The Indian space industry very expectant of the budgetary allocations for this year

The Indian government developed the Indian National Space, Promotion & Authorisation Centre (INSPACe) to operate within the Department of Space. The purpose of this unit is to motivate and lead the private sector to delve into Space Programs. The government has wild goals for the space industry and its technology.

The PM has, in various instances, and also in the Mann Ki Baat radio talk show, expressed his desire to propel the space industry and its technology to unexplainable milestones. For instance, the government approved the amendments that the space industry was proposing to activate the private sector to venture space operations in the coronavirus pandemic period. Moreover, the government authorized the private sector to utilize the Indian Space Research Organisation (ISRO) resources and other facilities to advance their projects in space.

Currently, the ISRO boasts of collaborating with over 500 companies to conduct space operations. The finer areas and sectors that the private companies have been dealing with include the fabrication of materials, mechanical resources, electronic components, system development, and integration of the components, among others.

Moreover, the Centre appropriated Rs 13,479 crore for the facilitator space organization, ISRO, to ensure that it offers space technology to struggling space companies and to propel the country to develop more space utilities that will position it among the reputable space explorers. The ISRO is currently pushing three projects to ensure they are successful in the first half of this decade. The three projects are the Shukrayaan mission, the Gaganyaan mission, and the Mangalyaan-2.

Gaganyaan is the most valuable mission of the three because it will be initiating the country’s human flight space program. However, the ISRO allocated 30% to the Gaganyaan project, which is much less than the Rs 4,256.78 crore that the Department of Space had anticipated to go to the project. The actual cost that the experts projected this mission to take to deploy astronauts to space and returning them before next year’s Independence Day is Rs 10,000 crore.

However, the cost is rising with more delays as perpetrated by the coronavirus pandemic. Next, the Shukrayaan mission will be leaving Earth for Venus in the next three years. The government and ISRO have not revealed the financial details of this mission. Finally, the Mangalyaan 2 or Mars Orbiter Mission 2 will involve the aerobraking technique to venture into Mars and approach its surface. The space industry has lined up more missions to promote the government’s aspirations and enjoy the benefits while the leadership is still in its favor.


Gilat conducts an effective evaluation of its ESA over the Inmarsat’s GX satellite

Gilat Satellite Networks Limited, a world leader in satellite technology, has run a effective evaluation of its Electronically Steered Antenna (ESA) over the Global Xpress of Inmarsat satellite network. The ESA was integrated with a G-MODMAN solution from Inmarsat in a demonstration conducted on the Inmarsat-5 F1 satellite at 6.26 degrees east. Inmarsat officials stated how happy they were following this achievement. “We are pleased with the successful demonstration of Gilat’s ESA technology operating over Inmarsat’s Global Xpress network,” said Jerome Soumagne, head engineer at Inmarsat as a VP Networks.

The test shows that Inmarsat’s satellite network can support ESA technology. “The seamless integration of our G-MODMAN with Gilat’s antenna control system, via a standard open interface, is a key enabler to demonstrate the ability to support Electronic Steered Array Technology in Inmarsat’s global satellite network,” added Soumagne. Gilat’s ESA technology is popular with the aerospace industry, where users enjoy high-speed connectivity to a range of mobile platforms and applications. This technology is useful on land, in the air, and on the sea.

Gilat solutions have seen a satisfactory relationship between the company and Inmarsat. “We are delighted to partner with Inmarsat, for yet another industry first, demonstrating our proven ESA technology on their Global Xpress constellation,” stated Roni Stoleru, Gilat’s Antenna Products, and Strategy Vice President. “Having integrated Gilat’s ESA with Inmarsat’s G-MODMAN further emphasizes Gilat’s ESA leadership and readiness for commercial deployment,” he added. This test marked the first time that a live demonstration of the ESA terminal on an Inmarsat operating GX satellite was carried out. The integration was conducted on the Inmarsat-5 F1 satellite at 62.2 degrees east. The self-pointing antenna that is automatically logged-on to Inmarsat’s GX network. It supported bi-directional communication in real-time with a fixed as well as dynamic antenna position modes.

