Sensofusion Expands into Aerospace with Swift Surveillance Aircraft and Fennec Satellite Missions
Finnish defence technology company Sensofusion Oy has announced a major expansion of its operations beyond terrestrial security systems, unveiling a new aerospace-focused business unit that will combine aviation and space-based surveillance technologies under a single banner. The newly established division, known as Sensofusion Aerospace, represents the company’s strategic move from ground-based monitoring and counter-drone solutions into airborne intelligence gathering and satellite-enabled signal surveillance.
The announcement marks a significant milestone for the company as it broadens its technological capabilities from operating on the ground to deploying advanced systems in the air and eventually in Earth orbit. Through the development of the Sensofusion Swift surveillance aircraft and the company’s first satellite missions, Fennec-1 and Fennec-2, Sensofusion aims to create a multi-layered intelligence and monitoring network capable of operating across land, air, and space domains.
Building a Multi-Domain Surveillance Ecosystem
For years, Sensofusion has been recognized for its expertise in airspace security and counter-drone technologies, particularly through its Airfence system. As drone activity and electronic warfare threats continue to evolve, the company believes that effective monitoring requires sensor coverage across multiple operational environments.
The formation of Sensofusion Aerospace reflects this vision. Rather than relying solely on fixed ground installations, the company is now extending its surveillance architecture into airborne platforms and satellites. This layered approach is designed to improve situational awareness, increase detection ranges, and provide customers with greater operational flexibility.
According to Sensofusion founder and Chief Executive Officer Tuomas Rasila, the move into aerospace is a natural progression of the company’s mission.
“The Earth is a sphere, so signal monitoring works better the higher we operate. That is why our monitoring capability is now moving from the ground to the air, and will soon continue into orbit,” Rasila explained.
His comments highlight the strategic rationale behind the company’s expansion. By elevating sensors from ground level to aircraft and eventually satellites, Sensofusion seeks to overcome geographical limitations and significantly enhance signal detection capabilities.
Introducing the Sensofusion Swift Surveillance Aircraft
At the center of the company’s aviation strategy is the Sensofusion Swift, a versatile surveillance platform designed to support intelligence, reconnaissance, and security operations.
Unlike many modern surveillance systems that rely exclusively on unmanned aircraft, Swift has been engineered as a dual-purpose platform capable of functioning as both a conventional crewed aircraft and an unmanned aerial system. This unique design gives operators substantial flexibility in procurement, deployment, and mission execution.
The aircraft is already type-certified within the general aviation category, enabling it to operate in civilian airspace under existing aviation regulations. This certification provides a major operational advantage because the aircraft can conduct missions near airports, urban environments, and populated areas without requiring the extensive exemptions often necessary for unmanned systems.
The ability to operate within peacetime airspace is expected to make the aircraft particularly attractive to government agencies, border security organizations, law enforcement authorities, and defence customers that require persistent surveillance without disrupting civilian aviation activities.
Dual-Purpose Design Enhances Operational Flexibility
One of the most distinctive characteristics of the Swift platform is its capability to function either with a pilot onboard or in a fully autonomous configuration.
This hybrid operational model allows customers to tailor aircraft usage according to mission requirements, regulatory conditions, and budget considerations.
Procurement organizations can acquire the platform through traditional aircraft acquisition programs or through drone procurement channels, depending on their internal funding structures and regulatory frameworks. This flexibility may simplify purchasing decisions and broaden the range of agencies capable of adopting the technology.
Operationally, the same aircraft can transition between crewed and autonomous missions. In regions where regulations permit autonomous flight operations, organizations may choose to utilize the aircraft in unmanned mode. In environments where aviation authorities require a pilot, the platform can continue operating as a conventional aircraft.
This dual-role capability effectively combines the endurance and flexibility of unmanned systems with the regulatory advantages of traditional aviation platforms.
Built on the Proven Atol Aurora Platform
The Swift surveillance aircraft is based on the Atol Aurora, a Finnish-designed aircraft known for its versatility and performance.
Sensofusion strengthened its aerospace ambitions in spring 2026 through the acquisition of Atol Aviation, the Finnish aircraft manufacturer responsible for the Aurora platform. The acquisition provided Sensofusion with direct access to aircraft design expertise, manufacturing capabilities, and an established aviation technology foundation.
Production of new Swift aircraft now takes place at Halli Airport in Finland. The facility carries historical significance as a former Finnish Air Force base and provides an ideal location for aerospace manufacturing and testing activities.
