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You are here: Home / 2022 / Archives for December 2022

Archives for December 2022

Mangata Networks to develop space engineering, manufacturing + operations hub in Prestwick Scotland

December 7, 2022 by editorial

Mangata Networks has selected Scotland as the location for the company’s research and development activities, as well as satellite manufacturing, space systems and core network operations.

Over the coming years, as many as 575 new jobs will be created as part of Mangata’s state-of-the-art engineering and operations hub for satellite manufacturing and operations at the Prestwick International Aerospace Park in Ayrshire.

The hub is supported by an innovative funding and assistance package from public sector partners, totaling more than £83.7 million from Scottish Enterprise, Scottish Government, UK Government and South Ayrshire Council. This funding comprises £54.5 million from Scottish Enterprise and £29.2 million from the Ayrshire Growth Deal provided on commercial terms (i.e., this is not grant funding) that will see this funding repaid over the next 15 years.

Mangata’s new facility will produce and test more than 24 medium class satellites every three months, becoming a significant focal point and asset for the Scottish and UK space sectors as well as a centerpiece for technology and innovation. The facility is capable of qualifying, integrating and testing satellites up to 1500kg in size for the space and launch environments. From this engineering hub, the company will establish an operations center that will manage its satellite systems and global network.

The majority of the new jobs will be highly paid, highly skilled technical engineering positions in product development, designing and manufacturing satellites, and operating the system end-to-end. Construction will begin in early 2023, with manufacturing and operations teams set to move in from late 2024.

Mangata is building a global satellite telecommunications network with sustainable, cutting-edge technology. It is designed to reach and connect any community, anywhere on Earth, removing barriers and inequalities for the up to four billion people without adequate internet access. It will support the creation of local content and enable sharing on a global basis.

Prestwick is already home to Scotland’s largest and most established aerospace cluster, and, through the £80 million investment from the Ayrshire Growth Deal, is now focused on taking advantage of the burgeoning global commercial space market to become the leading center for aerospace and space in the UK.

This technology will be deployed within Scotland where the created network can be tested with customers and used to incubate Scottish startups. These startups will benefit from exposure to Mangata’s investors and will have the opportunity to showcase their own technologies and applications, potentially exporting them on a global basis, through Mangata’s network.

Deputy First Minister of Scotland, John Swinney, said, “The fact that Mangata has chosen to base its new satellite manufacturing facility in Ayrshire is a huge boost for the region, for the space and manufacturing sectors, and for Scotland as a whole. As well as the substantial, high-skilled job opportunities, this will open up new pathways for the satellite manufacturing supply chain and help position Scotland as a leading centre for space and manufacturing innovation – while supporting the aims of our space strategy.”

Brian Holz, Chief Executive Officer of Mangata Networks, said, “Scotland, Ayrshire, the local regions, and the UK have expressed a lot of confidence in our system and mission. We are very grateful to be able to locate Mangata’s core product development, satellite manufacturing, and network operations teams in a state-of-the-art facility in Prestwick. We will be using this facility to bring our satellite connectivity and intelligent Edge compute solutions to enterprises globally. Today, our customer base has already committed to over 1.5 Tbps pre-launch, nearing full capacity of our initial 32 satellites. As the business grows, Mangata’s network can scale to over 750 satellites. This factory will be a key enabler, allowing us to scale and deliver cost-effective space technology into markets that really need it.”

Adrian Gillespie, Chief Executive of Scottish Enterprise, said, “This investment has the potential to be a real game-changer in helping unlock economic opportunities from the global commercial space sector. Mangata’s decision to locate this project in Ayrshire is a strong endorsement of our ability to support and nurture global industries of the future. Not only will it bring hundreds of new quality jobs for the people of Scotland, but it will be a catalyst for a new supply chain, opening up opportunities and partnerships both domestically and internationally. We look forward to working closely with Mangata to bring its state-of-the-art advanced manufacturing facility to fruition at Prestwick International Aerospace Park.”

