Which Canadian Space Companies Are Active in 2026 and What Does Each One Do?

Key Takeaways

• Canada’s space sector spans satellites, data, launch, robotics, communications, and specialized components.
• MDA Space, Telesat, GHGSat, and Kepler anchor distinct parts of a much larger Canadian supplier base.
• Launch, quantum, Earth observation, and autonomy firms are broadening Canada’s commercial and defense activity.

Canadian Space Companies by the Numbers

In 2024, 105 Canadian companies reported space-related research and development activity to the Canadian Space Agency (CSA), with business expenditures on research and development reaching $962 million. That spending rose 48% from $650 million in 2023 and 156% from 2019. According to the CSA’s 2025 State of the Canadian Space Sector, the broader Canadian space sector generated approximately $5.03 billion in revenue during 2024, contributed about $3.8 billion to gross domestic product, and directly employed 14,622 people.

Those numbers show why any inventory of Canadian space companies needs a broader definition than rocket and satellite manufacturers. In 2024, space systems manufacturing generated approximately $903 million in revenue. Satellite operations contributed about $715 million, products and applications approximately $756 million, ground systems manufacturing approximately $151 million, services approximately $2.08 billion, and research, engineering, and consulting approximately $424 million. Ontario accounted for about 53% of sector revenue, Quebec 29%, the Prairie provinces 10%, British Columbia and the North 4%, and Atlantic Canada 4%.

The Canadian Space Directory provides the most useful government baseline for identifying companies and organizations participating in Canada’s space sector. The directory can be filtered by organization type, province, sector, value-chain position, and capability, including a specific category for Canadian private companies.

The directory should not be interpreted as a frozen corporate census. Canada’s space sector contains private businesses, universities, research organizations, nonprofit entities, government organizations, multinational subsidiaries, acquired companies, and firms for which space represents only part of their business. Companies can enter the space market through a contract or data-service offering without becoming dedicated spacecraft manufacturers.

The CSA’s economic methodology defines the Canadian space sector broadly enough to include organizations involved in the development or use of space assets and space data. That definition captures upstream manufacturing and engineering along with satellite operations, ground systems, software, geospatial analytics, telecommunications, environmental monitoring, and other downstream activities.

A practical inventory also changes when a startup begins operations, a company wins a space contract, an acquisition eliminates an independent corporate name, or an established engineering company begins selling services based on satellite information. The company review below therefore uses the CSA directory as a baseline and supplements it with current CSA procurement and funding records, government announcements, corporate information, and current company status as of August 16, 2026.

This distinction matters. MDA Space and SFL Missions build spacecraft or spacecraft systems. Telesat and Kepler Communications operate or are developing communications infrastructure. GHGSat operates specialized Earth-observation satellites. SkyWatch provides access to satellite imagery. WSP Canada can participate in CSA Earth-observation projects without becoming a satellite manufacturer. All participate in Canada’s space economy, but their positions in the value chain differ substantially.

New Space Economy has examined this structure through its coverage of the 2025 Canadian space sector results and its broader examination of Canada’s commercial space sector.

Spacecraft, Robotics, Instruments, and Flight Hardware

MDA Space

MDA Space is one of Canada’s largest dedicated space technology companies and one of the country’s most commercially significant space manufacturers. Its businesses span space robotics, satellite systems, communications satellites, Earth and space observation, geointelligence, and exploration infrastructure.

The company traces its heritage through more than 55 years of Canadian space activity and reports participation in more than 450 missions. Its best-known historical contributions include Canadarm, Canadarm2, Dextre, and associated robotic technologies, but contemporary MDA is much broader than robotics.

MDA is building communications satellites at its high-volume satellite manufacturing facility in Montreal. The facility is being used for the Telesat Lightspeed constellation and positions the company to compete for larger constellation-manufacturing programs.

On August 4, 2026, Telesat expanded its Lightspeed program from an initial 156 satellites to 225 satellites following a Canadian defense services agreement. MDA received the associated order for 69 additional spacecraft, extending its role as the constellation’s prime satellite manufacturer.

Canada’s lunar robotics plans also changed immediately before this review. On August 6, 2026, the Government of Canada announced its intention to repurpose Canadarm3 investments toward the next phase of lunar exploration. MDA stated that technologies already developed under Canadarm3 are expected to be adapted for more extensive lunar operations. Older descriptions that present Canadarm3’s previously planned Gateway configuration as unchanged should consequently be treated as outdated.

MDA also supplies radar, satellite payload, spacecraft, and geospatial capabilities for civil, commercial, and defense customers. Its combination of satellite manufacturing and robotics gives it a position extending from individual subsystems to complete spacecraft.

A more extensive corporate history is available in New Space Economy’s MDA Space company profile.

Magellan Aerospace

Magellan Aerospace is a Canadian-headquartered aerospace manufacturer whose activities include spacecraft buses, structures, avionics, satellite systems, propulsion-related manufacturing, and mission engineering.

Magellan’s Canadian space heritage includes the spacecraft bus used for the CASSIOPE mission and work on small-satellite platforms. The company has also participated in Canadian defense-space programs, including the Redwing microsatellite program for space-domain awareness.

Its engineering capabilities extend into lunar exploration. In April 2026, Magellan joined a Mission Control-led lunar utility rover team studying concepts for Canada’s planned lunar utility rover program. Magellan’s responsibilities include core rover systems such as power, thermal management, flight computing, and flight software.

Magellan occupies a position between traditional aerospace manufacturing and complete small-spacecraft development. That makes the company relevant to satellites, exploration systems, defense programs, and spacecraft structures even though space represents only part of its overall aerospace business.

SFL Missions

SFL Missions is a Toronto-based private company providing end-to-end nano-, micro-, and small-satellite missions. Its services include mission definition, spacecraft engineering, integration, testing, launch preparation, commissioning, and on-orbit operations.

The organization originated with the University of Toronto Institute for Aerospace Studies Space Flight Laboratory, established in 1998. The operation became the private company SFL Missions Inc. in 2025 while retaining the engineering team, facilities, and development processes associated with its university heritage.

