An initiative for industry collaboration has been commenced by NATO Allied Air Command to pinpoint innovative detection systems for forthcoming air and missile defence, prior to anticipated testing in Europe.
Dubbed Eastern Sentry, this undertaking is being spearheaded collaboratively with MIT Lincoln Laboratory. Its aim is to shape the blueprint for NATO’s advanced Integrated Air and Missile Defence framework, as gleaned by the UK Defence Journal.
Commercial entities and academic institutions operating within NATO member states are encouraged to present detailed proposals describing their distant detection functionalities, emphasizing innovative advancements and strategies for combining data. The deadline for these submissions is 10 April. Subsequently, a maximum of ten entities will be chosen to participate in a two-day sector meeting at Ramstein Air Base in Germany on 20–21 May.
NATO indicates this project concentrates on enhancing the “consolidated aerial overview” within challenging scenarios, especially by means of superior perception and incorporation. The findings will likely inform subsequent NATO military arrangements, encompassing the 2027 Political Directive.
Chosen firms are slated to showcase their technologies and engage in subsequent appraisal, potentially taking part in live trials. These practical tests are projected to occur in Poland, where they will evaluate the capacity of systems to identify and monitor dangers like unmanned aerial vehicles and guided projectiles.
For eligibility, suppliers need to exhibit implementable, practical solutions capable of delivering real-time information streams and interfacing with NATO infrastructure, adhering to relevant security standards. Submissions will be evaluated based on criteria such as detection range, innovation in detection method, and the simplicity of data incorporation into a primary integration hub.
Furthermore, NATO has clarified that this activity is not a purchasing procedure and signifies no pledge for forthcoming agreements or financial allocations. Rather, its purpose is a technological investigation of nascent functionalities, designed to influence subsequent demands and structures.