Juliette Neu, Chief Experience Officer at Mangata Networks, said, “All the Scottish organizations involved have been incredibly supportive of our efforts to bridge the gap in global connectivity and access. Mangata is passionate about connecting humanity all around the world, using the systems we will develop in Scotland. We saw this same spirit to serve in the local and global community in our interactions in Scotland. They are so committed to helping each other. That drive is at the core of our shared values and mission.”

Leader of South Ayrshire Council, Martin Dowey, said, “We are delighted Mangata has chosen to locate in Prestwick and have great pleasure in welcoming them to South Ayrshire. We very much look forward to working with them and seeing the many benefits they bring to our local communities, beginning with hundreds of jobs. This really is fantastic news, as Mangata is exactly the kind of company we want to attract to South Ayrshire. The global satellite market is booming, and we aim to be right at the centre of that with a vibrant and thriving space sector. This will create high value jobs and exciting future careers for our young people, particularly in STEM-related opportunities, but also in wider support roles. The Council has now secured approval for a significant investment program to deliver commercial workspace at Prestwick. This comprehensive and bold approach gives companies like Mangata the confidence that we can build Prestwick as a global space cluster. We are already anticipating the first satellite launches from Prestwick Spaceport from spring 2024 and, through our highly ambitious space programme, are set to become Europe’s premier space hub.”

Larry Schwartz, Chief Operating Officer at Mangata Networks, said, “Our Prestwick facility will include a satellite operations center to operate our satellites following their launch. Our facility will also feature a network operations centre to operate our end-to-end global communications network as well as an R&D center to develop our intelligent microEdge data centres. Having all of these operations under one roof makes us extremely efficient across all aspects of our technology development and operational networks. This is key to bringing our customers a cost-effective, state-of-the-art network that includes an intelligent Edge compute and cloud service solutions. We are looking forward to working with local universities and companies, creating partnerships and integrating technology into our network and product solutions. We will develop those capabilities in Scotland and help those partners scale globally, using our network.”

UK Government Minister for Scotland, Malcolm Offord, said, “The creation of this space manufacturing hub will deliver jobs and investment to Ayrshire and put Scotland at the forefront of an innovative industry. The UK Government is investing £10 million towards these cutting-edge facilities as part of our £32 million support for Ayrshire’s space and aerospace program.”

Filed Under: News

Sidus Space’s successful LizzieSat-1 CDR

December 7, 2022 by editorial

Sidus Space, Inc. (NASDAQ:SIDU) has successfully completed the Critical Design Review (CDR) of LizzieSat™’s integrated system architecture which includes the LizzieSat™ bus with hosted payloads and sensors, the Sidus Mission Control Center (MCC) as well as the launch systems that are required for mission success. As a result of the successful CDR, Sidus Space was formally approved to:

  • Complete final build and initiate environmental test campaign for LizzieSat’s first generation satellites which will support LizzieSat missions in 2023 and 2024
  • Integrate approved hosted payloads and sensors into those satellites
  • Execute mission operations from the Sidus MCC in Merritt Island, Florida

The successful CDR is a significant milestone for in the development of LizzieSat. With the flight design complete, Sidus Space will manufacture, assemble, integrate and test leading up to the manifested 2023 launch from Cape Canaveral, Florida, on a SpaceX Falcon 9.

LizzieSat-1, the maiden flight of the multi-mission satellite constellation, is expected to launch in 2023 into a mid-inclination LEO from Cape Canaveral, Florida. Mission data is supplied to clients and consumers focused on climate change, maritime shipping industry activities, and other commercially relevant interests.

Sidus Space conducted the review in accordance with NASA Procedural Requirement (NPR) 7123.1 Rev C. The team selected the NASA NPR to instill process rigor and product fidelity assurance.

“Following NASA level processes gives us a high degree of confidence that our design decisions will result in the best possible mission success outcome for our satellites,” said Jamie Adams, Sidus Space Chief Technology Officer.