As of June 5, 2026, SFL Missions reported 98 operationally successful small-satellite missions and more than 450 cumulative spacecraft-years in orbit. Its platforms cover spacecraft ranging from nanosatellites to substantially larger small satellites, with applications that include Earth observation, communications, maritime tracking, radio-frequency monitoring, astronomy, and scientific missions.

SFL Missions demonstrates a Canadian strength that is sometimes overlooked beside large spacecraft manufacturers: the ability to deliver comparatively small missions from design through orbital operations without requiring the customer to assemble a separate spacecraft-development organization.

ABB Canada

ABB’s Canadian space operation, centered in Quebec, develops optical instruments, spectrometers, imaging systems, and scientific payload technologies for space and defense applications.

Its Canadian heritage includes atmospheric instruments, Earth-observation equipment, astronomy-related technologies, and planetary instrumentation. ABB has also supplied optical equipment for Canadian commercial satellite programs.

In October 2025, ABB received a CSA contract to develop the concept for the Thin Ice Clouds and Far InfraRed Emissions instrument, known as TICFIRE. The instrument is associated with Canada’s High-altitude Aerosols, Water Vapour and Clouds climate mission.

ABB’s role illustrates the importance of scientific instruments within the Canadian space supply chain. A company may contribute the sensing technology that gives an Earth-observation or science spacecraft its mission value even when another contractor provides the spacecraft platform.

Xiphos Systems

Xiphos Systems of Montreal develops space-grade embedded computing systems used aboard spacecraft and launch vehicles.

Its products support onboard processing, payload control, image and signal processing, autonomous spacecraft functions, and other computational tasks. These processors can be incorporated into Earth-observation satellites, communications spacecraft, scientific missions, and launch systems.

Onboard computing is gaining commercial significance as satellites perform more processing in orbit rather than transmitting every raw observation to Earth. Xiphos consequently operates in a component market connected with autonomous spacecraft, artificial intelligence processing, sensor management, and high-data-rate payloads.

Honeywell Aerospace and the COM DEV Heritage

Honeywell’s Canadian space operation incorporates capabilities acquired through COM DEV International. COM DEV was headquartered in Cambridge, Ontario, and became known for satellite payload components, microwave equipment, switches, filters, optical subsystems, and other space-qualified hardware.

Honeywell acquired COM DEV in 2016. The acquisition brought Canadian-developed microwave equipment, specialized electronics, optical subsystems, and small-satellite capabilities into Honeywell Aerospace.

COM DEV remains an important name in Canadian space-industry history, but it should not be counted as an independent active company in a contemporary inventory. Its capabilities now sit within Honeywell.

Nüvü Caméras

Nüvü Caméras of Montreal develops highly sensitive scientific imaging systems, including cameras designed for small satellites and other space applications.

The company’s space-oriented nüSpace platform is designed for CubeSat and SmallSat integration and targets low-light imaging applications where sensitivity, radiation tolerance, and compact packaging matter. Its broader camera technology is based on advanced low-light detector systems used in astronomy and scientific imaging.

Nüvü has also received CSA technology-development funding for space-based imaging. Its position in the market is specialized rather than platform-level: it supplies the detector and camera technology that can become part of a larger scientific or Earth-observation payload.

Teledyne Optech

Teledyne Optech develops lidar and imaging technologies in Ontario. Much of its commercial business serves airborne, terrestrial, hydrographic, and mapping applications, but the company also has space-related technology heritage.

CSA-funded work has included development of a three-dimensional imaging lidar system intended to provide infrared imagery with depth information. Such technology can support spacecraft navigation, landing-site assessment, docking, and proximity operations.

Teledyne Optech is a good example of an established sensing company whose commercial market extends well beyond space but whose core lidar expertise can be adapted for spacecraft.

MPB Communications

MPB Communications develops optical amplifiers, fiber technologies, lasers, and photonics systems. Its space products include space-qualified optical amplifiers for communications applications.

The company has flown fiber-optic sensing technology in orbit and is developing higher-power optical amplification for future space communications. Such technology addresses growing demand for optical links between satellites and between orbital networks and ground stations.

MPB’s role is closely connected with the transition from radio-frequency communications toward high-capacity optical communications in space.

Aethera Technologies

Aethera Technologies of Nova Scotia is primarily a radio-frequency engineering company. Its space work includes high-power radio-frequency systems for electric propulsion.

The CSA has supported Aethera development related to advanced in-space electric propulsion. The company’s space participation demonstrates how expertise from industrial radio-frequency engineering can migrate into spacecraft propulsion systems.

Maya HTT

Maya HTT is a Montreal-area engineering software and services company whose products include specialized spacecraft thermal-analysis software.

Its Simcenter 3D Space Systems Thermal software supports orbital modeling, radiation exchange, spacecraft thermal design, and other analyses required for satellites operating in the space environment. Maya HTT also provides broader computer-aided engineering, simulation, and product-lifecycle services used across aerospace and defense.

This type of company belongs in a complete space-sector review even though it does not manufacture satellites. Spacecraft development depends on engineering software, thermal analysis, structural modeling, digital simulation, verification, and design services supplied by firms outside the conventional satellite-manufacturing category.

Satellite Operators, Communications Networks, and Ground Systems

Telesat

Telesat is one of Canada’s longest-established commercial satellite operators. Its business spans geostationary communications satellites, enterprise connectivity, government services, aviation and maritime communications, teleports, and the Telesat Lightspeed low-Earth-orbit network.

Lightspeed has become one of Canada’s largest industrial space programs. On August 4, 2026, Telesat announced a $2.3 billion Canadian defense services agreement covering secure Military Ka-band Arctic connectivity for the Canadian Armed Forces.

Two five-year options could raise the agreement’s total value to approximately $2.7 billion. Service under the agreement is scheduled to begin in 2028.

