Momentum, a provider of enterprise connectivity solutions in remote areas throughout North and South America, announced an enhanced agreement that will enable Momentum to use OneWeb’s high-speed, low-latency satellite fleet, on top of Eutelsat’s ADVANCE global connectivity solution.

This partnership will help to bring high-performance communications services to Oil & Gas projects and facilities across Canada and the U.S. Momentum is already a customer of Eutelsat, who, consequently, will be distributing OneWeb’s LEO satellite communications services along with its existing connectivity products in a number of key markets. 

By leveraging OneWeb’s stable global LEO satellite network, Momentum’s oil & gas customers will be able to remotely control, monitor, manage and secure critical infrastructure at multiple site locations in real-time. Momentum’s broad solution-set is a great fit for clients who require the ability to connect multiple, critical sites, enabling them to reach any remote area and implement an available and managed service. 

Integrating satellites services from Eutelsat and OneWeb, Momentum will deliver a full suite of true enterprise business network connectivity solutions to its clients, providing capacity, high-speed, low-latency services with quick setup and development, support structures and services in place on the backend. By gaining access to stable and fast download and upload speeds, along with low latency, remote Oil & Gas clients can trust that critical business data is being safely and reliably transferred to and from their head offices. 

Brad Kossowan, Chief Operating Officer of Momentum, commented, “Our enhanced partnership with Eutelsat and OneWeb is a game-changer for oil & gas operators in remote locations. It supports the growing demand for real-time data, monitoring and managing operations on site or remote, crew communications and wellness. Eutelsat’s robust offer for high-end connectivity solutions, paired with OneWeb’s global LEO constellation is the perfect complement to our enterprise connectivity services.” 

Cyril Dujardin, General Manager Connectivity Business Unit of Eutelsat, said, “Through our partnership with OneWeb, we are proud to collaborate and provide Momentum with new, advanced connectivity solutions. With this hybrid approach we can give clients tailor-made, dynamic and high-performance communication services, leveraging our industry experience know-how and providing end-to-end support.” 

Carole Plessy, VP Global Maritime & Europe Region of OneWeb, concluded, “We are excited to partner with Momentum, who brings industry-leading experience that will enable OneWeb to expand our capabilities within the energy sector. By bringing together our complementary services, we’ll bring next-generation connectivity to oil & gas customers across North America.”

AAC Clyde Space recently won a £1.25 million from the New Space company Kawa Space for a 6U EPIC LINK smallsat and payload — the satellite is planned for delivery during Q4 2024.

The aim of the project is to demonstrate the technology for a future constellation of satellites that support Kawa Space’s existing, ocean monitoring platform. Kawa Space will use the data captured by the satellite for cargo ship route monitoring and to track illegal, unreported, and unregulated fishing.

“This order shows how our approach of developing standard satellites is delivering infrastructure solutions, that our customers can rely on to build their business. I am delighted to be able to welcome Kawa Space as a new customer of AAC Clyde Space as they share our vision of making space available to many more in order to improve life on Earth.” — Luis Gomes, CEO, AAC Clyde Space

“We are thrilled to announce our collaboration with AAC Clyde Space to build Kawa’s KSS-BOBCAT demo mission. This partnership will harness our collective expertise to showcase cutting-edge technologies in spectrum monitoring and build a brand new dataset for our end customers.” — Kris Nair, CEO, Kawa Space

Firefly Aerospace, Inc. has signed a launch agreement with Lockheed Martin to support a technology demo mission that will launch aboard Firefly’s Alpha vehicle (image above).

Firefly’s Alpha rocket provides affordable and responsive launch services with the capability to lift more than 1,000 kg. to LEO. The vehicle uses Firefly’s patented, tap-off, cycle propulsion technology and carbon composite, sandwich structures to reduce mass and costs and improve strength and reliability. As a launch provider, Firefly provides an important capability to Lockheed Martin in supporting access to space for that company’s key spacecraft technologies.