Filed Under: News

DLR selects seven customers for RFA´s inaugural flight

December 7, 2022 by editorial

Rocket Factory Augsburg (RFA) and the German Aerospace Center (DLR) have announced the winners of the microlauncher payload competition — according to the announcement, seven companies with a total payload of 136kg will launch on the first flight of RFA ONE. No other small launch provider was entrusted with payload from so many customers for their first flight. The application round for RFA ONE’s second flight is still open.

After winning the April 2022 DLR microlauncher competition, RFA received €11 million in prize money and won the German government as an anchor customer for its first two flights. Satellite manufacturers, research institutes, and start-ups were then invited to apply over an DLR Announcement of Opportunity for these flights.

A jury selected the seven winners for RFA ONE´s first launch, which will fly into SSO at an altitude of 500 km. There, the satellites will be precisely deployed and can be swiftly commissioned to carry out their mission. The launch is scheduled for late 2023.

The payload competition is embedded in the microlauncher competition of the German Space Agency at DLR. The goal of this program is to advance the commercialization of European spaceflight and to improve the autonomy and competitiveness of companies and research institutions, especially in the field of smaller payloads. The German government purchased 150kg for each of the first two flights of RFA ONE

The application deadline for the second RFA launch is in April 2023.

“We are proud to have so much capacity booked on our first flight with these seven customers. The full utilization of the payload capacity available to DLR is a strong vote of confidence in our product and services, as well as in us as a company and team,” said Jörn Spurmann, Chief Commercial Officer at RFA. “The collaboration with DLR is very beneficial for both sides and the German concept is a role model in Europe that others are adopting. We should continue to expand and develop it in order to be able to launch even more payloads into orbit flexibly and cost-effectively. The demand is definitely there.”

“Technological excellence and cost-efficient value creation processes are the basis for positioning oneself successfully in the dynamic and growing small satellite market. Start-ups and SMEs play an essential role here due to their agility,” said Walther Pelzer, Member of the DLR Executive Board and Director General of the German Space Agency at DLR. “The reliable prospect of public contracts helps young companies in particular to secure funding. Our microlauncher and payload competitions are key elements here,” adds Pelzer, referring to the role of the state as an anchor customer.”

The seven companies that will be on board the first flight of RFA ONE are…

  • AllBertEinStein, TU Munich, Germany
    For the AllBert EinStein project, precisely characterized artificial meteoroids will be launched into space on an upper stage. The objects will have diameters of 5 and 10cm consisting of iron and rocky material, thereby mimicking real meteoroids. Only after the de-orbit burn of the upper stage, the meteoroids will be deployed and therefore all objects will enter the atmosphere on a well-known trajectory. The optical radiation of the resulting fireballs and its spectral composition will be recorded via an airborne observation campaign.
  • ARTICA, SPACEMIND (NPC – New Production Concept SRL), Italy
    On-orbit demonstration of ARTICA CubeSat Deorbiting System, a device capable of deorbiting a satellite passively and autonomously at the end of its life, to assure sustainable access to space.
  • Curium Two, PTS – Planetary Transportations Systems, Germany
    The mission is designed to test and validate new electronics such as GPU’s and sensors for future commercial space missions. For this, the components are installed as payloads within a commercial cubesat platform and could be individually powered on and off for testing purposes over a longer period in space (ideally +12months).
  • ERMINAZ, AMSAT-Deutschland e.V., Germany
    The mission proposed is a syndicated, multi-PocketQube mission (1x 2P + 2x 1.5P + 3x 1P, total of 6 PQs), involving several EU countries, the amateur radio community, AMSAT-DL, AMSAT-EA (Spain), ESERO-Deutschland (Bochum Observatory), Libre Space Foundation (Greece) and other EU non-profit organizations or institutions. They work to create open-source space technologies for educational purposes and to promote, advance and develop knowledge for space. Using PocketQube technology will allow them to maximize the mission impact, involving several institutions, universities, and teams.
  • PCIOD, DCUBED, Germany
    Over the last 1.5 years, DCUBED, together with partners, developed a deployable NanoSat 100W solar array that fits in a 1U stowage volume. The activity was carried out under a ESA Artes AT. In this activity an EM was built and tested (vibe, shock, TVAC). DCUBED has already started building the FM with Bavarian state funding. Now, they are launching an IOD mission for their PowerCube 100W 1U solar array. The array is a subsystem that can be mounted directly on the launcher platform (e.g. kickstage) and deploy after all other satellites are released. The PCIOD can then be de-orbited directly with the upper/kickstage.
  • Separation Ring Mission, SPACEMIND (NPC – New Production Concept SRL), Italy
    The mission aims to on-orbit demonstrate the functioning of a re-scaled separation ring for nanosatellites. The ring will be contained in a modified 12U deployer to minimize the risk to cause damage to the other payloads in case of malfunctioning. The ring is mounted on a fixed plate inside the customized deployer (no ejection springs are present in the deployer) and, when the deployer opens the doors, the ring will be activated releasing a smallsat.
  • SpaceDREAM, Kinetik Space, Germany
    A small form factor, light weight, robotic arm will be directly mounted on the orbital stage vehicle of RFA. The arm is equipped with a magnetic end effector. A free-floating Cubesat 1U, tethered to the orbital stage, will be “released” (but still tethered), then recaptured using the magnetic coupling of the robotic arm. The robotic arm will demonstrate autonomous operation to capture of a free-floating object, as well as the vision tracking capabilities.

