District Defend is a cutting-edge cybersecurity solution designed to secure data and network access for mobile users, ensuring safety wherever they go. Utilizing a Zero Trust approach at the edge, it verifies that devices are in a secure and trusted state before granting access to sensitive resources. The system features dynamic hardening and endpoint protection, which proactively safeguards data, devices, and networks with automated and intelligent measures tailored to enterprise security policies. Additionally, it offers a Commercial Solution for Classified (CSfC) compliance, providing a seamless endpoint solution that integrates all CSfC requirements, thereby ensuring robust protection for mission-critical operations. District Defend also enables remote and hybrid classified workforces with context-responsive controls, adapting security measures based on user location and activity.
HII Cyber EW & Space Defense Capabilities provide advanced solutions to address multi-domain global threats, focusing on cybersecurity, electronic warfare, and space operations. By collaborating with the nation’s intelligence and cyber operations communities, HII anticipates emerging threats and defends U.S. interests in cyberspace. Through its subsidiary, Enlighten, HII employs agile methodologies to deliver mission-critical capabilities for the U.S. Department of Defense, specializing in big data solution development that emphasizes security and speed. With a strong foundation in software and systems engineering, cloud services, cyber capabilities, and data science, HII continuously innovates to tackle the most pressing challenges faced by its clients, leveraging applied artificial intelligence and machine learning to derive actionable insights from vast data sets.
ATCIS 2nd PIP (Army Tactical Command Information System) is an advanced command and control solution designed for the 2nd Operational Command and its subordinate tactical units, aimed at enhancing mission performance through optimized command and control functions. This system facilitates near-real-time sharing of combat situations and ensures close integration with the command and control systems as well as surveillance and assault systems across various military components. By supporting joint operations during both wartime and peacetime, ATCIS 2nd PIP enhances the military's ability to respond effectively to enemy threats while maximizing operational efficiency. Key features include robust command and control capabilities tailored to specific mission requirements, ensuring a comprehensive approach to battlefield management.
B2CS (Battalion Battle Command System) is a sophisticated command and control solution designed to enable battalion-level and below units to share critical combat situation and command information in real time, ensuring continuous operational capabilities during maneuvers. By integrating with ground tactical C4I systems, B2CS facilitates the exchange of combat information with higher command levels, empowering commanding officers to make swift decisions based on accurate and timely data. Key features include compatibility with various interfaced systems such as ATCIS 2nd PIP, KVMF-mounted systems, surveillance systems, and communication systems, utilizing the KVMF standard message interface for effective communication. B2CS enhances situational awareness and operational efficiency in dynamic combat environments.
KTMO-CELL (Korea Theatre of Operations-CELL) is an advanced command and control center designed to oversee anti-ballistic missile operations within the Korea Theatre of Operations. This system integrates various defense elements, including joint and combined surveillance and interception weapon systems, to perform centralized anti-ballistic defense operations effectively. In response to the increasing threats of ballistic missile attacks on the Korean Peninsula, the KTMO-CELL PIP Program aims to enhance system interface processing capabilities through local developments. Key features include processing track data received from surveillance systems and providing critical information for timely decision-making and operational effectiveness in defense scenarios.
Hanwha Systems offers cutting-edge defense solutions designed to enhance operational effectiveness and ensure mission success. Specializing in advanced technologies, the company provides a range of products and services, including command and control systems, surveillance solutions, and integrated defense platforms. With a commitment to innovation and reliability, Hanwha Systems aims to meet the evolving needs of military and security forces worldwide. Their expertise in system integration and support services ensures that clients receive comprehensive solutions tailored to their specific requirements, reinforcing their position as a leader in the defense industry.
The Mobilized Integrated Surveillance System (MISS) developed by Hanwha Systems is a cutting-edge solution designed to enhance high-precision intelligence, reconnaissance, and surveillance (IRS) capabilities for defense operations. To solidify its leadership in this critical field, Hanwha has integrated advanced electro-optical and infrared (EO-IR) sensors alongside Active Electronically Scanned Array (AESA) surveillance radars, which serve as vital "eyes" for weapon systems. By leveraging its industry-leading technology and innovations from the Fourth Industrial Revolution, Hanwha Systems is committed to developing the MISS to rapidly gather and analyze critical information, ensuring superior situational awareness and operational effectiveness in complex battlefield environments.
The Mobilized Integrated Surveillance System (MISS) developed by Hanwha Systems is designed to enhance high-precision intelligence, reconnaissance, and surveillance (IRS) capabilities for modern defense operations. To maintain its leadership in this critical area, Hanwha has integrated advanced electro-optical and infrared (EO-IR) sensors along with Active Electronically Scanned Array (AESA) surveillance radars, which serve as the "eyes" of weapon systems. By leveraging its industry-leading technology and innovations from the Fourth Industrial Revolution, Hanwha Systems is focused on creating a MISS that can rapidly and effectively gather and analyze vital information, ensuring superior situational awareness and operational effectiveness on the battlefield.
