Niz sastanaka Nichosa Dendije u SAD-u s rukovodiocima tvrtki i istraživačkih institucija

Greek Defense Minister Nikos Dendias completed his visit to the United States on June 17, concluding a series of meetings with representatives from American defense research institutions and companies known for their leadership in innovation and cutting-edge technologies. His trip focused primarily on exploring advancements in military technology, particularly in areas such as autonomous unmanned systems, robotics, cybersecurity, and high-power microwave systems. These technologies are seen as critical components in modernizing Greece's defense infrastructure and enhancing its strategic capabilities.

During his stay in the U.S., Dendias received detailed briefings on recent developments in defense technology. He learned about the potential of next-generation autonomous unmanned systems, which are designed to operate without human intervention. These include both aerial and maritime drones capable of performing complex tasks ranging from reconnaissance to combat support. Additionally, he was informed about technological progress in robotics, which could revolutionize how military operations are conducted, especially in terms of reducing risk to personnel. Cybersecurity was another focal point, with discussions centered around protecting sensitive information and maintaining secure communication channels against evolving threats. High-power microwave systems, which can disrupt enemy electronics, were also highlighted as part of Greece's interest in acquiring advanced defensive measures.

Dendias visited Austin, Texas, where he toured the facilities of a company responsible for constructing an unmanned surface vessel used by the U.S. Navy. This particular vessel had recently played a crucial role in rescuing the crew of an Apache attack helicopter that crashed in the Persian Gulf. The incident underscored the growing importance of unmanned systems in contemporary military operations, where they can provide rapid response capabilities under challenging conditions. The visit allowed Dendias to observe firsthand the design and functionality of these systems, gaining insights into their practical applications and potential benefits for Greece's armed forces.

Accompanying Dendias during his visits were senior officials from the Greek military and diplomatic corps. Among them was Colonel George Panousis, director of the Fourth Division of the Hellenic Army General Staff, along with Christina Vallasopoulou, Greece's ambassador to Los Angeles, and Lambros Kakisis, the country's ambassador to Houston. Their presence emphasized the collaborative nature of the mission, highlighting the involvement of both military and diplomatic entities in advancing Greece's defense objectives abroad.

In parallel with Dendias' U.S. visit, there have been ongoing efforts within Greece to develop indigenous unmanned systems. These initiatives aim to complement foreign acquisitions and reduce dependency on external suppliers. Recent exercises, such as "Doureios Ippos," have included tests of unmanned surface vessels, demonstrating Greece's commitment to integrating these technologies into its military strategy. Furthermore, educational programs are being implemented to train personnel in operating and maintaining these advanced systems, ensuring that Greece remains competitive in the rapidly evolving landscape of modern warfare.

Greece's pursuit of advanced defense technology extends beyond just acquiring equipment. It involves building long-term partnerships with international firms and fostering domestic innovation. Companies like Saronic, which developed the unmanned surface vessel that rescued the Apache crew, have been actively engaging with Greek authorities. Such collaborations not only facilitate the transfer of knowledge but also help establish a robust supply chain for future military needs. As Greece continues to invest in modernizing its armed forces, the integration of unmanned systems represents a significant step forward in enhancing national security and operational effectiveness.