The agreement also expanded the planned initial Lightspeed constellation from 156 satellites to 225. MDA Space is manufacturing all 225 spacecraft in Montreal. Telesat continues to state that global Lightspeed commercial service is expected to begin in Q1 2028.

The program connects several parts of Canada’s industrial base: Telesat as operator and systems integrator, MDA as spacecraft manufacturer, federal financing and procurement, Canadian engineering, ground infrastructure, user terminals, and defense communications requirements.

Telesat therefore represents more than a satellite operator. Lightspeed is functioning as an industrial anchor program with effects across manufacturing, government procurement, network engineering, and secure communications.

Kepler Communications

Kepler Communications is a Toronto satellite communications company developing optical data-relay and space-networking infrastructure.

On January 11, 2026, Kepler launched 10 optical-relay satellites, each weighing approximately 300 kilograms. The spacecraft carry optical communications terminals, onboard computing hardware, and data-storage capacity.

The company reported 33 satellites launched by that date. Its newer architecture is designed to move information between spacecraft and terrestrial networks, reducing the need for each customer satellite to wait until it passes over a compatible ground station.

Kepler’s business therefore differs from conventional consumer satellite broadband. Potential customers include satellite operators that need orbital data transport, hosted processing, storage, routing, and faster delivery of sensor information to Earth.

That market points toward a more networked orbital environment in which satellites communicate directly with infrastructure satellites rather than operating as isolated spacecraft.

Calian

Calian supplies satellite ground systems, radio-frequency equipment, satellite communications engineering, mission-support systems, and related infrastructure.

Its work includes antenna systems, tracking equipment, radio-frequency electronics, satellite-control infrastructure, and ground-segment engineering. Calian serves commercial satellite operators, government programs, radio astronomy, and other space-related customers.

Ground infrastructure receives less public attention than spacecraft, but every satellite network requires terrestrial systems for tracking, telemetry, command, data reception, networking, testing, and operations. Calian occupies that less visible but economically substantial part of the space value chain.

C-COM Satellite Systems

C-COM Satellite Systems of Ottawa designs and manufactures transportable and mobile satellite antenna systems.

Its iNetVu products automatically deploy and point satellite antennas, supporting connectivity from vehicles and remote sites. Such systems can serve government, emergency communications, broadcasting, commercial field operations, defense, energy, and other users requiring communications away from fixed terrestrial networks.

C-COM sits at the user-terminal end of satellite communications. The company does not need to own satellites to generate revenue from the expansion of satellite connectivity because its equipment connects customers to satellite networks.

Norsat International

Norsat International, based in British Columbia, supplies satellite communications equipment and microwave products.

Its portfolio includes portable satellite terminals, antenna systems, microwave components, radio-frequency equipment, and related communications products used by government, defense, commercial, and remote communications customers.

Norsat represents another Canadian strength in the ground and terminal segment, where specialized components and complete field systems connect space-based networks to terrestrial customers.

SpaceBridge

SpaceBridge is a Montreal satellite networking company supplying very small aperture terminal systems, satellite hubs, terminals, gateways, and network-management technologies.

Its customers include satellite operators, telecommunications providers, governments, and organizations requiring dedicated satellite connectivity. In March 2026, the company introduced UniHub, a compact all-in-one VSAT hub platform.

SpaceBridge’s business illustrates how satellite capacity becomes a usable telecommunications service. Orbital infrastructure alone cannot serve customers without gateways, terminals, routing systems, network software, and terrestrial integration.

Earth Observation, Emissions Monitoring, and Space Data Companies

GHGSat

GHGSat of Montreal operates satellites and aircraft designed to detect and quantify greenhouse-gas emissions from individual industrial facilities and other emission sources.

The company combines spacecraft, specialized sensors, analytics, and commercial monitoring services. Its customers include industrial operators and public-sector organizations seeking methane and carbon-dioxide emissions information.

According to GHGSat’s 2025 methane emissions analysis, its satellite and aircraft observations detected 28,224 methane plumes across 127 countries during 2025.

GHGSat demonstrates a business model in which spacecraft operate as data-collection infrastructure behind a recurring commercial information service. The product sold to customers is frequently the measurement, analysis, or monitoring capability rather than the satellite itself.

NorthStar Earth & Space

NorthStar Earth & Space is headquartered in Montreal and develops space-domain-awareness and Earth-observation capabilities.

Its space-domain business focuses on tracking, characterizing, and analyzing objects in orbit. Such information can support collision-risk assessment, orbital safety, mission planning, and broader space situational awareness.

NorthStar has also participated in CSA-funded Earth-observation development. The agency’s smartEarth program includes NorthStar work involving hyperspectral data and plant or forest species mapping.

The combination places NorthStar in two data-intensive markets: understanding what is happening in orbit and extracting information from observations of Earth.

SkyWatch Space Applications

SkyWatch provides commercial access to Earth-observation imagery and geospatial information through a software-based platform.

Rather than requiring every customer to negotiate separately with satellite operators and build its own imagery-delivery infrastructure, SkyWatch aggregates access to data from multiple providers and supplies tools for ordering and integrating imagery.

CSA biodiversity projects have also used SkyWatch capabilities to combine optical, synthetic-aperture radar, and hyperspectral observations.

SkyWatch occupies an intermediary layer between satellite owners and end users. Its value comes from making commercial Earth-observation data easier to discover, purchase, distribute, and integrate into other software.

EarthDaily

EarthDaily is a Vancouver-based Earth-observation and analytics company providing satellite-derived information and change-detection services for government and commercial customers.

Its business combines data acquisition with analytics and applications. EarthDaily serves markets where repeated observations of large geographic areas can support agriculture, environmental monitoring, infrastructure, natural resources, and other applications.

EarthDaily was formed in 2021 following the acquisition of assets associated with UrtheCast. The company’s own account of its formation identifies UrtheCast as its predecessor.

That corporate history is important when reviewing older Canadian space directories. UrtheCast and EarthDaily should not be counted as two simultaneous independent businesses in a current company tally.

