New Space EconomyBusiness, Technology, and Trends

Rahul Goel first tried to start a rocket company in 2016, the year he graduated from the University of Toronto's Engineering Science program with a major in aerospace engineering. Investors weren't ready to back a recent graduate pitching liquid-fuelled rockets, and the idea went on hold. What Goel did instead was build PheedLoop, a conference management software platform, and use its revenues over several years to accumulate the personal capital he'd need to try again. When he officially incorporated NordSpace in 2022, he did it in Markham, Ontario, without venture capital, without outside board pressure, and without compromising on his original vision: to build a complete, sovereign Canadian space launch system from the ground up.

On April 21, 2026, the U.S. Space Force launched GPS III SV10, the last satellite in the GPS III baseline. Four days earlier, the service had cancelled the Operational Control Segment program known as OCX after years of delay, cost growth, and testing trouble. That pairing says more about the history of the Global Positioning System (GPS) than any slogan could. The space segment kept improving. The hardest part of the upgrade moved to software, integration, cyber defense, and command authority on the ground.

The U.S. Space Force has terminated the Global Positioning System Next Generation Operational Control System (OCX) program, the Defense Acquisition Executive decided on April 17, 2026, following a recommendation from the acting service acquisition executive.

On March 12, 2026, MDA Space chief executive Mike Greenley rang the opening bell at the New York Stock Exchange, marking the Canadian company's formal debut as a dual-listed public enterprise on both the Toronto Stock Exchange (TSX) and the NYSE. The U.S. initial public offering (IPO) issued 9,836,065 common shares at US$30.50 each, generating gross proceeds of approximately US$300 million, and closed formally on March 16. For a company that traces its origins to a Vancouver basement in 1969, the NYSE listing represented something close to a full-circle moment. The trajectory, though, is still pointing upward.

In a move poised to reshape Canada’s role in the global space economy, Transport Minister and Government House Leader Steven MacKinnon today, April 21, 2026, introduced the Canadian Space Launch Act (Bill C-28) in the House of Commons. The legislation establishes a modern regulatory framework to authorize, regulate, and oversee commercial and sovereign space launches and re-entries from Canadian territory for the first time.

On 17 April 2026, Frontex said detections of irregular crossings at the European Union’s external borders fell to a little more than 21,400 in the first quarter, down 39% from a year earlier. That headline points to enforcement trends, but it also points to a service model. Satellite services for border security now mean recurring access to imagery, ship-tracking feeds, secure communications, and authenticated positioning rather than ownership of spacecraft. Agencies want persistent coverage over deserts, mountains, sea lanes, and remote inland approaches where towers, roads, and ground patrols cannot provide continuous awareness on their own.

As of April 2026, the International Maritime Organization recognizes Inmarsat and Iridium for Global Maritime Distress and Safety System use, yet satellite services for maritime organizations now extend far beyond distress traffic. A shipowner, port authority, coast guard unit, offshore operator, or fisheries monitor may all buy satellite capacity, though they are often buying for very different jobs. The market has split into safety and compliance links, operational broadband, and data-driven visibility services.

The Department of the Air Force has unveiled a historic $338.8 billion budget proposal for fiscal year 2027, marking a substantial increase intended to address both current operational demands and future national security challenges in air and space domains.

In January 2026, T-Mobile said its beta satellite service had already connected more than 1 million people during wildfires and hurricanes, carried more than 650,000 SMS messages, and delivered more than 200 Wireless Emergency Alerts. That is the most useful starting point for judging direct-to-device satellite communications. Bad weather raises the value of the service at the same moment it exposes the service to its hardest operating conditions.

As of April 2026, a household in the United States that wants consumer satellite broadband can buy retail service from three established network operators: Starlink from SpaceX, Hughesnet from Hughes Network Systems, and home internet from Viasat. That simple list hides a more complicated sales picture. Starlink sells fixed home service and travel-oriented service under separate families. Hughesnet sells four residential tiers, with one hybrid option that mixes satellite with terrestrial wireless in eligible areas. Viasat has narrowed its residential catalog to two headline plans and then builds around them with support and voice add-ons. Outside those three, the next large rival, Amazon Leo, is in deployment mode and not yet a general retail option for U.S. households.

In 2026, a U.S. business looking for satellite broadband faces two very different buying paths. One path looks like telecom retail: online checkout, public plan names, hardware prices, and a support number. The other looks like network procurement: a sales engineer, a partner portal, a terminal approval list, and a statement of work. That split matters more than orbit alone. It determines how quickly a branch office can be brought online, whether a vessel operator can pool capacity across a fleet, and whether an airline buyer can compare one proposal against another on anything more useful than headline speed.

In March 2018, U.S. Cyber Command gave formal shape to the idea of persistent engagement in cyberspace. The draft paper Persistent Engagement in Orbit: The Dark Future of Space Security Without Arms Control by Clémence Poirier asks what happens if that same strategic logic migrates into outer space. Its answer is stark. If diplomatic restraint keeps weakening, the future of space security may look less like treaty-based order and more like a domain of routine contact, routine disruption, and routine coercive signaling.

On April 20, 2026, the NASA Office of Inspector General released a new audit that made one point unavoidable: NASA spacesuits remain one of the agency’s hardest human-spaceflight problems. The suits used outside the International Space Station are still the Extravehicular Mobility Unit, or EMU, a system whose design lineage reaches back to the 1970s. Those suits made their spacewalk debut during a 1983 Space Shuttle mission, and the 2026 OIG audit states that astronauts had completed 203 ISS spacewalks in EMUs as of March 2026. That figure says a lot about the suit’s value. It also says a lot about NASA’s dependence on hardware that long ago exceeded its intended 15-year design life.

On April 20, 2026, Viasat confirmed that its ViaSat-3 F3 launch was scheduled for April 27. That announcement captured the real shape of the market: the directory of all broadband communications satellite operators is no longer a simple list of geostationary incumbents. In April 2026, buyers are choosing among low Earth orbit retail systems, medium Earth orbit performance networks, geostationary fleets that still serve large parts of aviation and rural fixed access, and hybrid offerings that stitch several layers together into one managed service.

In February 2026, Starlink crossed the 10 million subscriber mark, yet the old rule of satellite communications still held: bad weather usually damages service at the terminal, the gateway, or the local power network before it damages anything in orbit. Weather effects on satellite broadband services usually begin with a weakened radio path through rain, snow, wet foliage, sea spray, or heavy atmospheric moisture. They also begin with something much less glamorous, such as a neighborhood blackout, a damaged feeder line, or a dish that can no longer keep its intended pointing angle after wind loading.