“Firefly’s flight-proven hardware and rapid launch capabilities are well-aligned with Lockheed Martin’s mission needs, and we’re proud to serve as one of their launch providers,” said. “We have the infrastructure, technologies, systems, and a dedicated team in place to provide on-demand launch services for both government and commercial customers.” — Bill Weber, CEO, Firefly Aerospace

“We are working with Firefly because of their innovative performance in offering access to space for small payloads on Firefly Alpha. We look forward to collaborating with them, as we focus on creating a resilient launch environment for our upcoming technology demonstration.” — Dan Tenney, Vice President, Strategy and Business development, Lockheed Martin Space

Firefly is an end-to-end space transportation company with launch, lunar, and in-space services. As an all-American company headquartered in central Texas, Firefly is focused on delivering responsive, reliable, and affordable space access for government and commercial customers. Firefly’s small- to medium-lift launch vehicles, Space Utility Vehicles, and Blue Ghost lunar landers provide the space industry with a single source for missions from LEO to the surface of the Moon and beyond.

SpiderOak has successfully achieved flight heritage through the deployment and demo of the firm’s OrbitSecure platform in space.

SpiderOak conducted rigorous testing of its end-to-end, data security solution on a Ball Aerospace prototype payload that is currently operational in LEO. The payload incorporates Ball Aerospace’s Open Software System (BOSS) framework, supporting containerized applications that can be modified on-orbit, as well as real-time, data processing functions.

Through close collaboration between SpiderOak and Ball Aerospace teams, the OrbitSecure technology was seamlessly deployed to and integrated into the Ball hosted payload while on orbit, demonstrating that data level zero-trust can be achieved on deployed systems despite the size, weight, and power limitations in space.

Taking zero-trust security to zero-gravity environments, OrbitSecure leverages a unique combination of no-knowledge encryption and distributed-ledger software to meet the unique demands of cybersecurity in space. OrbitSecure overcomes the constraints of traditional hardware-based protections utilizing a new, fully decentralized key management system allowing for full availability and continued operations in space despite disconnected or highly contested networks.

OrbitSecure’s software-based approach makes it quickly adaptable to counter new and evolving cyber threats while providing enhanced decentralized space resiliency to multi-vendor, multi-network, mesh proliferated LEO networks. Dramatically reducing a space operator’s attack surface with OrbitSecure disrupts any adversary’s attempts to counter, modify, or contest space communications and satellite services.

Though rigorously tested in flat sat environments by industry leaders such as Raytheon, Northrop and Lockheed Martin, the Ball Aerospace announcement represents the first time a partner has successfully deployed the OrbitSecure capability in space.

The prototype payload launched in January as the first mission in Ball Aerospace’s rideshare program, part of Ball’s focus on the rapid and affordable development and demonstration of technologies on orbit.

“Successfully operating any military system in an operationally relevant environment is always a big milestone. In the unforgiving environment of space, there is no stronger validation that a system is ready for deployment. I am thrilled with SpiderOak’s achievement!” — Ellen Pawlikowski, retired four-star U.S. Air Force General and member of SpiderOak’s Space Advisory Board

“This successful demonstration completes a major milestone in advancing OrbitSecure as the satellite operator’s choice for data security and resiliency in space. While other cyber solutions have only been demonstrated terrestrially, this achievement with Ball Aerospace proves our unique COTS (commercial off the shelf) software works equally well on orbit as it has on the ground for many years.” — Dave Pearah, CEO, SpiderOak

“The Space Force has openly acknowledged the ever-expanding cyber threats targeting space assets. This successful demonstration of SpiderOak’s OrbitSecure technology onboard Ball’s hosted payload, which launched earlier this year, is a step towards fortifying the resilience of our space ecosystem.” — Jake Sauer, Vice President and Chief Technologist, Ball Aerospace