The German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) is the Federal Republic of Germany’s research centre for aeronautics and space. The organization also conducts research and development activities in the fields of aeronautics, space, energy, transport, security and digitization. Within DLR the German Space Agency implements the Federal Government’s space strategy. More than 330 employees based in Bonn coordinate all of the German space activities at national and European levels and represents German space interests worldwide on behalf of the Federal Government. The tasks of German Space Agency at DLR include the planning and implementation of the national space program and the management of Germany’s contributions to the European Space Agency (ESA) and the European Organisation for the Exploitation of Meteorological Satellites (EUMETSAT).

Rocket Factory Augsburg was founded in 2018 with the vision to enable data generating business models in space to better monitor, protect and connect our planet Earth. Against this background, the company’s goal is to offer launch services of up to 1.300kg into low Earth orbits and beyond on a weekly basis at unmatched prices. With this, RFA wants to democratize access to space and reduce the launch costs in the space industry. The RFA ONE launch service combines three key competitive advantages: A customer focused service with precise in-orbit delivery and a high degree of mission flexibility through its orbital stage; at a highly competitive price; made possible by superior staged combustion technology, low-cost structures and usage of industrial components.

Filed Under: News

E-Space’s definitive agreement to acquire CommAgility from the Wireless Telecom Group

December 7, 2022 by editorial

E-Space, a global space company focused on bridging Earth and space with the world’s most sustainable low Earth orbit (LEO) network, announced today it entered into a definitive agreement to acquire CommAgility from the Wireless Telecom Group, Inc. CommAgility is the largest stand-alone developer of embedded signal processing and Radio Frequency (RF) modules, with its own LTE PHY/stack source code for commercial grade 4G and 5G mobile networks, air-to-ground (ATG), satellite communications (satcom) and related applications.

Integrating CommAgility’s custom 3GPP 5G NTN (Non-Terrestrial Networks) source code into E-Space’s vertically integrated capabilities will enable E-Space to accelerate 5G NTN, 5G-Advanced and 6G innovation, speed its satellite payload and customer use case development and continuously advance its space-based connectivity solutions. Today, CommAgility’s software drives over 50,000 terrestrial base stations and is used for ATG and commercial satellites.

Greg Wyler, E-Space founder, chairman and CEO stated, “We look forward to welcoming CommAgility into Team E-Space. Their existing, proven and deep 5G code base along with their incredible team experience would have taken years to recreate. This puts us in a unique and leading position for the deployment of our space-based technologies. We will continue to invest heavily in this code base to enable 5G-Advanced and 6G technologies which will provide tremendous value to customers.”

