ARGUS CBRNe Innovation with CDTI Misiones
ARGUS CBRNe innovation is advancing next-generation threat detection technologies for security and defense through the support of CDTI Misiones.
ARGUS CBRNe innovation is advancing next-generation threat detection technologies for security and defense through the support of CDTI Misiones. The project received €1.54 million in funding through the CDTI Misiones Programme.
We had the opportunity to speak with the team behind ARGUS, an innovative project led by INTERA Group (Sensing & Control) together with Mion Technologies and Ibatech Tecnología, focused on developing advanced CBRNe threat detection technologies and strengthening Europe’s capabilities in security and defense.
In this interview, they share their perspective on the growing challenges surrounding the detection of chemical, biological, radiological, nuclear, and explosive threats, as well as the role of artificial intelligence and advanced sensing technologies in real-time risk management. They also explain how the support received through the CDTI Misiones Programme is accelerating the development, validation, and future commercialization of their dual-use platform for defense and critical infrastructure applications.
1. What inspired the development of ARGUS, and why is advancing CBRNe detection technologies so important?
ARGUS was developed in response to an increasingly complex international landscape, where CBRNe (Chemical, Biological, Radiological, Nuclear, and explosives) threats have become more relevant than ever in both civilian and defense environments. The ability to detect these risks early and accurately is essential to minimizing their impact and improving emergency response capabilities.
In addition, the limitations of current technologies and Europe’s dependence on external solutions have highlighted the importance of developing homegrown capabilities. Advancing CBRNe detection technologies is therefore not only critical for enhancing security, but also for strengthening Europe’s strategic autonomy and technological sovereignty in a highly sensitive sector.
The consortium also brings previous experience in the development of CBRN systems through projects such as NEST (Grant Agreement No. 101018596).
2. What are the main limitations of current threat detection solutions, and how does ARGUS overcome them?
Current CBRNe threat detection solutions still face significant limitations in key areas such as sensitivity, response speed, and interoperability. In many cases, existing sensors are unable to detect extremely low concentrations of hazardous agents, or they operate independently, making it difficult to obtain a coordinated and comprehensive situational overview.
ARGUS addresses these challenges through the development of an integrated platform that combines next-generation sensors with ultra-high sensitivity capabilities. The project also introduces a modular and interoperable architecture that enables different types of sensors to work together within a single unified system.
In addition, ARGUS incorporates advanced processing algorithms and embedded artificial intelligence capabilities, both in the cloud and at the edge, enabling real-time data analysis, more accurate threat identification, and significantly faster response times.
3. What role do artificial intelligence and modular integration play in the platform’s performance?
Artificial intelligence and modular architecture are key pillars of the ARGUS platform design. ARGUS combines AI capabilities both in the cloud and at the edge, enabling optimized information processing at different operational levels. Cloud-based AI processes large volumes of data, allowing deeper analysis, complex pattern recognition, and continuous model improvement. At the same time, edge AI operates directly in the field, enabling critical functionalities such as real-time early warning alerts and sensor self-calibration, improving reliability and reducing response times.
In parallel, the platform’s modular integration provides high levels of flexibility and scalability. This approach enables the integration of different sensor types — chemical, biological, radiological, and nuclear — into a single interoperable platform adaptable to multiple operational requirements.
The combination of distributed intelligence and modular architecture not only enhances overall system performance, but also ensures future adaptability to emerging threats and evolving operational scenarios.
4. How will ARGUS contribute to strengthening Europe’s technological autonomy in security and defense?
ARGUS directly contributes to strengthening Europe’s technological autonomy in security and defense through the development of advanced CBRNe detection capabilities designed and integrated entirely within Europe.
These technologies are highly strategic, as current monitoring and response systems still rely heavily on external providers. By developing a proprietary platform based on advanced sensing technologies, artificial intelligence, and modular architecture, ARGUS helps reduce this dependency while improving Europe’s autonomous response capabilities in high-risk scenarios.
Furthermore, as a project developed by a Spanish consortium of technology companies and research centers, ARGUS supports the growth of a competitive industrial and scientific ecosystem in Spain and Europe. This not only reinforces technological sovereignty but also positions European industry as a leader in deep-tech security and defense solutions.
5. What impact do you expect this technology to have on sectors such as civil protection and critical infrastructure?
ARGUS is designed to generate significant impact across key sectors such as civil protection, industrial safety, and critical infrastructure management. Its real-time threat detection and analysis capabilities will substantially improve prevention and response mechanisms, reducing reaction times during emergency situations involving chemical, biological, radiological, or nuclear threats.
In the field of civil protection, the platform can support faster and more informed decision-making during crisis situations, helping minimize risks to both people and the environment. For critical infrastructure — including transport networks, energy systems, and industrial facilities — ARGUS provides an additional layer of security through continuous monitoring and early threat detection.
Overall, the project enhances operational resilience and equips these sectors with advanced tools for real-time risk management in increasingly complex environments.
6. What has your experience been like working with Evolution Europe during the funding process? What would you highlight as their key added value?
Our experience working with Evolution Europe throughout the proposal preparation and funding process has been extremely positive. From the very beginning, the entire process was well-structured, efficient, and easy to manage, allowing us to focus fully on the technical and strategic aspects of the proposal with complete confidence.
We would particularly highlight the smooth and close communication throughout every stage of the project. The team quickly understood exactly what we wanted to convey and successfully translated our vision into a clear and compelling proposal. Their collaborative approach, responsiveness, and agility truly made a difference.
INTERA Group,
lead partner of the ARGUS consortium