“On-orbit tests underway by Ball Aerospace of SpiderOak’s OrbitSecure offer the promise of an efficient path to secure space systems based on blockchain technology,” stated . “Cybersecurity solutions for space systems must respect the space, power, weight, and cost constraints under which these systems operate. I look forward to the results of this first, on-orbit demonstration of SpiderOak’s cybersecurity approach. It’s also exciting that SpiderOak is a member of the Space Information Sharing and Analysis Center, demonstrating the center’s commitment to encouraging our country’s space sector to explore cutting-edge cybersecurity solutions.” — Samuel Visner, Vice Chair, Board of Directors, Space Information Sharing and Analysis Center (Space ISA)

SpiderOak is a 100% U.S.-owned and operated software company that delivers end-to-end cybersecurity and resiliency solutions for civil, military, and commercial space operations. Our commercially available products are built upon a foundation of zero-trust encryption and distributed ledger, ensuring the confidentiality, integrity, and availability of your most sensitive data in the space domain.

Safran Electronics & Defense and Terran Orbital (NYSE: LLAP) have signed a Memorandum of Agreement (MoU) to study and validate the prerequisites for production of a new generation of electric propulsion systems for satellites in the United States, based on Safran’s PPSX00 plasma thruster.

Safran Electronics & Defense, via Safran Spacecraft Propulsion, and Terran Orbital, will initiate an in-depth analysis to determine the technical, industrial and economic prerequisites for a new U.S.-based production line for electric propulsion systems. The location under consideration is a Terran Orbital facility in Irvine, California, which produces smallsats.

In addition to providing the American space industry with a local source of satellite thrusters, contributing to the economy and employment, this new line will match Safran’s production facilities in France, eventually doubling the company’s international production capacity.

Developing effective and sustainable propulsion systems for satellites is a critical challenge worldwide, as increasingly stringent international regulations stipulate greater sustainability and resilience in spacecraft. A higher degree of spacecraft maneuverability is needed to avoid collisions, along with a system to deorbit LEO satellites at the end of their service life.

Safran’s PPSX00 plasma thrusters, rated at about one kilowatt of power, will be used to meet the burgeoning mobility requirements of LEO satellites.

“Our alliance with Terran Orbital will contribute to the emergence of a complementary source of supply for electric propulsion systems to meet the growing needs of the space industry.” — Jean-Marie Bétermier, Senior Vice President Space at Safran Electronics & Defense

“This deal reflects Safran Electronics & Defense’s faith in the value of Terran Orbital’s industry-leading products and innovative personnel, while adding to our strategic investments to create more scalable, automated, vertically integrated production systems. Terran Orbital looks forward to working with Safran Electronics & Defense to create top-of-the-line propulsion systems that make spacecraft more resilient and maneuverable at faster delivery rates and lower costs for our national security and commercial customers.” — Marc Bell, Terran Orbital’s Chief Executive Officer and Chairman

Additionally, Time magazine last week named Terran Orbital (NYSE: LLAP) to the TIME100 Most Influential Companies list, honoring the satellite manufacturer and services provider and other firms for their “extraordinary impact around the world.”

Time recognized companies based on their “impact, innovation, ambition, and success,” with Terran Orbital spotlighted for its design, production, launch planning, mission operations, and in-orbit support for military, civil, and commercial satellite customers.

The magazine solicited company nominations from outside experts and the magazine’s global network of contributors and correspondents to spotlight “a diverse group of 100 businesses helping chart an essential path forward” for humanity.

Time’s recognition comes as Terran Orbital marks its 10th anniversary and a string of successes serving the aerospace and defense industries. Recent accomplishments include developing and co-operating the Cislunar Autonomous Positioning System Technology Operations and Navigation Experiment (CAPSTONE).