Wyvern

Wyvern is an Edmonton-based Earth-observation company specializing in hyperspectral satellite imagery.

Hyperspectral imaging records many narrow wavelength bands rather than the smaller number used by conventional optical imaging. The resulting spectral signatures can help distinguish materials, vegetation conditions, minerals, water characteristics, and other properties that may appear similar in ordinary imagery.

Wyvern launched its initial commercial hyperspectral satellites in 2023 and continues to develop its Dragonette satellite and data products. The company also provides an open hyperspectral dataset for research and application development.

Its commercial applications include agriculture, environmental analysis, resource monitoring, maritime observation, and defense-related sensing.

Arctus

Arctus Inc. of Quebec develops Earth-observation applications for water, coastal, ecological, and environmental monitoring.

Current CSA smartEarth projects include Arctus work on satellite-based monitoring of coastal ecosystems, submerged vegetation, coastal ice, and other environmental variables.

The company belongs primarily to the downstream market. Its commercial value comes from turning satellite measurements into environmental information rather than manufacturing spacecraft.

A.U.G. Signals

A.U.G. Signals Ltd. of Ontario works with remote sensing, signal processing, artificial intelligence, and environmental monitoring.

CSA-supported work includes freshwater monitoring using satellite observations combined with artificial intelligence and ground measurements. Projects address water quality, algal blooms, snow-water equivalent, and related environmental risks.

The company’s participation demonstrates how Earth-observation businesses can combine space-derived information with terrestrial sensors rather than relying on a single observation source.

ASL Environmental Sciences

ASL Environmental Sciences Inc. of British Columbia develops oceanographic, environmental, and remote-sensing systems.

CSA-supported work includes satellite-based salmon-habitat monitoring and automated detection of changes across large geographic areas. The company combines environmental science with Earth-observation technologies rather than operating its own satellite constellation.

H2O Geomatics

H2O Geomatics Inc. of Ontario uses Earth-observation data and geospatial analysis for water, climate, environmental, and land applications.

Its CSA-supported projects have combined satellite observations with machine learning to build monitoring and decision-support tools. Such companies form an expanding customer-facing segment of the space economy in which orbital data becomes an input to software products.

Hatfield Consultants

Hatfield Consultants of British Columbia is an environmental and geospatial consultancy with substantial Earth-observation activity.

Its CSA-supported work includes habitat mapping, biodiversity monitoring, landscape-disturbance assessment, and machine-learning applications based on satellite imagery. Hatfield has participated in several federal Earth-observation programs, including smartWhales and smartEarth.

The company illustrates the overlap between environmental consulting and commercial satellite-data services.

Fluvial Systems Research

Fluvial Systems Research Inc. of British Columbia applies Earth-observation information to river, coastal, Arctic, and environmental problems.

CSA projects include satellite-based work associated with North Atlantic right whale detection and Arctic marine-mammal monitoring. The firm combines remote-sensing data with environmental analysis and operational monitoring.

Complex System

Complex System Inc. of Alberta develops artificial-intelligence and satellite-data processing methods.

A current CSA-supported project involves generating predictive three-dimensional information from two-dimensional satellite imagery for mapping and change-detection applications.

Its role is software-centered and illustrates how machine learning can add commercial value to raw observations without the company owning the sensor platform.

Metaspectral

Metaspectral, represented in some CSA records through MLVX Technologies, develops spectral-data processing and artificial-intelligence technology.

CSA-supported work includes using high-resolution satellite imagery and automated analysis to identify invasive plant species. The underlying expertise can be applied wherever hyperspectral or multispectral data produces information volumes too large for manual interpretation.

NextGen Environmental Research

NextGen Environmental Research Inc. of Manitoba develops remote-sensing and environmental-monitoring applications.

CSA projects include Prairie habitat and biodiversity monitoring as well as near-real-time lake-ice hazard mapping using RADARSAT Constellation Mission imagery and machine learning.

Korotu Technology

Korotu Technology Inc. of Ontario combines satellite observations, drone data, and ground measurements for agricultural biodiversity analysis.

The company’s work illustrates a hybrid approach increasingly common in Earth observation, where satellite information supplies broad geographic coverage and lower-altitude sensors provide additional detail or validation.

Orcinus Technologies

Orcinus Technologies Inc. of Newfoundland and Labrador uses satellite imagery, drones, sensors, and artificial intelligence in wildlife-monitoring and transportation-safety applications.

A CSA-supported project applies those tools to moose movement and collision-risk warnings.

Vanderkooij Consult

Vanderkooij Consult Inc. of Ontario works with synthetic-aperture radar time series and Earth-observation analysis.

CSA-supported activity includes monitoring northern environmental conditions using radar satellite data, which can provide observations through cloud cover and during darkness.

Remote Digital Twin

Remote Digital Twin Inc. of Newfoundland and Labrador develops digital-twin and remote-sensing applications.

A CSA project uses spaceborne hyperspectral data and artificial intelligence to examine urban tree health and insect infestation. The company represents the convergence of digital twins, geospatial systems, and satellite observations.

Terra Motion Canada

Terra Motion Canada participates in satellite-based measurements of land and environmental change.

Its CSA-supported Canadian work examines the use of interferometric synthetic-aperture radar to measure and monitor greenhouse-gas-related changes associated with peatlands.

TRE ALTAMIRA Canada

TRE ALTAMIRA Canada specializes in satellite radar interferometry and ground-motion monitoring.

Its technologies can measure surface displacement for infrastructure, mining, geohazards, and resource applications. CSA-supported work has included synthetic-aperture radar and optical analysis of water associated with tailings-storage facilities.

AltaML

AltaML of Alberta is an applied artificial-intelligence company that participates in Earth-observation projects rather than spacecraft manufacturing.

Under the CSA’s Accelerating Earth Observation Innovations program, AltaML’s GenWhales work uses synthetic satellite imagery and machine learning to improve whale-detection models.