Beam steering was carried out while monitoring the power spectral density under the varying elevation and skew angles (PSD) threshold. This minimized interference with neighboring satellites, which is a requirement by law. The ESA technology was demonstrated on a commercial flight for the first time back in December 2019. This demonstration took place on a Boeing 757 test aircraft owned by Honeywell, an American aerospace company. The ESA terminal was operating over Ka-band capacity on Telesat’s Telstar 19 VANTAGE High Throughput Satellite. The terminal can work on both Geostationary Earth Orbit (GEO) and Non-Geostationary Orbit (NGSO) constellations.

Inmarsat G-MODMAN is a Ka-band technology made to suit specific user’s requirements. It backs the implementation of GX terminals on the government aviation platforms. It is specifically suited for government requirements. It integrates easily with current antenna control schemes using open standards-MODMAN allows aircraft and antenna integrators to access the GX networks.


Satellite Vu targets to range out the entire world with thermal visualization

Earth surveillance has matured from government-run operations to an important each day business instrument; nonetheless, it still has space for maturity. Particularly, into the warm air electromagnetic spectrum, that is if start-up “Satellite Vu” gets to the orbit by itself. The firm intends to be capable of monitoring the heat signs of many of the universe’s buildings alongside a satellite set made for that purpose.

Chairperson of Satellite Vu, Anthony Baker, expounded on the big market for any person who could tell with exactness how much heat was being released by buildings, farms as well as other characteristics. Heat could designate bad lining for one thing as well as a surplus of energy on HVAC and indicate the factual hours of function in a factory. It could trace burning natural gas or even waste releases from plants, with a steadfastness of about 3 to 4 meters. It may be capable of estimating the presence of outdoor happenings, troop focus in warfare. All these can be done during the night when there is intense darkness.

Baker revealed to TechCrunch that he had a feeling about the Earth surveillance business, even after producing fruitful attempts such as the planet, they still had a lot of space for maturity. He expounded that they could display what is going on inside compared to Google Maps and Planet, which could only display what is going from the outside.

The technology behind it is both recent and old. Electromagnetic magnetic detection falls back in decades. Nevertheless, performing so from the orbit to around a portion of a degree is a dissimilar proposal on this stage of aspect. The technology Satellite Vu is grounded on an Oxford-advanced sensor belonging to the Lunar Trailblazer orbiter, which would look for moisture on the moon’s surface. The firm has a special permit for it.

Baker stated that they took the sensor and space-strengthened it, as well as conducted the fresh space stuff such as reduction and power optimization. He further added that the challenge with building the gadget smaller and more effective was that it affected the image, alters it, and blurs it. Hence they discovered a way to fix that.

Satellite Vu trails the actions of Google and Apple, and many others who endeavor to upgrade the cameras of their smartphone have discovered that there is a valuable slight upgrade to be made out of the hardware, hence concentrated on the software rather. Like the ones for the tech firms, Satellite Vu’s system gathers data from many of sequential photos and deduces that to an upgraded solitary one.


Virgin Orbit awards ExoTerra a contract to develop its LauncherOne’s upper stage

The successful space launch missions inaugurated this year formed the basis for space companies to schedule more space projects. The planned commercial space expeditions aim to send more scientists and astronauts to other planets searching for conditions that could favor human habitation. The overwhelming human population on Earth renders the planet incapable of providing enough natural resources. The situation worsens with the recent threats from global warming and climate change. The devastating effects continue to stir up several research projects that aim to establish a permanent human settlement in other places in the solar system. The first destination is Mars, famously known as the Red Planet, one of the few planets with the possibility of supporting human life. The space industry continues to receive considerable investments to facilitate the necessary scientific research needed to ascertain the planet’s environment. Recently, a developer of space technologies launched CubeSats to study Mars’ atmospheric conditions to compare it with Earth. The satellites evaluated the interactions of the atmospheric currents and the radiation energy from the Sun. 

ExoTerra Resources, a startup based in Colorado, received a contract from NASA’s program for Small Business Innovative Research (SBIR) on October 5. ExoTerra will develop a solar-powered upper stage for Virgin Orbit’s launch vehicle, the LauncherOne, to enable a smooth spaceflight for satellites traveling beyond the Earth’s lower orbital path. ExoTerra plans to innovate the Solar Electric Propulsion Upper Stage or SEPUS for the LauncherOne for customers seeking to reach destinations far beyond. Outer space such as the geostationary orbit, the Earth-Moon Lagrange coordinates, the Moon’s lower orbit, and the Trans-lunar Injection Orbit. According to a press release from ExoTerra, the development of the cutting-edge propulsion technologies will unlock limitless opportunities for more crewed missions to explore outer space. Commercial spaceflight service providers continue to show interest in becoming potential customers for ExoTerra’s technology for rocket boosters. 