“Terran Orbital is thrilled Time magazine is recognizing us for producing cost-effective, cutting-edge satellites in an influential companies list that includes pioneers, industry leaders, innovators, disruptors, and tech titans from around the globe. Terran Orbital is honored to join the ranks of a TIME100 Most Influential Companies list that has included the likes of Apple, Amazon, Google-parent Alphabet, Disney, Microsoft, Moderna, Ford, and the NFL.” — Marc Bell, Chairman, CEO and Co-Founder, Terran Orbital

Space Flight Laboratory (SFL) has completed the build of the Telesat LEO 3 demo smallsat and shipped the spacecraft from the Toronto integration facility to New Zealand where the satellite arrived this week at Rocket Lab Launch Complex 1.

Following inspection to ensure the satellite shipped safely, LEO 3 will be integrated with the Rocket Lab Electron launch vehicle. Launch is scheduled for no earlier than Q3 of 2023. Once on-orbit, LEO 3 will provide continuity for customer and ecosystem vendor testing campaigns after the decommissioning of Telesat’s Phase 1 LEO satellite.

Based in Ottawa, Ontario, Telesat selected SFL to build LEO 3 on a relatively, aggressive schedule. With a mass of 30 kg, the 30x30x45 cm satellite is based on SFL’s scalable and versatile DEFIANT smallsat platform. Currently, more than a dozen DEFIANT satellites are on-orbit, serving SFL clients in a variety of applications.

“SFL is pleased to have been chosen by Telesat to meet the challenge of building a cost-effective microsatellite with a robust design to achieve its high-bandwidth demonstration goals in Telesat’s target orbit. This continues SFL’s long standing history of enabling business success through smaller satellites developed at low cost.” – Dr. Robert E. Zee, Director, SFL

SFL’s 25-year heritage includes 65 operational successes totaling 250 cumulative years in orbit, with an additional 27 satellites under development or awaiting launch. Customized payloads include a wide range of applications related to Earth observation, atmospheric monitoring, ship tracking, communication, radio frequency (RF) geolocation, technology demonstration, space astronomy, solar physics, space plasma, and other scientific research.

Septentrio has been collaborating with Xona Space Systems to develop an experimental receiver that is compatible with the latter’s multi-frequency PULSAR signals.

This multi-frequency receiver that supports Xona’s LEO PNT signals will be one of the first to decode all PULSAR signals in parallel with other standard GNSS* signals. This makes it ideal for testing Xona’s upcoming LEO-PNT constellation in a simulated environment, since live signals are not yet available. LEO-PNT is a satellite navigation system that consists of low orbit satellites, which provide geographic positioning, a concept similar to a GNSS system such as GPS.

Xona Space Systems is pioneering the nexgen of space-based PNT (Positioning, Navigation, and Timing) to answer the need for more secure, accurate, and robust services.

The PULSAR system will consist of 260 LEO satellites orbiting the Earth 25 times closer than GPS satellites. The higher signal power resulting from closer proximity to Earth and the modernized signal design provide opportunities for better multipath mitigation and higher accuracy, as well as increased interference and spoofing protection.

High accuracy and resilient operation are also the main pillars on which Septentrio has built their PNT receivers over the last two decades, providing reliable positioning and timing solutions to critical infrastructure and industrial applications such as precision agriculture, construction, robotics and much more.

“We are thrilled to welcome Septentrio to the PULSAR ecosystem,” said . “Septentrio is well-known as an industry leader in developing high-quality and resilient GNSS products. As Xona PULSAR signals become available, a Septentrio receiver will offer users an opportunity to be the first to experiment with PULSAR and GNSS in many different scenarios.” — Bryan Chan, VP of Business Development and Strategy, Xona

“We are excited to collaborate with Xona Space Systems during this new era for PNT technology. After our deep involvement in various expansions of the GNSS ecosystem, most notably Galileo for receivers of both reference networks and user applications, it is exciting to leverage our experience in the next phase of space-based PNT, which has opened up with LEO-PNT.” — Jan Van Hees, Business Development Director at Septentrio

• Global Navigation Satellite System including the American GPS, European Galileo, Russian GLONASS, Chinese BeiDou, Japan’s QZSS and India’s NavIC. These satellite constellations broadcast positioning information to receivers which use it to calculate their absolute position.