By bringing aircraft production in-house, Sensofusion gains greater control over design modifications, mission system integration, quality assurance, and future platform development.
The manufacturing operation also positions the company to scale production as demand grows from both domestic and international customers.
Advanced Intelligence and Counter-Drone Capabilities
The Swift platform is designed to serve as more than a conventional surveillance aircraft. It is being developed as a sophisticated airborne intelligence collection system capable of carrying a broad range of advanced sensors and mission equipment.
A key component of the aircraft’s capabilities is the integration of Sensofusion’s established Airfence counter-drone technology. Airfence has already gained recognition as an effective solution for detecting, tracking, and mitigating unauthorized drone activity.
By installing the system onboard an aircraft, Sensofusion can dramatically expand the operational reach of drone detection and airspace monitoring missions.
Airborne surveillance offers a substantial performance advantage compared to ground-based systems. According to the company, sensors mounted on an aircraft can achieve detection ranges that are typically three to five times greater than those available from sensors positioned on the ground.
The Swift platform will also incorporate additional mission systems, including radar technology and interceptor-drone capabilities. These enhancements are intended to provide a comprehensive surveillance and security solution capable of detecting, identifying, tracking, and potentially responding to aerial threats.
The aircraft’s sensor suite is expected to support a wide variety of missions, including border surveillance, critical infrastructure protection, maritime monitoring, signals intelligence collection, and military reconnaissance operations.
Expanding Beyond the Atmosphere
While the Swift aircraft represents Sensofusion’s immediate entry into aviation, the company’s long-term ambitions extend much further—into space.
The aerospace division is simultaneously advancing development of two satellite missions known as Fennec-1 and Fennec-2, which will form the foundation of the company’s future orbital surveillance capabilities.
The satellite program is intended to demonstrate Sensofusion’s ability to detect and analyze weak terrestrial signals from space. Successfully accomplishing this objective would significantly expand the company’s monitoring coverage beyond what can be achieved through ground-based and airborne systems alone.
Fennec-1: Demonstrating Space-Based Signal Detection
Fennec-1 will serve as Sensofusion’s first satellite mission and a critical proof-of-concept platform.
The primary objective of the satellite is to validate technologies capable of detecting weak signals originating from the Earth’s surface while operating in orbit. Achieving reliable signal detection from such distances presents significant technical challenges, making the mission an important step in demonstrating the company’s capabilities.
The data and operational experience collected through Fennec-1 will help guide the development of future satellite systems and inform the design of a larger surveillance constellation.
Sensofusion plans to launch the satellite aboard a SpaceX Falcon rocket in the autumn of 2027, marking the company’s first venture into orbital operations.
Fennec-2 and the Road to a Satellite Constellation
Following Fennec-1, the company intends to deploy Fennec-2, a more advanced satellite featuring an expanded payload and enhanced capabilities.
Fennec-2 will also introduce Sensofusion’s next-generation satellite platform, establishing the technological foundation for a larger constellation of spacecraft in the future.
By moving toward a constellation architecture, Sensofusion aims to achieve more persistent coverage, improved revisit rates, and greater monitoring capacity across large geographical areas.
The constellation concept aligns with broader industry trends toward distributed satellite networks capable of delivering continuous surveillance, communications, and intelligence services.
As additional satellites are deployed, the company expects to strengthen its ability to provide comprehensive situational awareness and signal intelligence capabilities on a global scale.
Positioning for the Future of Defence and Security
The launch of Sensofusion Aerospace signals a transformative phase in the company’s evolution. By integrating ground-based systems, aircraft-mounted sensors, and orbital surveillance assets into a unified operational framework, Sensofusion is positioning itself as a provider of multi-domain intelligence solutions.
The combination of the Swift surveillance aircraft, Airfence counter-drone technology, and the emerging Fennec satellite program illustrates the company’s ambition to create a vertically integrated surveillance ecosystem capable of addressing modern security challenges.
As governments and defence organizations increasingly seek solutions that deliver comprehensive situational awareness across multiple operational environments, Sensofusion’s expansion into aerospace could place the company at the forefront of next-generation surveillance and intelligence technologies.
With aircraft production underway, satellite development progressing, and the first orbital mission scheduled for 2027, Sensofusion Aerospace is laying the groundwork for a future in which monitoring capabilities extend seamlessly from the ground to the skies and beyond into space.
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