ExoTerra’s officials said that the contract allows the company to kick-off the development of the SEPUS, designed to deliver nearly 150 kilograms of shipment to Moon. The propulsion system will transport several 180-kilograms deliveries to the geostationary orbit. The scheduled missions will pioneer the integration of the eagerly awaited SEPUS into future launch vehicles for upcoming launch missions with or without crew members. In 2019, Virgin Orbit announced the plans to send miniature satellites to the Red Planet by 2022 for SatRevolution, a satellite manufacturer based in Poland. 

In conclusion, Virgin Orbit anticipates growth in customer demand for LauncherOne spaceflights to an elliptical orbit, the Moon, the Red Planet, Venus, geostationary orbit recently studied asteroid belt. Many space enthusiasts cannot wait to see asteroid rock and boulders’ fascinating scenery in outer space.


German Beginner Rocket Workshop Augsburg Nominates Norway for First Flight of RFA One Smallsat Take-off

A German company Spacecraft workshop Augsburg has chosen the Norweigan launch center Andoya space station for a 2022 first flight of the organization’s RFA One small satellite take-off machine. Rocket Factory Augsberg was initiated in 2018, and it is now on the verge of designing a three-phase RFA One spacecraft. The minor satellite launch machine carries a generator first phase plan driven by nine liquid-fueled generators and single generators. Launching off from Norway’s space station, the spacecraft will be able to transport approximately 1300 kg of cargo to a distance of 300 kilometres; this was stated by Ibrahim Ata, who is the spokesperson of the of Rocket Factory Augsburg (RFA).

On the 24th of September, Rocket Factory Augsburg contracted an agreement with Andoya space, and this is a Spacecraft 90% possessed by the Ministry of Trade. Industry and Fisheries in Norway to propose launching assistance to minor satellites far from the RFA One from a fresh orbital kick-off centre. The building of the first-hand centers is estimated to start in the year on the islands of Andoya, which is 35 kilometers away on the south of the Andoya space station center. The original center’s place was chosen after an intense procedure of four years that analyzed some possibilities, which comprised of safety analysis, environmental studies, and a test of the viability of accessing the station.

At the beginning of the year, the Norwegian executive provided Andoya Space with 38.5 million dollars to support all the facility structures; this was a statement made by Odd Roger Enoksen, the Chief Executive Officer of Andoya Space, in an email to Space News. Additionally, the Andoya space station is estimated to have autonomous integration amenities plus all compulsory maintenance structures. Furthermore, Enoksen mentioned that the space station strategies to invite more than four launch stakeholders, including the Rocket Factory Augsburg (RFA).

Ata declared that the Norwegian space station is a good choice for the firm’s RFA One. Moreover, the authority sponsored 365 krone funding, easy accessibility to SSO, among other important assistance to the firm choosing Andoya. The original Andoya space station Launchpad is anticipated to be set at the end of 2021. The subsequent pad will be ready by 2022, with the station attaining full operating potential by 2023. Also, to signing a contract with Andoya space, RFA mentioned on the 29th of September. It had also finished an important of the original arrangement stage needed to build a space station for Rocket Factory Augsburg One. 


Planet to Change Detection Products as it Launches new Gadgets

During its user conference dubbed Explore 2020, Planet announced new products. Among the unveiled products was the Rapid Revisit. It is powerful enough to provide SkySat imagery of a resolution of up to 50 cm. It will be possible to update depending on the latitude at a frequency ranging from 7 to 12 times daily.

According to its CEO and Founder Will Marshall, when speaking on October 13, no other commercial provider has managed to come up with a product with such a high intraday revisit capability. Planet also unveiled the commercial Automated Change Detection and, as the name suggests, is a change-detection product. Marshall demonstrated how one could be notified if a change occurred in Doha, Qatar. He added that it was possible to see new structures as they come up month by month. It is also possible to zoom in and isolate the detected buildings.