Tim Whelan, CEO of Wireless Telecom Group, Inc., commented, “When we began to evaluate strategic options for our CommAgility business, we held numerous conversations with multiple space-based companies. It was during this process that E-Space’s incredible vision, commitment to innovation and focus on end-user requirements ignited our team’s excitement. We made a clear strategic decision to go with E-Space, which we believe helps unlock value for our shareholders and ensures our team and existing customers will be part of a thriving organization.”

The transaction, which is expected to be completed no later than January 31, 2023, is subject to customary closing conditions, including regulatory approvals. Upon completion, E-Space will add 50 full-time CommAgility employees, inclusive of key management. The new team members are located in Europe, with some based in Leicestershire, UK and the majority based in Duisberg, Germany.

Filed Under: News

OQ Technology’s MACSAT 5G IoT mission launch date revealed

December 7, 2022 by editorial

Following the recent 13 million euro Series A funding round, OQ Technology has announced March of 2023 as the planned launch date for the MACSAT mission.

Jeremy Dracis (OQ Technology) & Charles Koener (Luxembourg Space Agency) with MACSAT model at the Space Tech Europe event in Bremen. Photo is courtesy of the company.

The on-orbit pathfinder mission, to be launched on a Vega-C rocket rideshare mission (VV23), is aimed at demonstrating advanced 5G IoT services. It will be able to process a high number of 5G enabled devices via strategic satellite frequencies that are common with terrestrial mobile from LEO.

MACSAT Satellite during assembly (photo is courtesy of Nanoavionics & OQ Technology)

MACSAT is a smallsat mission led by OQ Technology as the prime contractor and funded by the Luxembourg Government through an ESA contract in the Luxembourg National Space program (LuxIMPULSE).

The mission will be used to test advanced 5G IoT algorithms, and also paves the way for qualifying existing 5G NB (narrowband)-IoT chips for commercial via-satellite deployment. It will also be part of OQ Technology’s constellation to offer commercial connectivity services.

The 6U nanosatellite was built by NanoAvionics, who also handles launch brokering and logistics. The payload was developed by OQ Technology. The 5G IoT operator is also responsible for overall management, satellite procurement, and operations of the mission.

“We are so excited to launch this mission which we have been working on since some time, we thank our partners at the Luxembourg Space Agency and the European Space Agency for trusting us and who have been always supporting us throughout this journey. With the cellular Ddirect-to-dDevice (D2D) heating up, OQ Technology is proud well positioned to be a pioneer in connecting cellular IoT devices to LEO satellites with its first successful Nnarrowband IoT wWaveform mission back in 2019. With many customers from the energy, logistics, agriculture, and maritime market interested in OQ’s solution and large Telcos willing to onboard satellite cellular IoT products, OQ Technology is well positioned to serve these customers next year,” Omar Qaise, the company’s CEO said.

Filed Under: News

Reflex Aerospace receives million€s in seed financing round

December 7, 2022 by editorial

Already in the first round of the two-part seed financing, satellite manufacturer Reflex Aerospace has raised an investment volume of approximately 7 million euros. In the second round — which already saw several firm commitments as well as further expressions of interest — this amount is projected to increase to 12 million euros by the end of the first quarter of 2023.

Current investors include the investment fund Alpine Space Ventures from Munich, which specializes in space technologies, and the Bonn and Berlin-based High-Tech Gründerfonds (HTGF), a public-private partnership that ranks among Europe’s leading venture capital investors for innovative technologies and business models. A further investor is an equally, aerospace-affine family office from Bavaria.

Bulent Altan, Investment Partner at Alpine Space Ventures and CEO of Mynaric, a partner company of Reflex Aerospace in the joint venture UNIO, explained the background to this investment. He said, “From communication and navigation to Earth observation and climate protection. In almost all areas of our economy and society, we are experiencing profound changes due to space technologies. This is why the number of satellites will skyrocket, from the current 5,500 to an estimated 100,000 by the end of the decade. With its approach to cut the development and production time of satellites from several years to only nine months, Reflex Aerospace is ideally positioned to meet this rapidly growing demand environment.”

