSLV-MkII - Шрихарикота
ПО - GSAT-13 - GSLV-MkII - Шрихарикота
ПО - ITM-1 - PSLV - Шрихарикота
ПО - RISAT-3 - PSLV - Шрихарикота
ПО - TecSAR-2 - PSLV - Шрихарикота
ПО - TES-HYP - PSLV - Шрихарикота
ПО - десять спутников AIS (Индия, Франция) - PSLV - Шрихарикота

Попутная нагрузка:
2018 - Studsat-2A, Studsat-2B - PSLV - Шрихарикота
2018 - ANUSAT-2 (QB50 IN01) - PSLV - Шрихарикота
2019 - Anant - PSLV - Шрихарикота
2019 - Azad-1 - PSLV - Шрихарикота
2019 - Cu-REO - PSLV - Шрихарикота
2019 - RVSAT-1 - PSLV - Шрихарикота
2020 - LPUSAT - PSLV - Шрихарикота
2022-2023 - SPaDEx Chaser, SPaDEx Target - PSLV - Шрихарикота
ПО - IMS (ATMOS) - PSLV - Шрихарикота
ПО - IMS-1B (ENVIRON) - PSLV - Шрихарикота
ПО - IMS-1E, IMS-1F - PSLV - Шрихарикота
ПО - IMSAT (Италия) - PSLV - Шрихарикота
ПО - I-STAG - PSLV-С(ПО) - Шрихарикота
ПО - SENSE-P, SENSE-E - PSLV - Шрихарикота
ПО - SRE II - PSLV - Шрихарикота
ПО - TD-MS - PSLV - Шрихарикота
ПО - VITSat-1 - PSLV - Шрихарикота

На зарубежных носителях:
ПО - GSAT-10R - ПО - ПО
ПО - GSAT-11E - ПО - ПО
ПО - GSAT-Ka - ПО - ПО
ПО - GSAT-21 - ПО - ПО

Используемые сокращения:
КА – космический аппарат
РКН – ракета космического назначения
РБ – разгонный блок
ПО – подлежит определению
ДМВ – декретное московское время
НВМ – неотделяемый весовой макет

Изменения от 9 августа
Изменения от 11 августа
Изменения от 12 августа
Изменения от 24 августа
Изменения от 27 августа
Изменения от 4 сентября
Изменения от 11 сентября
Изменения от 21 сентября
Изменения от 26 сентября
Изменения от 2 октября
Изменения от 6 октября

[Salo]

https://www.cso.com.au/mediareleases/35346/kleos-space-changes-satellite-orbits-to-meet/

12 August 2019 11:46
Kleos Space changes satellite orbits to meet market demand

ASX and Frankfurt-listed Kleos Space (ASX: KSS, Frankfurt: KS1), a space-powered Radio Frequency Reconnaissance data-as-a-service (DaaS) company, has changed launch providers for its Scouting Mission satellites which will now launch into a 37-degree inclination.

ASX and Frankfurt-listed Kleos Space (ASX: KSS, Frankfurt: KS1), a space-powered Radio Frequency Reconnaissance data-as-a-service (DaaS) company, advises that it has changed launch providers for its Scouting Mission satellites which will now launch into a 37-degree inclination.

The 37-degree orbital inclination gives the Kleos' Scouting Mission cluster of four satellites improved data collection by a factor of between 2 and 4.5 times over crucial shipping target regions such as The Strait of Hormuz, South China Sea, and off the North Australia coast, South US coast and East and West African coasts when compared with the originally planned Sun Synchronous Orbit (SSO).

Following the recent postponement of the launch of Kleos' Scouting Mission satellites, Kleos investigated other available launch options with launch and mission management provider Spaceflight Inc. that would meet immediate market demand and potentially increase the value of the data collected.

The multi-satellite Scouting Mission system will form the foundation of a constellation that delivers a global picture of hidden maritime activity, enhancing the intelligence capability of government and commercial entities when AIS (Automatic Identification System) is defeated, imagery is unclear, or targets are out of patrol range. The first scouting mission is made up of four nano-satellites built by GomSpace in Denmark, each the size of a shoebox.