Acden Vertex

Acden Vertex Limited Partnership of Alberta has participated in CSA Earth-observation programs focused on oil-sands infrastructure and environmental risk.

Its concept combines space-based Earth observation and machine learning to identify infrastructure hazards and improve risk information for Indigenous and nearby communities.

HabitatSeven

HabitatSeven Inc. of Ottawa develops software and cloud-based systems for geospatial and Earth-observation applications.

CSA-supported projects have included evapotranspiration data integration and cloud-based delivery of space-derived analytics.

OODA Technologies

OODA Technologies Inc. of Montreal develops software, artificial intelligence, and data-processing systems.

Its CSA Earth-observation work has applied deep-learning and cloud-computing techniques to large remote-sensing datasets for applications such as flood monitoring, ship detection, and land-use classification.

Geosapiens

Geosapiens Inc. of Quebec City develops geospatial risk products.

CSA-supported work has used Earth-observation information to improve flood-risk assessment through the company’s E-NUNDATION platform. Its customers can include public agencies, insurers, and organizations managing climate-related exposure.

CubeWerx

CubeWerx Inc. of Gatineau develops software platforms for accessing, distributing, and processing geospatial and Earth-observation information.

CSA funding has supported work intended to make Earth-observation data and applications more accessible as online services. The company operates in the digital infrastructure between imagery providers and application developers.

Deploy Software Solutions

Deploy Software Solutions Inc. of Ottawa has participated in CSA-funded Earth-observation application development.

Its work has combined satellite imagery with other observational methods for environmental and disaster assessment, including software mechanisms that allow field observations to improve interpretation of satellite-derived results.

These firms demonstrate how commercial Earth observation has moved beyond image collection. Revenue can come from data access, automated interpretation, modeling, cloud delivery, change detection, environmental monitoring, risk analysis, and decision-support software.

Launch Companies and Canadian Spaceport Development

Canada’s launch sector changed materially during 2026. The country still lacked a recurring domestic orbital launch service as of August 16, 2026, but federal investment, commercial spaceport agreements, rocket-development programs, and proposed legislation moved domestic launch closer to an operational industry.

On March 16, 2026, the Department of National Defence announced a 10-year, $200 million agreement for a dedicated government launch pad at the Canadian-owned multi-user spaceport near Canso, Nova Scotia. The same announcement established the $105 million Launch the North program.

NordSpace, Canada Rocket Company, and Reaction Dynamics were conditionally approved for $8.3 million each during the opening Launch the North funding round. The government’s stated objective is an initial Canadian light-lift operational capability by 2028.

Regulatory development is occurring in parallel. The government introduced Bill C-28, the Canadian Space Launch Act, on April 21, 2026. As of August 16, 2026, the Parliament of Canada lists Bill C-28 at second reading in the House of Commons. The bill has not yet become law.

Transport Canada continues to operate an interim authorization framework for launches as work proceeds on a permanent regime.

Maritime Launch Services

Maritime Launch Services is developing and operating Spaceport Nova Scotia near Canso.

Its business is centered on spaceport infrastructure and launch services rather than manufacturing its own orbital launch vehicle. The multi-user model is intended to support government, allied, commercial, and civil launch providers.

The March 2026 Canadian defense agreement materially strengthened the project by attaching a 10-year government commitment to dedicated launch infrastructure.

Commercial activity also expanded during 2026. On July 7, Maritime Launch Services announced an agreement with German launch provider Isar Aerospace to develop a dedicated launch capability for the Spectrum rocket at Spaceport Nova Scotia.

Maritime Launch Services has also maintained a launch relationship with Reaction Dynamics. This multi-provider model allows the spaceport operator to build a business around pads, integration facilities, range support, logistics, mission control, and launch services rather than depending on a single rocket.

Reaction Dynamics

Reaction Dynamics of Quebec is developing the Aurora launch-vehicle family using hybrid propulsion technology.

Its Aurora architecture is intended for responsive satellite launch, and the company has been developing both suborbital demonstrations and the larger Aurora-8 orbital system.

Reaction Dynamics received conditional $8.3 million Launch the North funding in March 2026 for Aurora-8 development. The company states that its development schedule targets a suborbital flight in 2026 and an orbital launch in 2028. Those dates remain planned milestones rather than completed events as of August 16, 2026.

NordSpace

NordSpace of Ontario is developing Canadian launch vehicles, engines, satellites, manufacturing infrastructure, and its Atlantic Spaceport Complex in Newfoundland and Labrador.

Its Taiga vehicle is a suborbital technology demonstrator associated with the company’s path toward the larger Tundra orbital launch vehicle.

As of the company’s July 29, 2026 update, Taiga was ready for launch, but NordSpace was still waiting for a response to its request for launch authorization. A completed Taiga flight should consequently not be presented as having occurred by August 16, 2026.

NordSpace also received conditional $8.3 million Launch the North funding to advance Tundra. The company states that its development activity remains focused on a 2028 orbital-launch objective.

NordSpace differs from Maritime Launch Services because it is pursuing more of the mission stack itself, including rocket engines, launch vehicles, spaceport infrastructure, satellites, and associated manufacturing.

Canada Rocket Company

Canada Rocket Company is a Toronto-based launch startup that emerged publicly in 2026.

The company is developing a liquid-propellant launch system and is pursuing domestic launch capability intended to serve Canadian sovereign, defense, and commercial requirements.

Canada Rocket Company received conditional $8.3 million Launch the North support in March 2026. It remains a development-stage launch provider rather than an operator with a completed Canadian orbital launch record.

The distinction between funded development and operational service is important across Canada’s launch sector. A spaceport agreement, launch authorization, test article, suborbital demonstration, funded rocket program, and recurring orbital launch service represent separate levels of maturity.

The acceleration of this market is examined in New Space Economy’s analysis of the rise of domestic launch in Canada.

Lunar Technology, Autonomy, On-Orbit Services, and Quantum Systems

Canadensys Aerospace

Canadensys Aerospace develops spacecraft systems, cameras, avionics, lunar and planetary exploration hardware, rovers, thermal technologies, and advanced vehicles.