Christian Ziach, Principal at High-Tech Gründerfonds, said, “By 2040, the global space market volume is forecast to almost triple to one trillion euros. Half of this growth alone is expected to come from satellites for broadband connectivity, a field in which Europe in particular has a lot of catching up to do. Thanks to its experienced team and strong partners, Reflex Aerospace is uniquely positioned to leverage this market potential.”

Walter Ballheimer, CEO of Reflex Aerospace, outlined the start-up’s ambitions and said, “With the newly raised capital, we will set-up our first production capacities in Munich and almost double our workforce in the coming year – to more than 50 employees across all sites. With this, we are right on track to launch our demonstrator into space by 2024. With the successful financing round, we are putting an exclamation mark on this goal: The commitments of such high-class investors attest to their confidence in our capabilities. This gives us the tailwind to continue our growth path despite the strained global market environment.”

Alexander Genzel, COO of Reflex Aerospace, placed the financing round in the context of the company’s development. He said, “Following our founding in 2021, Reflex Aerospace performed a real sprint this year: With a rapidly growing workforce, we now have mainstays in Munich and Berlin, the two most important locations for German space start-ups. By leading a feasibility study for the EU Commission, we have proven that we are ready to play a leading role in the construction of a European constellation of communication satellites. Together with the Bavarian State Chancellery, we are also working on a concept for ‘Rapid Response’ – i.e., the ability to quickly replace satellites that fail in the event of a crisis or war and thus protect critical infrastructures. With this, we have positioned ourselves strongly in two future fields in 2022 and are ready to face the challenges in the next year.”

Reflex Aerospace was founded in 2021. The Berlin and Munich-based NewSpace start-up aims to modernise the market with high-performance satellites tailored to individual needs. Through software-based operations and service-oriented offers, the company meets the needs of its customers faster, at a significantly lower cost and more flexibly than established NewSpace manufacturers today. Together with its partner companies Mynaric, Isar Aerospace and SES, Reflex Aerospace is a shareholder in the joint venture UNIO, which aims to build a European satellite constellation for broadband internet.

Filed Under: Featured, News

Astroscale Japan + JAXA launch satellite refueling service concept

December 7, 2022 by editorial

Astroscale Japan Inc. and the Japan Aerospace Exploration Agency (JAXA) have started concept, co-creation activities for a satellite refueling1 service under the JAXA Space Innovation through Partnership and Co-creation (J-SPARC). The aim is to explore concepts for a fuel delivery service for one year, toward the realization of space sustainability — the mission concept will be for providing a refueling service for on-orbit to satellites that are both prepared and unprepared to be refueled.

Astroscale Japan will study the feasibility of satellite refueling services and consider international collaboration with other Astroscale subsidiaries and partners, applying the rendezvous and proximity operations technology demonstrated in the End-of-Life Services by Astroscale – demonstration (ELSA-d) mission, and robot arm and hand technology currently under development to the refueling work. JAXA will study the technical feasibility of an on-orbit refueling system, examine ground test equipment for fuel transfer evaluation, and provide technical knowledge and advice based on the studies.

Photo of ELSA-d, courtesy of Astroscale

Earth’s orbits, particularly LEO, are becoming crowded due to an increase in space activity, which has led to the accrual of orbital debris. If this trend continues without a solution, it will become difficult to safely use those orbits. To solve this problem and achieve a sustainable space environment, it is important to realize a circular economy through on-orbit services, which include removing and reducing space debris, and reusing, repairing and refueling spacecraft.

Refueling has cost-reducing effects for satellite operators. Extending the life of satellites will help reduce the number of satellites and launches required to carry out current space activities. Life extension also enables additional missions by removing fuel constraints. According to Northern Sky Research (NSR), a U.S. space market research firm, it is estimated that by 2031, life extension services such as refueling will generate $4.7 billion in revenue.

“On-orbit services are the sustainable infrastructure of the space economy,” said Miki Ito, Managing Director of Astroscale Japan. “Over the past few years, awareness of the orbital environment and space sustainability has increased rapidly, and the demand for such services has grown significantly. We are pleased to be working with JAXA on refueling as a function of life extension, and by 2030, we plan to be able to make on-orbit services, including life extension, a routine basic infrastructure service.”

