DOD Looks at U.S.-South Korea Technology Collaboration > U.S. Department of Defense > Defense Department News

The partnership concerning the United States and South Korea has grown for much more than 70 decades now and proceeds to improve just about every year. 

One location that the Protection Office emphasizes is in technologies growth concerning the two nations, said David A. Honey, deputy undersecretary of protection for study and engineering. 

President Joe Biden not too long ago frequented with South Korean President Yoon Suk-yeol to explore, amongst other issues, attempts to broaden cooperation on systems, such as semiconductors, batteries, civil nuclear ability, area development and cyberspace. 

“Fully recognizing that [the] scientists, scientists and engineers of [their] international locations are among the most revolutionary in the environment, both equally presidents agreed to leverage this comparative gain to improve general public and private cooperation to guard and market essential and emerging technologies, which includes top-edge semiconductors, eco-welcoming EV [electric vehicle] batteries, synthetic intelligence, quantum technologies, biotechnology, bio-production and autonomous robots,” explained Honey for the duration of a keynote address now at the Centre for Strategic and Global Research. 

Honey claimed DOD officers have determined 5, essential technological innovation parts the section aims to produce further more in partnership with South Korea. All, he explained, have an impression on world-wide source chain stability, and first amid those people is artificial intelligence. 

“As AI, machine discovering and autonomous operations keep on to experienced, the DOD will focus on proof-primarily based AI assurance and enabling operational efficiency,” he stated. 

In communications, 5G know-how and the future generation of communications technological innovation are also crucial to the section, he said. 

“As fifth technology wi-fi technological innovation is adopted and presents constructing blocks for functionality, the DOD will also search ahead to potential G [generations] for leap-ahead systems to guide in producing upcoming standards,” Honey claimed. “The office will devote in long term G technology progress to lay the groundwork for continued United States management in info engineering, which is vital to keeping our financial and countrywide stability.” 

Quantum computing, Honey claimed, can provide DOD with computational speeds that are unprecedented and will enable the division to fix some of its most hard analytical challenges. 

“Quantum sensors assure the means to provide unparalleled precision in situation, navigation and timing,” he stated. “Our near-expression technology target is on advanced atomic clocks and quantum sensors to boost navigation and timing trustworthiness past GPS and improve our access to the spectrum.” 

Even further investments in biotechnology, Honey reported, can support with anything from combating international pandemics to minimizing logistics and sustainment fees and raising electrical power efficiency. 

“Biotechnology can support transform the way the department conducts missions, performs in contested logistics environments, and adapts to major world wide variations,” he said. “Biotechnology innovation is largely as a result of world collaborations. DOD partnerships domestically and internationally de-chance and accelerate the transition of analysis to operational demonstrations and abilities.” 

Ultimately, he explained, renewable electricity era and storage are important to DOD’s potential operations. 

“Renewable electricity technology and storage guarantees to lower warfighter vulnerability and deliver new operational capabilities for the office,” he said. “From extra successful batteries to diversifying electrical power sources and reduced gas transportation risks, renewable power era and storage will include resilience and overall flexibility in a contested logistics ecosystem.”