The company has become one of Canada’s most visible commercial lunar-technology businesses. Its products and programs span space systems, commercial missions, national exploration initiatives, and deep-space technologies.

Program descriptions need updating in 2026 because Canada’s lunar plans have changed. The earlier Canadian Lunar Rover Mission was terminated as part of federal expenditure decisions. That canceled mission should not be confused with the separate Canadian lunar utility rover initiative now under development.

Canadensys is one of the companies studying concepts associated with Canada’s lunar utility rover program. It has also continued work on thermal technologies suitable for extreme lunar environments.

Its commercial position reflects Canada’s attempt to translate decades of robotics and remote-systems expertise into technologies for sustained lunar-surface operations.

Mission Control Space Services

Mission Control Space Services of Ottawa develops spacecraft operations software, autonomous systems, artificial-intelligence applications, mission-control technologies, and planetary-exploration systems.

The company works on software that allows spacecraft and robotic systems to make more decisions locally. Such autonomy becomes more useful when communications delays, intermittent links, data volumes, or complex operations make continuous control from Earth inefficient.

Mission Control is also leading one of the teams participating in Canada’s lunar utility rover concept work. Its consortium includes Canadian engineering and robotics partners.

CSA funding has supported Mission Control work in areas that include autonomous satellite servicing and onboard wildfire detection using satellite imagery.

NGC Aerospace

NGC Aerospace of Quebec develops guidance, navigation, control, artificial vision, and autonomy technologies for spacecraft and robotic vehicles.

Its software and algorithms can support autonomous landing, navigation, proximity operations, planetary exploration, and spacecraft control.

NGC represents a portion of the Canadian space market where commercially valuable intellectual property resides primarily in flight algorithms and software rather than large physical spacecraft structures.

Obruta Space Solutions

Obruta Space Solutions of Ottawa develops autonomous rendezvous, proximity-operations, guidance, navigation, control, and docking technologies.

The CSA Space Technology Development Program has supported Obruta projects involving computer vision and autonomous spacecraft docking.

These capabilities can be applied to satellite servicing, inspection, orbital logistics, spacecraft assembly, and other missions requiring two independent spacecraft to approach and interact safely.

Deltion Innovations

Deltion Innovations of Ontario develops mining technologies, robotics, drilling equipment, and resource-extraction concepts with potential terrestrial and space applications.

Its historical CSA-supported work has included drilling and tool technologies intended for integration with planetary rovers. The company’s space relevance comes from adapting resource-industry engineering to lunar or planetary environments.

SBQuantum

SBQuantum of Quebec develops quantum magnetometry based on diamond sensing technology.

The CSA’s Space Technology Development Program has supported SBQuantum’s work on high-accuracy magnetometry for space exploration. Potential applications include magnetic-field measurement, geophysical sensing, navigation, and planetary science.

QEYnet

QEYnet of Ontario develops technologies for satellite-based quantum communications.

CSA-supported work has addressed vulnerabilities in quantum sources used for space-based quantum communications. The broader objective is to make satellite links part of secure quantum communications architectures.

evolutionQ

evolutionQ of Waterloo specializes in quantum-safe cybersecurity and communications.

Its space relevance comes from protecting satellite communications and long-lived infrastructure against future cryptographic threats. CSA technology funding has included evolutionQ work involving integration of fiber and quantum-key-distribution networks.

Single Quantum Systems

Single Quantum Systems Inc. of Ontario develops technology associated with single-photon detection.

CSA-supported work examines orbital radiation effects on semiconductor nanowire single-photon detectors. Such devices can support quantum communications and other applications requiring detection of extremely low light levels.

Galaxia Space Systems

Galaxia Space Systems of Halifax develops intelligent satellites and orbital edge-computing infrastructure.

The company focuses on spacecraft capable of processing information in orbit, including artificial-intelligence and machine-learning workloads. This approach can reduce the amount of raw data that must be transmitted to Earth and shorten the time between observation and usable information.

Galaxia’s development reflects a broader shift toward satellites as computing platforms rather than passive data-collection devices.

Magnestar

Magnestar of Toronto develops software and coordination services for satellite radio-frequency interference and spectrum management.

Its products are intended to help satellite operators understand potential signal conflicts and coordinate use of increasingly congested radio-frequency resources.

As satellite constellations grow, spectrum planning becomes an operational and commercial concern alongside physical collision avoidance. Magnestar operates in that communications-management layer.

This group of Canadian companies points toward areas where newer businesses are forming: autonomous spacecraft, orbital servicing, quantum communications, quantum sensing, spectrum coordination, onboard computing, lunar mobility, and resource technologies.

Space-Enabled Companies Using Satellite Data

A broader definition of a space company includes firms whose products depend on satellite observations even though they do not manufacture or operate spacecraft.

The CSA’s smartEarth funding record makes this downstream segment highly visible. Its programs have funded dozens of companies developing commercial and public-sector applications from satellite observations.

WSP Canada

WSP Canada is a large engineering and professional-services company rather than a dedicated space business.

Its space-related work includes satellite-based environmental and wildlife applications. Projects supported through the CSA have included caribou habitat analysis, North Atlantic right whale forecasting, and environmental monitoring associated with the Port of Montreal expansion.

WSP demonstrates why participation in the space economy cannot be determined solely by whether a company builds hardware for orbit.

Habitat Inc. and Eco2Urb

Habitat Inc., working through the Eco2Urb context, applies satellite information to land-cover and biodiversity analysis.

CSA-supported activity has involved monitoring environmental changes across watersheds by combining Earth-observation data with ecological analysis.

Acden Vertex

Acden Vertex uses Earth-observation information and machine learning in infrastructure and environmental-risk applications.

Its CSA-supported work has focused on monitoring oil-sands infrastructure and providing risk information relevant to nearby Indigenous communities.

HabitatSeven

HabitatSeven develops cloud and geospatial software used to process, visualize, and distribute information derived from satellite observations.