“On-orbit satellite refueling is a new service that overcomes the longevity factor of fuel depletion and enables satellite operations to continue for a longer period of time,” said Hiroyuki Sugita, Director of Research Unit II at JAXA’s Research and Development Directorate. “We expect that providing JAXA’s knowledge of refueling technology will advance the private sector’s space projects and contribute to the realization of sustainable space activities.”

1meaning to resupply satellites with propellants such as hydrazine, oxidizers, xenon, pressurized gas. Propellants that do not involve chemical reactions are included, but for the sake of clarity as a general term, propellants are described as fuel.

Filed Under: News

Redwire’s cybersecurity tech to support DARPA mission

December 6, 2022 by editorial

Redwire Corporation‘s suite of space cybersecurity tools, developed with BigBear.ai, will be used by Mynaric (in the development of an advanced satellite communication (SATCOM) program that is sponsored by the Defense Advanced Research Projects Agency (DARPA).

Mynaric will use Redwire and BigBear.ai’s Space Cyber Resiliency through Evaluation and Security Testing (SpaceCREST) platform to support the cybersecurity evaluation of their optical communications terminal.

The SpaceCREST platform ensures the security of its optical communications terminal design for Phase 1 of DARPA’s Space Based Adaptive Communications Node (Space-BACN) program. The program seeks to develop reconfigurable, multi-protocol communications terminals that are small, lightweight, low-power, inexpensive, and able to connect many different satellite constellations in LEO. SpaceCREST will be used to identify vulnerabilities that could affect the terminal or disrupt its operation and then find ways to protect against those vulnerabilities.

SpaceCREST will also use Redwire’s digital engineering capabilities to make cybersecurity analysis of space assets more streamlined and reliable. With Redwire’s Advanced Configurable Open-system Research Network (ACORN) tools and technologies, SpaceCREST enables users to simulate and emulate various hardware and software systems as they are being designed and built. Using SpaceCREST, Mynaric will be able to ensure that its communications terminals are both secure and resilient.

“Redwire is proud to support Mynaric in identifying and mitigating potential vulnerabilities within crucial national security programs,” said Dean Bellamy, Redwire’s Executive Vice President of National Security Space. “This application of SpaceCREST demonstrates the value that Redwire and BigBear.ai’s collaboration holds for the growing space economy. SpaceCREST will be a critical tool for proactive maintenance and protection of government and commercial customers building the next generation of resilient space architectures.”

“As the world has increased its reliance on space assets in both government and commercial operations – ranging from mission-critical national security operations to GPS navigation – the ability to accurately detect and address system vulnerabilities is essential to the everyday lives of billions of people,” said Eric Conway, BigBear.ai’s Senior Vice President of Technology, Federal Solutions. “BigBear.ai is excited to partner with Redwire to deliver SpaceCREST to Mynaric in support of DARPA’s efforts to ensure the next generation of satellite communications are resilient to cyberattacks.”

Redwire Corporation (NYSE: RDW) is a leader in space infrastructure for the next generation space economy, with valuable IP for solar power generation and in-space 3D printing and manufacturing. With decades of flight heritage combined with the agile and innovative culture of a commercial space platform, Redwire is uniquely positioned to assist its customers in solving the complex challenges of future space missions. For more information, please visit redwirespace.com.

BigBear.ai delivers AI-powered analytics and cyber engineering solutions to support mission-critical operations and decision-making in complex, real-world environments. BigBear.ai’s customers, which include the U.S. Intelligence Community, Department of Defense, the U.S. Federal Government, as well as customers in manufacturing, healthcare, commercial space, and other sectors, rely on BigBear.ai’s solutions to see and shape their world through reliable, predictive insights and goal-oriented advice. Headquartered in Columbia, Maryland, BigBear.ai is a global, public company traded on the NYSE under the symbol BBAI. For more information, please visit: https://bigbear.ai/ and follow BigBear.ai on Twitter: @BigBearai.