As the company’s customer, you can assign a task such as obtaining a particular building’s high-resolution image to a SkySat. Many people seem to be embracing its services since, according to Marshall, the company is receiving twice the previous number of customer bookings. Another reason why the bookings have increased is because of the global pandemic. After all, people can hardly travel due to lockdown. Fortunately, Planet can help the customers keep track of changes using satellite data.

Planet’s Earth-imaging constellation is now larger than before after the addition of 26 SuperDoves. It happened in September when an Arianespace Vega report sent them to the orbit. By the end of the year, Planet hopes to expand it further by 57 SuperDoves. The new ones will be gathering imagery in eight instead of the previous four spectral bands.

Ever since last year, Planet’s SkySats are now as low as an altitude of 400 km. That’s after the company lowered the recent ones from 500 kilometers. That was a risky move since it meant comprising the satellite life. However, when Planet weighed the pros and the cons, the pros outdid the cons.

This change was to ensure that the imagery resolution improves. As far as Marshall is concerned, the difference served its purpose since the SkySats now reveal small features while providing imagery that’s not only crisp but also more detailed.

After launching 3 SkySats in June and August, it reached its SkySat fleet target, which was 21. The lift-off of the trio was on SpaceX Falcon 9 rockets. The release of the next product, Fusion Monitoring, will be in early 2021.  Its function will be to merge several datasets. Consequently, it will be possible to stream imagery with neither gaps nor clouds. According to vice president Jim Thomason, agricultural customers will be the primary beneficiaries of the new product.


SpaceX’s cluster of SmallSats reduce the clarity of astronomical observations

Everybody on Earth appreciates a serene night sky that is clear for making observations. Nothing compares to a person’s satisfaction that comes from viewing stars in clear night skies while enjoying marvelous spectacle. Several renowned icons spearheaded human discovery, such as Galileo, Columbus, Joan of Arc, Cleopatra, and Shakespeare, observed stars that are identical to the stars seen by modern people. Observations of stars and other space bodies during peaceful night skies are part of humankind’s heritage, passed down from one generation to another. 

Unfortunately, these night skies’ natural serenity and clarity are short-lived because Elon Musk’s SpaceX inaugurated its constellation of more than 60 SmallSats for the company’s broadband internet connectivity program. A single SpaceX launch vehicle carried all the miniature satellites during the space mission launch in May 2019. Elon Musk said that SpaceX’s launch is among the several launches to establish a massive constellation of broadband communications satellites. The space company’s space satellite mission roll-out plans to develop a robust network that provides Earth with access to ultra-high-speed Internet. There is an increasing market demand for reliable and high-speed internet connectivity for companies and state governments. 

Marco Langbroek, a tracker for satellites and Netherlands space enthusiasts, recorded the satellites passing through the sky; the video shocked him. Marco’s blog post explained how the observation started with recording two objects with Dime flashes passing the telescope’s field of view. A few moments later, Marco recorded the jaw-dropping space observation of the mega constellation of satellites in the area of interest. Marco uploaded the astonishing discovery recorded as SpaceX inaugurated the cluster of miniature satellites. 

Following SpaceX’s successful satellite launch mission, the company schedules more inaugurations of Starlink satellites to develop a well-established satellite communication network. SpaceX’s vision is to become the pioneer provider of Earth’s internet services by offering high-speed web connections. 

Despite the satellites’ obstructions, the satellite train is a glorious scenery to experience when the SmallSats travel through a field of view. Experts warn that the increasing amount of space debris and clusters of satellites impacts humanity’s interactions with clear night skies. When left unattended, the problem obscures many people from experiencing the serenity and clarity for observing night skies. Humanity will observe many human-made objects traveling haphazardly across fields of view instead of magnificent stars and space bodies. 

In summary, several researchers and corporations continue to advocate for reducing launch missions delivering satellite constellation into Earth’s lower orbit. Otherwise, the problem remains unsolved because space junk continues to build up. Most experts consider the massive constellations of broadband satellites more destructive rather than constructive. 


First World’s Satellite-5G Router Connectivity Showcased by KT SAT.

KT SAT CO carried out the initial world demonstration using the primary satellite-5G hybrid router broadcasting technology during the SatelliteAsia 2020 fair. KT SAT CO, a subsidiary of KT Corporation, the largest telecommunication company in South Korea, was responsible for the successful demonstration.