Its CSA-supported projects have included evapotranspiration analysis and cloud-based delivery of space-derived analytics.

OODA Technologies

OODA Technologies develops artificial-intelligence and cloud-computing systems for processing large remote-sensing datasets.

CSA-funded work has addressed flood monitoring, ship detection, and land-cover classification from Earth-observation imagery.

Geosapiens

Geosapiens develops geospatial risk-analysis systems, including products addressing flooding.

Its space connection comes through the use of satellite and geospatial information to improve flood-risk understanding for governments, insurers, communities, and infrastructure managers.

CubeWerx

CubeWerx develops geospatial software infrastructure for discovering, accessing, processing, and delivering Earth-observation information.

Its CSA-supported work has focused on making space-derived applications and data easier to deliver as online services.

Deploy Software Solutions

Deploy Software Solutions develops software used in environmental and disaster assessment.

CSA-supported projects have combined satellite observations with field information and citizen-generated data to improve validation and interpretation.

Remote Digital Twin and Terra Motion Canada

Remote Digital Twin uses hyperspectral space data and artificial intelligence for applications such as urban-tree monitoring.

Terra Motion Canada applies satellite interferometric radar techniques to environmental measurements, including peatland monitoring.

Both companies demonstrate how satellite-derived measurements can become components within broader analytical and digital-modeling systems.

TRE ALTAMIRA Canada

TRE ALTAMIRA Canada applies satellite radar interferometry to ground-motion measurement.

Applications include infrastructure monitoring, mining, tailings management, geohazards, resource development, and other situations in which small changes in the Earth’s surface can indicate operational or environmental risk.

These downstream businesses do not need to manufacture spacecraft to participate commercially in the space sector. Their products exist because satellite observations provide a recurring information source that can be combined with software, engineering, field measurements, and domain expertise.

Corporate Names That Should No Longer Be Double-Counted

Historical Canadian space-company lists contain names that remain important to the industry’s development but no longer represent separate active corporations. Counting every legacy company alongside its acquirer can overstate the number of independent businesses.

COM DEV International

COM DEV International was a major Canadian satellite-component manufacturer headquartered in Cambridge, Ontario.

Honeywell acquired COM DEV in February 2016. The former company’s microwave equipment, optical subsystems, electronics, and other space capabilities became part of Honeywell Aerospace.

COM DEV should therefore be treated as a historical Canadian space company and industrial lineage rather than as an independent company operating beside Honeywell in 2026.

exactEarth

exactEarth developed satellite-based Automatic Identification System services used for maritime vessel tracking.

Spire Global completed its acquisition of exactEarth in November 2021.

exactEarth remains relevant to Canada’s commercial satellite history, but it should be identified as an acquired company rather than counted as a separate current Canadian satellite operator.

Neptec Design Group

Neptec Design Group was an Ottawa space robotics, vision, sensor, and spacecraft-inspection company.

MDA acquired Neptec in 2018 for approximately C$42 million. The acquisition expanded MDA’s robotics and space-sensor capabilities.

Neptec should not be added separately to MDA when calculating the number of independent Canadian space companies operating in 2026.

Sinclair Interplanetary

Sinclair Interplanetary of Toronto became well known for reaction wheels, star trackers, and other components for small satellites.

Rocket Lab acquired Sinclair Interplanetary in April 2020. The Toronto operation became part of Rocket Lab’s spacecraft-components business.

Canadian engineering capability associated with Sinclair continues, but Sinclair is no longer an independent Canadian company.

UrtheCast

Vancouver-based UrtheCast developed Earth-imaging systems, operated cameras associated with the International Space Station, and pursued satellite-based imaging and geospatial services.

UrtheCast entered creditor protection in 2020. Certain assets and activities subsequently became part of the business from which EarthDaily Analytics was formed in 2021.

UrtheCast is therefore best treated as a historical company when reviewing the Canadian sector in 2026. EarthDaily is the active business discussed in the current Earth-observation section.

Acquisitions such as these are one reason totals drawn from older directories can become misleading. Canadian-developed technology may remain active after a company name disappears, sometimes inside a larger Canadian company and sometimes inside a foreign-owned multinational.

What the Company Mix Says About Canada’s Space Industry

Canada’s strongest commercial positions remain concentrated in areas where the country has accumulated decades of experience: satellite communications, space robotics, radar Earth observation, optical instruments, small spacecraft, specialized electronics, ground systems, geospatial processing, and remote sensing.

The 2024 data support that characterization. Space systems manufacturing revenue reached approximately $903 million, up about 50% from 2023. Business space research and development spending reached $962 million. Direct employment reached 14,622, and about 74% of workers held at least a bachelor’s degree. Engineers and scientists represented approximately 41% of employment.

MDA Space and Telesat operate at a scale few Canadian space companies match, but their programs also create demand beneath them. A communications constellation requires spacecraft structures, processors, antennas, optical equipment, ground infrastructure, software, cybersecurity, terminals, testing, mission operations, professional services, and launch capacity.

The relationship between Telesat and MDA provides a visible example. Telesat owns and develops the Lightspeed network. MDA manufactures the spacecraft. Other suppliers provide components, software, ground equipment, testing, terminals, and services. Government procurement can consequently move spending through several tiers of Canadian industry rather than concentrating it solely at the prime contractor.

Kepler, GHGSat, SkyWatch, NorthStar, Wyvern, EarthDaily, and other data-oriented companies represent another structural shift. More Canadian firms are selling information, connectivity, network capacity, processing, or analytics rather than physical spacecraft alone.

Under that model, a satellite becomes capital infrastructure supporting a service business. GHGSat uses spacecraft to sell emissions measurements. Kepler uses spacecraft to build a communications network for other spacecraft. SkyWatch simplifies access to Earth imagery. Wyvern commercializes hyperspectral information. EarthDaily combines observations with analytics.

