York Space Systems is a primary contractor for the Space Development Agency’s Tranche 1 Transport Layer.

In September 2025 York Space Systems deployed 21 satellites for the Space Development Agency’s Tranche 1 within hours of launch.

Orbion Space Technology is headquartered in Houghton, Michigan and operates a manufacturing facility there.

York Space Systems completed a $629 million initial public offering in late January 2026.

The acquisition integrates Orbion as a propulsion supplier into York Space Systems’ defense and commercial production line.

York Space Systems expects Orbion’s Houghton site to scale production to hundreds of Aurora units annually to support York’s internal programs and existing commercial propulsion customers.

York Space Systems expects the transition of Orbion’s leadership and staff to be completed by Q3 2026.

York Space Systems positioned itself as a Tier 1 defense prime by securing the supply of high-performance plasma propulsion systems through the acquisition of Orbion.

York Space Systems will maintain Orbion’s headquarters and manufacturing facility in Houghton, Michigan.

On January 13, 2026 Orbion Space Technology delivered 33 Aurora propulsion systems to York Space Systems for an undisclosed national security mission.

The acquisition of Orbion is a strategic response to increasing demand for the Space Development Agency’s Proliferated Warfighter Space Architecture (PWSA).

York Space Systems acquired Orbion Space Technology.

Matthias Fackler and Francesco Starache, partners at EQT Group, participated in Airmo's seed round.

Airmo is a German technology startup.

Methane leaks contribute to planetary warming and cost energy providers billions in revenue.

Ananda Impact Ventures led Airmo's seed funding round.

Airmo's technology will assist operators with regulatory compliance.

Daria Stepanova believes no economically accessible tool exists to help operators quickly detect methane leaks.

Airmo aims to launch its first satellite in the second quarter of 2027.

Antler, Findus Ventures, E2MC, and Pilabs participated in Airmo's seed round as existing investors.

Airmo's sensor can detect a methane leak the size of a car from Low-Earth Orbit.

Unconventional Ventures, kopa ventures, Desai Ventures, and Hypernova participated in Airmo's seed round.

Airmo raised €5 million in a seed round of funding.

Airmo markets a proprietary sensor for detecting methane leaks from energy pipelines.

Airmo intends to use the seed capital to transition from demonstrations to scaled commercial operations.

The European Union's Methane Regulation has obliged operators to monitor and report their methane emissions since August 2024.

Airmo's sensor combines short-wave infrared imaging with light detection and ranging (LiDAR) technology.

Airmo's sensor is the first of its kind small enough to fit on a small satellite.

Antler backed Airmo at inception and was Airmo's first investor.

Airmo aims to monitor 12 million energy assets worldwide.

Daria Stepanova is the chief executive officer of Airmo.

Airmo intends to use the seed capital to establish a presence in the Middle East and North Africa.

Airmo will work with EnduroSat to put its technology in orbit next year.

Airmo raised €5.2 million in a pre-seed funding round in 2023.

A fully equipped 350-cubic-meter Max Space habitat is designed to launch within a standard Falcon 9 fairing.

Max Space’s expandable habitat architecture utilizes high-strength, flexible soft-goods rather than traditional rigid metallic modules to significantly reduce launch mass.

A 350-cubic-meter habitat is equivalent in volume to a large three-story house.

The funding round for Max Space is a low-eight-figure investment designed to scale manufacturing and mission integration for habitats that offer up to 20 times their stowed volume upon deployment.

Voyager Technologies projected 2026 revenue between $225 million and $255 million, representing a 35% year-over-year increase driven by demand for cislunar infrastructure.

Voyager Technologies closed five acquisitions in fiscal year 2025 to bolster its capabilities in propulsion, energetics, and defense systems.

The collaboration will integrate Voyager Technologies’ internal research and development in life support, power systems, and surface logistics into Max Space modules to prepare the habitats for NASA and commercial partners.

On March 9, 2026, Voyager Technologies made a multi-million-dollar strategic investment in Max Space to accelerate development of expandable habitat modules for the lunar surface and deep-space environments.

Max Space’s habitat design leverages 25 years of research by CTO Maxim de Jong, who previously developed the pressure hulls for the Genesis I and Genesis II orbital prototypes.

Voyager Technologies will pair its integrated platform with Max Space’s expandable habitat architecture as part of the investment to accelerate transition from demonstration missions to durable lunar capability.

The partnership between Voyager Technologies and Max Space aligns with NASA’s updated Artemis timeline targeting a permanent human presence on the Moon by 2028.

Israeli strikes were carried out against facilities linked to Iran's satellite and missile programs, including infrastructure associated with the Khayyam satellite initiative.

The proliferation of Earth-observation satellites has created a 'glass battlefield' where troop movements, missile strikes, and infrastructure damage can often be confirmed within hours.

The initial space and cyber actions aimed to limit Iran's ability to coordinate retaliation and gather intelligence through its satellite networks.

The Noor series satellites provide basic reconnaissance capabilities that remain limited compared with advanced constellations operated by major space powers.

U.S. forces targeted elements of Iran's military space command infrastructure during recent operations.