The technology that allows for smooth connectivity between a satellite and 5G was the brainchild of the KT SAT CO. and KT Institute of Convergence Technology, which lend to developing the technology in November las year. The presentation by KT SAT may have been a display on the company’s possibility of using satellites as their network standbys and encompass their use to communication broadcasting.

According to KT SAT CEO, Song Kyung-Min, the company’s participation in this year’s SatelliteAsia online exposition acted as a new page-turner in worldwide communication, especially with the Covid19 pandemic. As per the CEO, the company looks to showcase their competence in the satellite expertise and, at the same time, boost their presence and status in the global market. By showcasing its technological capabilities in satellites during the show, KT SAT will be hoping to add momentum to consolidate its position as a leading global satellite operator. The company looks to acquire a foothold on its universal outreach and grow its communication cable trade section.

The exposition is held annually in Singapore, where KT Sat CO. has been showcasing since 2014.  Due to the Corona Virus Pandemic, this year’s expo was held online from September 29 to October 1. the company’s online booth during the expo displayed various contents about their satellite technology and services together with its satellite connectivity technology to other networks. The company had a set up that gave room for a real-time Q&A session between the visitors and its officials.

During the online expo, officials from KT SAT have been taking part in a forum that explores the next stage in South East Asia’s satellite information market. The panel discussions involve global players in the satellite operations.

The company is also exhibiting its new broadcasting communication services, a joint operation with KT Skylife, which is KT’s subsidiary and responsible for providing satellite broadcasting services. The main focus of these exhibitions by KT SAT is to introduce an Android-based set-top box and alterations in the market for Direct-to-Home (DTH) service, which is based on High-Efficiency Video Coding (HEVC).


Soyuz rocket heading for space with 22 satellites 

The Soyuz rocket left for the low-Earth orbit with 22 satellites for commercial satellite operators in the US, Russia, Canada, UAE, and Europe. The rocket departed the Plesetsk Cosmodrome at 7:20 a.m Russian time as per the Russian Defense Ministry’s knowledge. The Soyuz rocket ascended using kerosene as the propellant. 

A sixth of an hour into the mission, the Soyuz rocket detached the Fregat stage to activate a sequence of orbital repositioning till the craft reached its destination. The rocket started deploying the satellites into their orbits.

The Russian satellites deployed in this mission are purposefully to communicate with the earthbound stations and the operators. The advantage of these satellites is they maintain the security of the data preventing unwarranted access by other devices. The data under transmission passes through the satellite towards the recipient with the ground station watching the transfer to ensure it is secure.

The payloads are part of the Roscosmos joint venture with the Russian space agency and the Russian space sector.  The Gonet satellites will be monitoring cargo and vehicles, industrial operations, facilitate communication in marginalized areas, detailing regions where emergency aids are essential, and government data transfer connections.

The rocket launched 19 satellites into the low-Earth orbit after it changed the inclination angle to prevent the Earth’s gravitational pull from dragging the payloads down to Earth. Glavkosmos stated that the orbital target concentration has no specifics in the global launch operations. Glavkosmos is part of the Roscosmos, whose purpose is to advertise the Soyuz rocket’s rideshare capacities to international commercial companies. Exolaunch became the rideshare opportunities broker selling the spaces to global commercial companies.

The other rideshare participant is Kepler Communications, which intends to deploy about 140 payloads for data transmission and device connections to the satellites and control centers. Kepler had developed two GEN1 satellites to offer Earth-imaging and monitor the activities happening on Earth.

Mina Mitry, the chief executive of Kepler, stated that this is their first production independent from other companies. Mitry explained that they chose to detach from the habit of purchasing satellites from different manufacturers to cut down costs, improve their research and satellite development technology, and offer rideshare opportunities for more income.

SALSAT also deployed its satellites through this Soyuz rideshare mission, whose purpose is to identify the multiple frequencies and find these frequencies’ location in relation to the spectrum. Jens Grosshans of SALSAT explained that they would be exploring the possibility of thinning out interferent waves and disruptions in the bands.

In conclusion, Jeanne Medvedeva of Exolaunch stated this mission is one of those that brings together various countries by facilitating their payload transfer to space. Jeanne hopes for more missions so that other countries can observe their level of proximity to competitive countries.