The Baltic Sea region is of central importance for Sweden's security, supply and military freedom of action. The region contains extensive critical infrastructure, intensive civil traffic with large transport flows in merchant shipping and strategically important military connections at sea and in the airspace. At the same time, the security environment is characterized by increased tensions, hybrid influence and rapid technological development.
Ensuring a secure Baltic Sea region requires solutions that strengthen the protection of sea routes and infrastructure, enable control of airspace, at sea and in coastal areas, and ensure sustainable energy supply, robust communication and rapid information management. The ability to meet threats from unmanned systems and non-kinetic attacks aimed at disrupting or weakening through cyber attacks, information influence or electronic warfare is central.
The modern battlefield is largely transparent. Sensors, satellites, and unmanned systems enable rapid detection and precision combat, particularly in the air, on the surface, and in the land domain. Below the surface, the environment is more murky, hidden, and difficult to see, yet vulnerable to sabotage and influence. This places eligibility requirements on the ability to operate in environments where adversaries and threats may be difficult to detect.
The call for proposals will contribute to strengthened military capabilities in the marine environment, in coastal areas and above, on and below the sea surface. The Navy, represented by the Naval War College, is the primary need owner, but we encourage submissions of proposals that may be relevant to the Navy, Air Force and Army and in multi-domain operations.
The call's areas of need
The call for proposals focuses on three identified areas of need. Applications submitted should address one or more of the following areas of need:
Information superiority and situational awareness in a murky environment
The ability to operate in the Baltic Sea area requires a reliable and rapid situational picture – above, on and below the surface. In the air and land domains, sensors, satellites and unmanned systems enable rapid detection and precision action. The unique properties of the sea with waves, density differences, currents and flow obstacles affect sensor ranges and electromagnetic precision. This makes the subsurface environment significantly murkier than the otherwise transparent battlefield on land and in the air, making it more difficult to overview and interpret the situation.
Innovations that enhance detection capabilities, sensor fusion, improved range and coverage, and real-time data analytics can create information superiority. Artificial intelligence, autonomous platforms, decision support, and system-of-system coordination are key components for transforming data into actionable information. Methods for integrating and interpreting large amounts of data from military and civilian sources can also help create a clearer situational picture of the marine environment.
Operational effectiveness, endurance and freedom of action in complex environments
The increasing availability of satellite surveillance, passive sensor networks and cost-effective unmanned systems is making the sea surface and coastal areas increasingly transparent. Centralized structures, energy-dependent systems and vulnerable supply chains pose operational risks.
In an operational area where detection and precision combat are the norm, military capabilities must be distributed, low-signature, and enduring.
Unmanned surface and underwater vehicles can create redundancy, deception and persistent presence through autonomous or semi-autonomous functions, low signature and the ability to cooperate in swarms. Innovations that can improve GNSS-independent positioning, propulsion, energy supply, connectivity and signature adaptation can improve Sweden's persistence and freedom of action in complex environments.
Robust and difficult-to-detect communication solutions and temporary infrastructure are examples of basic requirements for sustainable activities. Innovations that can ensure continuity of management, and enable continued operational effectiveness even in the event of disruption or suppression, can help reduce vulnerability.
Protection and effectiveness in gray areas, conflict and war
The Baltic Sea region is characterized by hybrid influence, sabotage and the use of unmanned systems. These challenges need to be addressed across the entire conflict scale. The ability to protect critical infrastructure, smaller platforms and coastal bases is central, as is the ability to adapt to environments where civilian and military systems coexist.
Innovations that strengthen the protection of sea lanes, cables and other critical infrastructure can increase our control and make it more difficult for hostile influence.
The ability to influence the adversary's sensors, decision-making processes and systems, while protecting one's own capabilities, is crucial for a secure Baltic Sea region.
Government assignment for civil-military synergies
The call for proposals is a joint effort by Vinnova and the Swedish Armed Forces and is funded by the Swedish Armed Forces within the framework of a government assignment for civil-military synergies. The aim is, among other things, to create increased conditions for cross-sectoral collaboration with the intention that groundbreaking technology, developed for the civilian area, will be increasingly utilized through innovations in the defense area.
Read more about the government mission for Civil-Military SynergiesRead more about strategic direction for Defense Innovation
Contribute to a sustainable system transformation
Both Vinnova and the Swedish Armed Forces are tasked with promoting sustainable growth and social development. Therefore, there is also a focus on sustainability and gender equality.
Gender equality as a tool for innovative social developmentThe core values of the Swedish Armed Forces
The Armed Forces' work for gender equality