Since the original choice of SSO was made over a year ago, the threat level in the equatorial regions has increased and Kleos has made significant progress in engaging the market and securing defence and security customers who have an interest in these regions, where increased coverage provides better data and improved mission critical information for customers.

Keeping within the Q4 2019 launch window, Kleos will now launch under a rideshare contract with Spaceflight Inc. on the PSLV into a 37-degree inclination orbit.

The scouting satellites are ready to fly. The Kleos team has analysed and confirmed compatibility with the satellites flying in a 37-degree inclination. Unlike most earth observation missions which fly in an SSO to allow for the sun to illuminate their targets for imagery, Kleos technology means its satellites can observe RF transmissions at any time of day because they are not dependant on sunlight.

The Polar Satellite Launch Vehicle (PSLV) is a highly reliable expendable medium-lift launch vehicle designed and operated by the Indian Space Research Organisation (ISRO).

The original SSO is nearly a polar orbit that maintains its relationship with the sun which is useful for power generation and for missions that rely on illumination of the target. SSO gave full global coverage, with good revisit times of the polar areas. PSLV C49 is in a 37-degree inclination, which is where the satellites orbit traverses between 37° North latitude and 37° South latitude. The coverage is broadly bounded by Lisbon in the North and Melbourne in the South delivering far improved revisit times around the equatorial regions at the expense of coverage in the far North and South.

[Salo]

https://www.thehindu.com/news/national/india-france-plan-satellite-surveillance-of-ships/article29237308.ece

India, France plan satellite surveillance of ships
Madhumathi D.S.
BENGALURU, August 24, 2019 02:00 IST

Ten low-earth orbit satellites will track aggression, terrorism, piracy, smuggling, source of oil slicks, especially in the Indian Ocean Region.
India and France have formalised the development and launch of what is probably a unique constellation of around 10 low-earth orbit satellites that will continuously provide maritime surveillance and security.
They will cover a wide belt around the globe and specifically focus on the Indian Ocean region where France, with its Reunion Islands, has a strategic interest.
When in place, the satellite-based Automatic Identification System or AIS will detect, identify and track a range of vessels moving in the ocean region and guard against aggression, terrorism, piracy, smuggling, source of oil slicks and also be useful for rescues. At present, ship operators do fix a non-space-based AIS on their vessels but they can turn it off when they do not want to be detected and identified.
Most ships are mandated to have a transponder that gives their details and also to detect ships around them. By making out the kind of ship, its location, speed and course with AIS, a country's maritime force can make out potential threats, similar to the aviation system of IFF or 'identify friend or foe' for planes.

Joint maritime space fleet

A joint maritime space fleet was first announced during French President Emmanuel Macron's first visit to Delhi in March 2018. In late July, ISRO Chairman K.Sivan and CNES President Jean-Yves Le Gall signed an implementing agreement on it in Bengaluru.
The pact was formally announced at the Thursday summit of Mr. Macron with Prime Minister Narendra Modi. The two leaders met in Paris ahead of the G7 summit that France is hosting at Biarritz, according to a joint statement issued after the event.
French space agency CNES (Centre national d'études spatiales or the National Centre for Space Studies) said in a release, "This constellation carrying telecommunications (AIS) and radar and optical remote-sensing instruments will constitute the first space-based system in the world capable of tracking ships continuously. The satellites will be operated jointly by France and India to monitor ships in the Indian Ocean."
There was no immediate information coming from its counterpart, the Indian Space Research Organisation, about the cost of the constellation. (An average low-earth satellite and its launch vehicle could cost a conservative ₹300-400 crore; AIS payload could add to the cost.)
It is reliably learnt that ISRO and CNES will share development of the spacecraft and their payloads; the AIS satellites would be launched by ISRO at its space port in Sriharikota.
CNES had earlier said the agreement includes setting up of a maritime surveillance centre in India, sharing of capacity to process satellite data available currently; and joint development of 'associated algorithms' or platforms.
So far, the two agencies have put up two climate and ocean weather monitoring satellites — Megha-Tropiques in 2011 and SARAL-AltiKa in 2013. The new AIS ring, according to CNES, will be further supported by ISRO's Oceansat-3 carrying the French Argos payload in 2020. A joint infrared Earth-observation satellite is under study.