Muon Space has announced the successful deployment of the company’s first satellite, MuSat-1.

The ESPA-class spacecraft, which launched on SpaceX’s Transporter-8 mission from Vandenberg Space Force Base on Monday, June 12, is Muon Space’s first satellite on-orbit and an important step toward the firm’s Climate Constellation, which will use a new generation of sensors to monitor Earth’s climate and ecosystems.

Muon Space’s Climate Constellation will dramatically improve temporal cadence and sampling, producing sub-hourly global measurements. MuSat-2 and MuSat-3 are close behind — establishing a regular launch cadence to enable a growing constellation for Climate Intelligence data. Each satellite carries next-generation sensors that will provide transformative, actionable insights on Earth’s vital signs and the fingerprints of a changing planet.

“This launch is a testament to the incredible team we’ve assembled here at Muon Space who have designed, built, and now launched an ESPA-class spacecraft in less than two years. MuSat-1 is just the beginning as we push the limit of smallsat technology to produce actionable climate data on a global scale.”
— Jonny Dyer, CEO, Muon Space

“We were able to design, build, and launch a mission on an incredibly short timeline because we relied on a ‘fail fast’ approach to the spacecraft design. We went through multiple design iterations for all subsystems and are gratified to see how well our platform is operating in space. The communication with MuSat-1 helps us accelerate our development of upcoming satellites in the constellation.”
— Paridhi Desai, MuSat program lead

Founded in 2021, Muon Space is launching a new generation of smallsats and sensors to monitor Earth’s climate and ecosystems with unprecedented fidelity. Muon Space’s state-of-the-art facility in the heart of Silicon Valley is optimized for manufacturing spacecraft and integrating payloads at scale. Regular launches beginning in June, 2023 provide ever-increasing data sets addressing important geophysical and environmental applications and a platform to deliver new technologies to space. Muon Space’s experienced science and engineering teams are uniquely suited to deliver the most exquisite and reliable remote sensing solutions at the speed and scale required to address our most urgent climate challenges.

Comtech (NASDAQ: CMTL) and E-Space are now collaborating together to develop and deploy innovative, space-based communications solutions and IoT services to support predominantly government and targeted commercial customers.

The collaboration will leverage Comtech’s portfolio of industry leading technologies and strategic partnerships, coupled with E-Space’s future advanced space system, inclusive of the firm’s global, LEO constellation and unique device capabilities, to provide customers with secure, resilient global connectivity services. The E-Space space system, optimized with edge Artificial Intelligence (edge AI), will enable the delivery of new smart applications, real-time actionable insights and suggested courses of action.

E-Space is building a satellite infrastructure that will blur the line between satellite and terrestrial communications network capabilities for delivering IoT connectivity. E-Space’s advanced technology will enable a new class of ubiquitous, real-time communications capabilities, which is expected to reduce device costs and increase coverage.

Comtech delivers innovative approaches to automate workflows, enhance safety, improve reliability and reduce system downtime. The Company holds hundreds of patents spanning terrestrial and satellite communications as well as location-based services, and its technologies are currently fielded in over 200 countries.

Comtech is expanding its already vast portfolio of solutions and services through EVOKE, Comtech’s Innovation Foundry, as well as through strategic partnerships with world class innovators, like E-Space. These relationships provide customers with unprecedented access to data and insights that deliver meaningful value and uncover a number of new economic growth opportunities in diverse global markets.

