AI development, training at the tactical edge inches towards reality

by Carlo Munoz

The ability for networked communications, intelligence, surveillance, and reconnaissance (ISR) and other artificial intelligence (AI)-enabled end-user platforms to update and enhance their embedded AI algorithms, based on the data collected on the battlefield in real time, could soon be a reality.

The current slate of AI-enabled tools and associated algorithms being integrated into deployable combat and intelligence platforms for US Armed Forces and government agencies can execute “inference at the edge”, as in predictive analysis of collected data to narrow down a list of potential options or outcomes for a combat commander, said Booz Allen Hamilton vice president Justin Neroda.

A US Army tactical vehicle conducts training operations at Fort Irwin, California. (US Army)


Get the full article by
Already a Janes subscriber? Keep reading


South Korea announces new aircraft engine factory

by Akhil Kadidal

A new engine factory being developed by Hanwha Aerospace at Changwon will produce engines for the KAI KF-21 and the TA-50 multirole trainer aircraft. (Zhang Hui/VCG via Getty Images)

Hanwha Aerospace is building a new factory to produce engines for combat aircraft, including the Korea Aerospace Industries (KAI) KF-21 Boramae 4.5-generation aircraft. The new factory is also expected to support the development of South Korea's new domestic fighter engine programme.

Ground was broken for the 16,530m 2 engine production facility at Changwon on 15 April 2024, the South Korean Ministry of National Defense (MND) said on 17 April. The factory is being developed at a cost of USD30 million and is scheduled to be operational by 2025. The MND added that the factory's priority is the licence production of the 92.1 kN (20,700 lb st) General Electric F414-GE-400 engine for the KF-21.

A Hanwha Aerospace spokesperson told Janes on 19 April that “100%” of the licence manufacture of the F414 engine will be achieved at this factory. “The facility is expected to produce approximately 300 engines annually [after becoming operational], the spokesperson added.


Get the full article by
Already a Janes subscriber? Keep reading


Netherlands MoD and Dutch Naval Design team to collaborate on USV development

by Kate Tringham

The USV concept. (Dutch MoD)

The Netherlands Ministry of Defence (MoD) and Dutch Naval Design (DND) have joined forces to develop an unmanned surface vessel (USV).

Announcing the partnership on 12 April, the MoD said the USV will be designed for deployment from the future anti-submarine warfare frigates (ASWFs) currently under development.

Under the terms of the contract, signed on 10 April, the USV is planned to be completed in around four years, the MoD said. The 12 m long vessel will be “technologically very advanced, sustainable, autonomous, and operationally flexible”, it added.

The Belgian and Dutch navies are procuring two ships each to replace their respective Karel Doorman (M)-class frigates under the ASWF programme. The ships are being designed and built by Damen under a contract awarded by the Dutch Materiel and IT Command (COMMIT) in June 2023. Under the terms of the contract, the first frigate will be delivered to COMMIT in 2028 and handed over to the Dutch navy in 2029, while the Belgian Navy will receive its first ship in 2030.


Get the full article by
Already a Janes subscriber? Keep reading


Hadean, 4C Strategies integrate products to reduce training burden

by Giles Ebbutt

A screenshot of the Hadean POLI constructive simulation displayed through the 4C Strategies Exonaut training management software. (Hadean)

Hadean and 4C Strategies have successfully integrated a constructive simulation with Exonaut exercise management software, utilising Hadean's spatial computing platform.

The integrated solution, displayed at the International Training Technology Exhibition & Conference (IT²EC) 2024 in London, enabled Hadean's Pattern of Life Indicator (POLI) constructive simulation to be controlled from within 4C Strategies Exonaut software.

Exonaut is widely used in the UK and NATO as an exercise management tool, while constructive simulation is fundamental to effective command and staff training. Integrating the two previously separate functions offers the potential to improve training.

Explaining the integration, Paul Steel, UK military sales director for 4C Strategies, told Janes


Get the full article by
Already a Janes subscriber? Keep reading


https://www.janes.com/defence-news/c4isr-command-tech/latest/ai-development-training-at-the-tactical-edge-inches-towards-reality_16335

The ability for networked communications, intelligence, surveillance, and reconnaissance (ISR) and o...

Latest Podcasts

Iran Israel analysis

In this podcast Janes analysts discuss the Iranian attacks on Israel on the 14 April. They highlight the military systems used by Iran and the performance and impact of these on Israel. They also discuss the implications of this attack goi...

Listen now

A focus on Libya

China Taiwan relations

AI applications for OSINT in defence

Tracking the situation in Israel-Gaza using OSINT

Janes Case Studies

Using Janes Intara to build a common intelligence picture: Russian build up on the Ukrainian border

View Case Study

Assessing threats in the South China Sea 

A competitive assessment of the military aircraft market

Identifying an unknown aircraft

Case study: Using Interconnected Intelligence to Monitor Russian Troop Movement

News Categories

Request Consultation

Request a free consultation to discover how Janes can provide you with assured, interconnected open-source intelligence.

C4ISR Details