Filed Under: News

Terran Orbital assists with demo of single-pass optical downlink for NASA’s Pathfinder technology demonstrator 3 satellite

December 6, 2022 by editorial

Terran Orbital Corporation (NYSE: LLAP) has contributed to the successful demonstration of a record-breaking, 1.4-terabytes of data delivered from space to ground by an optical downlink in a single pass.

The Pathfinder Technology Demonstrator-1 spacecraft during fit check and integration into a cubesat deployer.
Photo is courtesy of Terran Orbital Corporation

The demonstration connected the TeraByte InfraRed Delivery (TBIRD) laser communications payload aboard NASA’s Pathfinder Technology Demonstrator 3 Satellite (PTD-3) to the ground, transmitting 1.4 TB of test data in a single ground station pass lasting less than 5 minutes — TBIRD is a NASA Space Communications and Navigation payload developed by the MIT Lincoln Laboratory.

TBIRD 200 Gbps Laser Communications Engineering Model

NASA’s PTD mission series tests the operation of a variety of novel satellite technologies to provide significant enhancement to the performance of versatile spacecraft. Terran Orbital designed, built, integrated, and operated the spacecraft for the first PTD satellite, PTD-1, to demonstrate a propulsion system with a water-based propellant generated via water electrolysis.

PTD-3 is also a Terran Orbital-developed satellite with added components to support the TBIRD payload. This optical communication technology demonstration aims to advance the state of the art for high-speed, direct-to-Earth transmission of data from LEO satellites to ground stations, targeting downlink at the unprecedented rate of 200 gigabits per second. Fast, error-free transfer of extremely high volumes of data may transform the operations and missions of scientific, commercial, and defense satellites.

“Terran Orbital is thrilled to have contributed to the successful 1.4 terabyte space-to-ground optical link for PTD-3,” said Terran Orbital Co-Founder, Chairman, and Chief Executive Officer, Marc Bell. “The flight qualification and demonstration of the groundbreaking technologies making the link possible will benefit future government and commercial missions. Terran Orbital is grateful for NASA and MIT Lincoln Laboratory’s partnership in the PTD-3 mission. We look forward to completing the next record-breaking space-to-ground optical link – at 200 gigabits per second – in the near future.”

Filed Under: News

SpaceX introduces the Starshield secured satellite network for government entities

December 5, 2022 by editorial

Starshield has debuted… this new effort by SpaceX leverages Starlink technology and launch capability in support of national security efforts. While Starlink is designed for consumer and commercial use, Starshield is designed for government use, with an initial focus on three areas:

  • Earth Observation: Starshield will launch satellites with sensing payloads and will deliver processed data directly to the user.
  • Communications: Starshield will provide assured global communications to government users with Starshield user equipment.
  • Hosted payloads: Starshield will build satellite buses to support the most demanding customer payload missions.
  • Security: Starlink already offers unparalleled, end-to-end, user data encryption and will employ additional, high-assurance, cryptographic capabilities to host classified payloads and will process data securely to meet the most demanding government requirements.
  • Modular Design: Designed to meet diverse mission requirements, Starshield satellites will be capable of integrating a wide variety of payloads, offering unique versatility to users.
  • Interoperability: Starlink’s inter-satellite laser communications terminal, which is the only communications laser operating at scale in orbit today, can be integrated onto partner satellites to enable incorporation into the Starshield network.
  • Rapid Development and Deployment: With the proven ability to iterate rapidly, SpaceX’s unique full-stack approach in developing end-to-end systems, from launch vehicles to user terminals, enables the deployment of capabilities at scale with unprecedented speed.
  • Resilient and scalable capability: Starshield’s proliferated LEO architecture provides inherent resiliency and constant connectivity to on-orbit assets, while SpaceX’s proven rapid launch capability provides expedient and economical access to space.
  • Proven Partnerships: SpaceX’s ongoing work with the Department of Defense and other partners demonstrates the company’s ability to provide in-space and on-ground capability at scale.

Filed Under: News

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