[Salo]

https://spaceflightnow.com/launch-schedule/

December • SSLV • Demonstration Launch

[Salo]

https://www.indiatoday.in/science/story/cartosat3-satellite-launch-october-november-isro-1591663-2019-08-26

India will launch its advanced cartography satellite, Cartosat-3, towards the end of October or early November, K Sivan, Chairman, Indian Space Research Organisation (ISRO) said.

"The next launch will be cartography satellite Cartosat-3. The launch will be towards the end of October or early November this year," Sivan told IANS.

Sivan said Cartosat-3 will be launched using the Polar Satellite Launch Vehicle (PSLV) rocket.

[Salo]

https://www.reddit.com/r/ISRO/comments/cz776h/two_100_kg_class_sar_satellites_izanagi_%E3%82%A4%E3%82%B6%E3%83%8A%E3%82%AE_and/

Two 100 kg class SAR satellites, "Izanagi" 「イザナギ」 and "Izanami" 「イザナミ」by iQPS Inc. are manifested on PSLV for launch in last quarter of 2019 and first half of 2020. [Japanese]
https://i-qps.net/news/131

[Salo]

https://www.geospatialworld.net/article/on-demand-solution-for-the-21st-century-capella-space/

Capella plans to soon offer hourly coverage of every point on Earth, rendered in sub-meter resolution, through the world's largest constellation of radar satellites. What is the current status of your constellation and near-time launch plans?

We launched our first pathfinder satellite called Denali in December 2018. Denali is operational and we have validated both our space system design as well as our network of ground infrastructure. Our next satellite, Sequoia, will be our first commercial imaging satellite, which will be launching on an Indian PSLV by 2019 end. After Sequoia, we have Whitney, a constellation of six satellites, already in production, that will launch in mid-2020, and will get us global coverage every six hours. We plan to continue adding batches of six satellites until we are at the full constellation of 36 by 2022, which will meet our target of one hour revisit to any point on the globe.

[Salo]

https://spacenews.com/capella-spacenet/

Capella plans to launch its first operational spacecraft, Sequoia, in early 2020.

[Salo]

https://www.thehindu.com/sci-tech/science/isro-launches-to-resume-in-october-sivan/article29363065.ece
ISRO would take up Cartosat-3, a high-resolution earth observation satellite, in October. Within a week of it it would launch RISAT-2BR1.

[Salo]

https://www.business-standard.com/article/current-affairs/orbiter-s-life-to-be-7-years-as-it-now-has-extra-fuel-isro-chief-k-sivan-119090900010_1.html

Future programmes will go as planned. Starting with the Cartosat-3 launch by the end of October, followed by RISAT-2BR1 within a week of the Cartosat launch. Isro is also working seriously on the flagship Gangayaan programme. By the end of 2020, the first unmanned flight will be launched.

[Salo]

https://www.moneycontrol.com/news/india/space-science-vikram-and-the-road-ahead-for-isro-after-chandrayaan-2-4452401.html

ISRO's next Moon-shot will be a collaborative effort with JAXA scheduled for 2024. It will use JAXA's cutting-edge technology called SLIM (Smart Lander for Investigation of Moon) to soft-land on the Moon. Although JAXA is a leader in space navigation, data from Chandrayaan 2 is expected to provide vital inputs for the mission to chart precision imagery of the lunar surface. With several exciting missions to the Sun, Venus and asteroids lined up on the horizon, ISRO can look forward to doing bold science again.

[Salo]

http://timesofindia.indiatimes.com/articleshow/71204379.cms?utm_source=contentofinterest&utm_medium=text&utm_campaign=cppst

Somanath said they were trying to understand what happened during the landing on September 7. "Studies are going on. We would soon publish a report for the public," he said. It would help solve issues in real landings in future, he added.
He said, Isro is getting ready for next launches like PSLV C47 and 48, GSLV F10. "We are also working on human space programmes where we would fly astronauts to space and safely bring them back. We are also working on the launches of Aditya L1 and Mars Orbiter Mission-2," he said.