Launch remains a different case because Canada’s industrial maturity is lower. Canada possesses deep spacecraft, communications, robotics, and remote-sensing capabilities but has historically relied on launch services outside the country for orbital access.

Federal decisions during 2026 changed the conditions for that market. The government committed $200 million to dedicated launch infrastructure in Nova Scotia, established Launch the North, selected three Canadian rocket developers for initial funding, and introduced the Canadian Space Launch Act.

Commercial developments have occurred alongside government activity. Maritime Launch Services added Isar Aerospace to its spaceport plans, Reaction Dynamics continues Aurora development, NordSpace is attempting to advance Taiga toward an authorized suborbital flight, and Canada Rocket Company has entered launch-vehicle development.

None of those developments means that Canada has already established recurring sovereign orbital launch capability. As of August 16, 2026, that remains an objective under development. Operational maturity will depend on flight results, launch authorizations, regulation, customer demand, financing, insurance, infrastructure, competitive pricing, and repeatable launch operations.

Defense demand is also becoming more prominent. Telesat’s August 2026 Arctic military communications agreement, Canadian investments in domestic launch, space-domain-awareness projects, and MDA’s participation in defense satellite programs connect commercial firms more directly with national-security procurement.

Long-duration government contracts can support industrial investment and domestic manufacturing. They can also expose suppliers to security requirements, procurement schedules, export controls, policy changes, and public spending decisions.

At the opposite end of the value chain, smartEarth participants demonstrate that economic value from space can emerge inside environmental consulting, agriculture, biodiversity monitoring, water management, transportation, insurance, infrastructure, natural resources, and public safety.

A company may derive only part of its overall revenue from space while still participating in the sector because satellite information has become an input to its products or services.

Regional concentration remains significant. Ontario produced approximately 53% of Canadian space-sector revenue in 2024 and Quebec approximately 29%. Together they accounted for about 82% of revenue. The Prairies accounted for approximately 10%, British Columbia and the North 4%, and Atlantic Canada 4%.

Toronto and Ottawa contain satellite, software, communications, defense, and government customers. Montreal and the Quebec aerospace corridor contain satellite manufacturing, instrumentation, emissions monitoring, aerospace engineering, and quantum companies. British Columbia has strong geospatial and satellite-communications activity. Nova Scotia is gaining greater significance through Spaceport Nova Scotia and Halifax’s satellite and propulsion businesses. Alberta contributes Earth-observation, artificial-intelligence, and hyperspectral companies.

The result is an industry that cannot be understood through a single ranking of satellite companies. MDA’s manufacturing operation, Telesat’s network, GHGSat’s emissions measurements, Reaction Dynamics’ launch vehicles, Canadensys’ lunar systems, Calian’s ground equipment, and H2O Geomatics’ environmental analytics create space-sector activity through fundamentally different business models.

Canada’s satellite history also reaches far beyond the companies active today. New Space Economy’s chronology of Canadian satellites launched since 2000 illustrates how government missions, commercial operators, universities, and private suppliers collectively built the country’s orbital presence.

Summary

Canadian space companies in 2026 form a layered industrial base rather than a single category of satellite manufacturers.

At one end are large primes and network operators such as MDA Space and Telesat. Another tier includes established manufacturers and subsystem suppliers such as Magellan Aerospace, ABB Canada, Xiphos Systems, SFL Missions, Honeywell, Nüvü Caméras, Teledyne Optech, MPB Communications, Aethera Technologies, and Maya HTT.

Ground and communications companies include Calian, C-COM Satellite Systems, Norsat International, SpaceBridge, and Kepler Communications.

Earth-observation and space-data businesses include GHGSat, NorthStar Earth & Space, SkyWatch, EarthDaily, Wyvern, Arctus, A.U.G. Signals, ASL Environmental Sciences, H2O Geomatics, Hatfield Consultants, Fluvial Systems Research, Complex System, Metaspectral, NextGen Environmental Research, Korotu Technology, Orcinus Technologies, Vanderkooij Consult, Remote Digital Twin, Terra Motion Canada, TRE ALTAMIRA Canada, AltaML, Acden Vertex, HabitatSeven, OODA Technologies, Geosapiens, CubeWerx, and Deploy Software Solutions.

Canada’s emerging launch group includes Maritime Launch Services, Reaction Dynamics, NordSpace, and Canada Rocket Company. Their activities span spaceport infrastructure, propulsion, suborbital development, orbital launch-vehicle development, manufacturing, and government-supported sovereign launch programs.

Exploration, autonomy, and advanced-technology firms include Canadensys Aerospace, Mission Control Space Services, NGC Aerospace, Obruta Space Solutions, Deltion Innovations, SBQuantum, QEYnet, evolutionQ, Single Quantum Systems, Galaxia Space Systems, and Magnestar.

The boundaries remain fluid. COM DEV, exactEarth, Neptec, Sinclair Interplanetary, and UrtheCast illustrate how acquisitions and insolvency can remove familiar names even when technologies, employees, facilities, or products continue under new corporate ownership.

The CSA’s 2025 sector study provides a stronger measure of overall industrial depth than company counts alone. Canadian space-sector revenue remained near $5.03 billion in 2024, manufacturing expanded sharply, business research and development spending reached $962 million, and direct employment reached a record 14,622.

As of August 16, 2026, Canada’s commercial space capabilities include satellite manufacturing, robotics, satellite communications, optical relay networks, greenhouse-gas monitoring, Earth-observation analytics, ground stations, antennas, onboard computers, scientific instruments, autonomy, quantum communications, quantum sensing, lunar technologies, launch vehicles, and spaceport development.

That breadth means Canada’s space economy no longer depends on one technology or one customer class. Hardware, communications infrastructure, orbital data, government procurement, defense requirements, environmental services, geospatial applications, and downstream software increasingly feed interconnected supply chains.

The Canadian Space Directory remains the appropriate government baseline for discovering participants, but it should be paired with current company, procurement, funding, legislative, and corporate-status information whenever the list is used for publication, procurement, market research, investment analysis, or competitive intelligence.