“Continuous connectivity is a fundamental need in today’s information-driven society that will generate ongoing demand to blend terrestrial, wireless and satellite networks. By teaming with E-Space, we will provide end users with reliable, global connectivity to enable near real-time predictive insights that will drive efficiency, reduce operator burden and empower individuals by providing access to new technologies.”
— Ken Peterman, President and CEO, Comtech

“Combining the expertise and resources from Comtech and E-Space will help revolutionize the way defense and commercial companies leverage space-powered data to connect, communicate and put intelligence into action. From providing warfighters up-to-the-minute situational awareness to ensuring logistics providers have incredible insights into every asset in a shipment – we will be able to provide unique information sets that will enable smarter operations.”
— Greg Wyler, Founder, Chairman, CEO, E-Space

Comtech Telecommunications Corp. is a leading global technology company providing terrestrial and wireless network solutions, next-generation 9-1-1 emergency services, satellite and space communications technologies, and cloud native capabilities to commercial and government customers around the world. Our unique culture of innovation and employee empowerment unleashes a relentless passion for customer success. With multiple facilities located in technology corridors throughout the United States and around the world, Comtech leverages our global presence, technology leadership, and decades of experience to create the world’s most innovative communications solutions.

E-Space is bridging Earth and space to enable hyper-scaled deployments of Internet of Things (IoT) solutions and services. The Company is fundamentally changing the design, economics, manufacturing, coverage limitations and service delivery of space-powered IoT connectivity. Its advanced, sustainable low Earth orbit (LEO) space infrastructure will blur the line between satellite and terrestrial communications networks, creating a new class of ubiquitous, real-time communications capabilities that enable end-users to connect, track, sense and act on edge AI optimized data, gathered from billions of novel E-Space devices deployed planet-wide. Learn more about E-Space at: e-space.com and follow the Company on LinkedIn and Instagram.

Rocket Lab USA, Inc. (Nasdaq: RKLB) has announced the the firm’s spacecraft built for Varda Space Industries (“Varda”) is successfully operating on-orbit after launching from Vandenberg Space Force Base on June 12th on SpaceX’s Transporter-8 mission at 14:35 PDT (21:35 UTC).

The spacecraft was developed, manufactured and tested at Rocket Lab’s Spacecraft Production Facility in Long Beach, California, and incorporates Rocket Lab-designed and manufactured components and software, including star trackers, propulsion system, reaction wheels, solar panels, flight software, radios, composite structures and tanks, and separation systems.

The spacecraft will provide power, communications, propulsion, and attitude control to Varda’s 120 kg capsule that will produce pharmaceutical products in microgravity and return them to Earth. Upon completion of the in-space manufacturing phase of Varda’s mission, Rocket Lab’s spacecraft will place Varda’s hypersonic re-entry capsule (carrying finished pharmaceuticals on board) on a return trajectory to Earth.

The spacecraft is the first of four ordered by Varda to support in-space pharmaceutical manufacturing, with the second spacecraft currently undergoing assembly, integration, and testing.

The Varda spacecraft are part of a growing list of complete satellites in development by Rocket Lab, including a $143 million subcontract by MDA to lead the design and manufacture of 17 spacecraft buses for Globalstar’s new LEO satellites.

Leveraging the Company’s vertically integrated space systems capabilities, Rocket Lab spacecraft incorporate components and subsystems produced in-house to deliver cost efficiencies and accelerated production timelines. Rocket Lab components and subsystems have been successfully flown on more than 1,000 spacecraft globally.

“Congratulations to our Space Systems team and to Varda on the start of an incredibly exciting and important mission. From technology demonstration missions in low Earth orbit to complex missions to the Moon, and now in-space manufacturing, Rocket Lab spacecraft are enabling innovation on orbit. By leveraging our deep vertical integration across Space Systems we’ve been able to deliver a high-quality spacecraft to Varda on a rapid timeline to accelerate their mission and we look forward to delivering many more.”
— Brad Clevenger, Vice President, Rocket Lab Space Systems

“We’re thrilled to have partnered with Rocket Lab on our first demonstration mission. Varda has managed to go from opening our office doors to a first flight in just two and a half years. In addition to the incredible team we have at Varda, one of the key enablers to this speed was because we could focus on our core expertise, re-entry, and manufacturing, while leveraging Rocket Lab’s Photon spacecraft platform.”
— Nicholas Cialdella, Head of Vehicles at Varda