[Salo]

GISAT-1 в конце 2019 года:
https://www.patrika.com/bangalore-news/isro-will-launch-new-series-of-remot-sensing-satellites-5101666/

[Salo]

https://www.livemint.com/science/news/india-s-first-manned-space-flight-by-december-2021-says-isro-chief-k-sivan-1569132767491.html

New Delhi: Putting behind the failed efforts of establishing contact with Lander Vikram, the Indian Space Research Organization (ISRO) now plans to is now focus on its first human spaceflight mission — Gaganyaan — set for 2021.

While addressing students at IIT Bhubaneswar, Dr K Sivan, Chairman ISRO said the first unmanned flight under the mission would be launched by December next year.

"We are targeting the second one by July 21. By December 2021, the first Indian will be carried by our own rocket into space. ISRO is working on it," said Sivan.

[Salo]

This camera will be used in the Cartosat-3 series of surveillance satellites and also the Indo-US joint venture NISAR satellite due for launch in 2022," he said.

http://timesofindia.indiatimes.com/articleshow/71030668.cms?utm_source=contentofinterest&utm_medium=text&utm_campaign=cppst

[Salo]

http://www.amsatuk.me.uk/iaru/finished_detail.php?serialnum=673

YUSAT-1    Updated: 25 Jul 2019         Responsible Operator    Randsdon Huang BV2DQ
Supporting Organisation    National Taiwan Ocean University         
Contact Person    bv2dq.tw@gmail.com.nospam  
Headline Details: A 1.5U CubeSat. There is one payload APRS 145.825MHz receiver on YUSAT-1. It was developed by National Taiwan Ocean University. The APRS receiver can receive APRS messages from cars for traffic monitoring, migratory bird or animal tracking, and from ground sensor devices for large area environmental monitoring. There will be n AX25 9k6 GMSK beacon on UHF. Planning a launch from India in Q3 2019 to a 600 km 97 degree inclination SSO.

[Salo]

http://www.hurriyetdailynews.com/officials-laud-turkish-efforts-in-developing-space-tech-145466

"We are carrying out research and development on our microsatellite Lagari, which we plan to send into orbit by 2020," İkinci said.

[Salo]

https://www.isprs.org/PROCEEDINGS/2018/2018-Dehradun-IPAC-Session/A4_ISPRS_DEHRADUN_20181120_CNES_Tabary.pdf

[Salo]

https://www.milenio.com/tecnologia/seguritech-vigilancia-satelital-hito-importante-mexico-utilidad-extensiones-tierra
Google перевёл с испанского:

Seguritech - мексиканская компания, которая выделяется своими технологическими интеграциями для обеспечения безопасности и является пионером в интеграции спутникового видеонаблюдения в нашей стране. Первый низкоорбитальный спутник, ориентированный на видеонаблюдение в Мексике, будет запущен в ноябре и отправится из Индии на ракете PSLV.

https://mexico-now.com/index.php/article/4707-seguritech-and-hera-systems-collaborate-on-aerospace-video-surveillance

Seguritech and Hera Systems partner for the development of aerospace video surveillance
    Published: 17 October 2018

In recent days, Seguritech, a Mexican security technology manufacturer, established a partnership with the aerospace firm Hera Systems for the development of satellite observation and space video surveillance technologies in Mexico, Central America and the Andean Community. The agreement was carried out within the framework of the Silicon Valley Satellite Innovation Meeting 2018.

With this new alliance, the Mexican security company seeks to improve its space observation program, which was launched in 2017, to follow up on the needs of its Mexican and Latin American clients. In addition, the American high-tech company will launch its first space demonstration mission in 2019, and with the information it will obtain from Seguritech, it will seek to accelerate the availability of state-of-the-art solutions in the region for the following years.

For its part, and through its 1HOPSat satellite constellation, Hera Systems will provide high quality images and videos with a very short revisit time, which in turn will allow an advanced analysis at the time of operational decision-making while in space.