MDA MIDNIGHT: Advanced Space Defense Platform for Satellite Security

Debashish Mukherjee — Mon, 13 Apr 2026 07:42:00 +0200

MDA Space Ltd, a key partner in the fast-growing global space sector, unveiled its new space control solution, MDA MIDNIGHT, at the 41st Space Symposium held in Colorado Springs. The platform is designed to help defense organizations secure and protect space-based infrastructure.

MDA MIDNIGHT is a maneuverable spacecraft equipped with advanced rendezvous and proximity operations (RPO) capabilities. It can identify, track, and respond to threats targeting vital space assets and orbital positions. In addition to defensive roles, the spacecraft can support existing military missions through functions such as orbital surveillance, repositioning of assets, and satellite refueling. Featuring a combination of active and passive payload systems along with cutting-edge robotics, the platform enhances space domain awareness and supports informed decision-making, allowing defense agencies to maintain mission continuity in an increasingly competitive environment.

Mike Greenley, CEO of MDA Space, emphasized the growing need to protect critical space infrastructure amid rising threats. He noted that the company’s four decades of experience in robotics operations, extensive mission planning expertise, advanced digital systems, and scalable manufacturing capabilities have all contributed to the development of MDA MIDNIGHT, enabling it to support both national and international defense efforts in safeguarding space assets.

As global dependence on satellites continues to grow for both security and economic purposes, findings from Secure World Foundation highlight an increasing interest among nations in developing “bodyguard” satellites to counter emerging risks. The strategic importance of space has also been reinforced in Canada, where it has been identified as a critical sovereign capability. In response to these evolving demands, MDA MIDNIGHT offers a mission-ready solution built on proven technologies that can be quickly adapted, manufactured, and deployed to address new challenges.

The first mission for MDA MIDNIGHT™ is planned to operate in low Earth orbit, where it will interact with multiple cooperative assets while performing various protective and defensive tasks, including:

Inspecting satellites and reporting on their operational condition
Detecting, identifying, and countering electronic interference
Conducting rendezvous operations, including capturing and releasing satellites
Safely de-orbiting non-functional customer assets

Ground operations will be managed by an experienced flight control team with a strong track record in robotic space missions, including over 100 free-flying spacecraft captures. For certain clients, operations can also be conducted through MDA Space’s established mission control facilities.

The platform also builds on recent innovations within the company’s product portfolio, including MDA SKYMAKER robotics and the MDA AURORA satellite platform.

Holly Johnson, Vice President of Robotics and Space Operations at MDA Space, highlighted the team’s extensive operational experience and noted that the company is actively seeking partnerships with military organizations for future missions, as well as commercial collaborators to expand onboard capabilities.

Forward-Looking Statements
This announcement includes forward-looking statements as defined by applicable securities laws. These statements reflect current expectations regarding future developments, including the capabilities, performance, deployment, and potential applications of MDA MIDNIGHT™, as well as anticipated missions, partnerships, and customer use cases.

Such statements are based on assumptions informed by management’s experience, historical trends, and current conditions, but they are subject to risks and uncertainties that could cause actual outcomes to differ materially. These risks are outlined in the “Risk Factors” section of MDA Space’s Annual Information Form dated March 4, 2026.

While the company considers these assumptions reasonable, they may not prove accurate. Additional uncertainties may also impact results, meaning actual developments could vary significantly from those projected. Readers are therefore advised not to place undue reliance on these statements, which are valid only as of the date of this release. Except where required by law, MDA Space does not undertake any obligation to update or revise forward-looking information in light of new developments.

EDGX Launches AI-Powered STERNA Edge Computer in Orbit

Debashish Mukherjee — Thu, 09 Apr 2026 14:54:00 +0200

Belgian spacetech company EDGX has completed its first in-orbit demonstration of STERNA, an AI-enabled edge computing system designed for satellite constellations, launched aboard SpaceX’s Transporter-16 mission. With two hosted payloads now operating in space, EDGX can process data directly in orbit—an essential capability for the next generation of commercial, government, and defence satellite networks.

STERNA brings high-performance, NVIDIA-based computing power onto satellites, allowing data to be analysed in space instead of being sent back to Earth for processing. The platform is built to handle demanding workloads in orbit, with adaptive power usage ranging from 10W to 45W to maintain continuous performance under varying thermal and energy conditions. It is also engineered for durability, with an expected operational lifespan of up to seven years in space.

This achievement marks an important step forward for Europe’s space-based computing ecosystem and follows EDGX’s €2.3 million seed funding round in June 2025.

EDGX CEO Nick Destrycker highlighted the significance of the launch, noting that it represents both a milestone for the company and a step forward for Europe’s role in space computing. He explained that embedding powerful computing capabilities directly in orbit allows satellites to evolve from simple data collectors into systems capable of making real-time decisions. He added that the company’s goal is to provide dependable, scalable computing infrastructure in space, with this mission serving as the foundation.

He also emphasized that the future of the space industry will increasingly rely on in-orbit computing, enabling satellites to function as intelligent, software-driven platforms that can process information at the source.

By delivering NVIDIA-level performance in space, EDGX is paving the way for advanced, software-defined satellites capable of running complex AI applications—from Earth observation analysis to real-time signal intelligence—without needing to transmit large volumes of raw data back to Earth. This approach reduces delays, lowers bandwidth demands, and enables faster decision-making for ground operators.

Ultimately, this capability removes the traditional bottleneck of transmitting vast datasets for ground-based processing, allowing satellite operators to provide quicker, more efficient, and data-driven services. In defence contexts, this can offer a significant operational edge by shortening the time between detection and response in critical situations.

Daily CSR

MDA MIDNIGHT: Advanced Space Defense Platform for Satellite Security

EDGX Launches AI-Powered STERNA Edge Computer in Orbit