Hanwha Systems is a leading provider of defense electronics, specializing in the development and manufacturing of weapon systems that require robust information and cyber protection. Recognizing the necessity for built-in cyber protection tailored to the unique functionalities of each weapon system, Hanwha is well-positioned to deliver optimized cybersecurity solutions. The company has been actively engaged in core technology development projects since 2015, with a goal to complete system advancements by 2024. Key initiatives include the development of Cyber Situation Awareness and Security Real-Time Operating Systems (RTOS), as well as technologies focused on network intrusion inference and intrusion tolerance. Through these efforts, Hanwha Systems plays a central role in enhancing cybersecurity measures across its defense platforms, ensuring the integrity and reliability of military operations in an increasingly digital landscape.
Hanwha Systems is a leading provider of defense electronics, specializing in the manufacture of weapon systems that require robust information and cyber protection. Recognizing that cyber protection must be tailored to the unique functionalities of each weapon system, Hanwha is well-positioned to develop and implement optimized cybersecurity solutions. Since 2015, the company has played a central role in the cybersecurity domain, focusing on core technology development projects aimed at completing system advancements by 2024. Key initiatives include the development of Cyber Situation Awareness and Security Real-Time Operating Systems (RTOS), as well as technologies for network intrusion inference and intrusion tolerance. Through these efforts, Hanwha Systems enhances the security and reliability of military operations in an increasingly digital landscape.
The Warrior Platform developed by Hanwha Systems is an advanced defense solution designed to enhance the capabilities of individual combatants on the battlefield. Through a decade of continuous research and development, this platform focuses on maximizing survivability, maneuverability, mission sustainment, fighting capabilities, and command and control. A key component of the Warrior Platform is the Individual Combat System, which connects each soldier to small unit tactical networks, providing them with enhanced intelligence, reconnaissance, and surgical strike capabilities in a Network Centric Warfare (NCW) environment. This innovative approach ensures that individual soldiers are better equipped to operate effectively and safely in complex combat scenarios, ultimately improving overall mission success.
The Unmanned Traffic Management System (UTMS) is a comprehensive solution designed to ensure safe and efficient integration of uncrewed aerial systems (UAS) into national airspace. This advanced system offers a range of services, including public registration of drones, communication capabilities, route and mission planning, conformance monitoring, dynamic geo-fencing, and ground-based safety nets for enhanced operational safety. Developed in collaboration with ENAV, Italy's air traffic service provider, and supported by D-Flight—a joint venture involving ENAV, Leonardo, and Telespazio—the UTMS plays a crucial role in implementing the U-Space platform under the European SESAR program. This initiative aims to facilitate the seamless management of UAS traffic, promoting safe operations while enabling innovative applications across various sectors.
The UAV BattleLab is an innovative platform developed by Leonardo for the testing and evaluation of unmanned aerial vehicle (UAV) technologies in realistic operational environments. Designed to facilitate experimentation and integration of various UAV systems, the BattleLab provides a controlled setting where military and civilian operators can assess performance, validate concepts, and refine tactics. This versatile facility supports a wide range of missions, from surveillance and reconnaissance to logistics and combat support, enabling users to explore advanced capabilities and enhance operational effectiveness. By fostering collaboration between industry stakeholders and armed forces, the UAV BattleLab plays a crucial role in advancing the future of unmanned systems and their applications in diverse scenarios.
The NATO Alliance Ground Surveillance (AGS) system is a comprehensive solution designed for all-weather, persistent surveillance over extensive land and maritime areas in real-time. Managed by Northrop Grumman with Leonardo contributing to the program, the AGS system integrates air, ground, mission operation, and support elements to enhance situational awareness and operational effectiveness. It features five uncrewed Global Hawk Block 40 aerial systems equipped with advanced sensors, enabling the monitoring of ground troops, civilian populations, and critical infrastructures. The system supports a wide range of missions, including border control, maritime security, counter-terrorism efforts, and humanitarian assistance during natural disasters. With its robust capabilities, NATO AGS plays a vital role in crisis management and enhancing the security of allied nations.
The Falco Xplorer is a state-of-the-art unmanned system designed for persistent multi-sensor strategic surveillance, suitable for both military and governmental applications. This advanced platform offers 24/7 all-weather surveillance capabilities, making it ideal for a wide range of missions. Equipped with a highly customizable sensor suite that includes multifunction Synthetic Aperture Radar (SAR), electro-optical turrets, and a signal intelligence suite, the Falco Xplorer can gather critical information over vast distances. With an impressive endurance of over 24 hours and a maximum payload capacity exceeding 350 kg, this system can operate at altitudes above 30,000 feet. Real-time data is securely relayed via satellite connections to Command, Control, Communications, Computers, Combat Systems, and Intelligence (C4I) centers, enhancing situational awareness and operational effectiveness in complex environments.
