The Aircraft Gateway Processor (AGP) by Leonardo is a cutting-edge avionics solution designed to enhance communication and data management in modern military aircraft. This advanced processor acts as a central hub, facilitating seamless data exchange between various onboard systems and external networks, thereby improving situational awareness and operational efficiency. With its robust architecture, the AGP supports a wide range of applications, including mission planning, sensor integration, and real-time data analysis. Its high reliability and adaptability make it suitable for integration into both new aircraft designs and upgrades of existing platforms, ensuring that military forces can maintain a technological edge in complex operational environments.
The ARIEL family of Fibre Optic Towed RF Decoys, developed by Leonardo, has been in service with the Royal Air Force since 1990 and offers a robust electronic countermeasure solution against modern RF guided weapons. These decoys effectively counter threats utilizing advanced tracking techniques, including error cancelling monopulse tracking. Designed for reliability and operational effectiveness, the ARIEL decoys enhance the survivability of military assets in complex electronic warfare environments. Their proven track record and continuous evolution make them a critical component in modern defense strategies.
The BriteCloud DRFM (Digital RF Memory) countermeasure by Leonardo is an advanced electronic warfare system designed to protect aircraft from radar-guided threats. This innovative system deploys a compact, expendable decoy that mimics the radar signature of the host aircraft, effectively confusing enemy missiles and enhancing survivability during missions. BriteCloud utilizes sophisticated digital signal processing technology to create realistic and adaptive responses to various radar systems, ensuring effective countermeasures against modern threats. Its lightweight design allows for easy integration into existing aircraft platforms, making it a vital asset for enhancing aerial defense capabilities and mission success in contested environments.
BriteStorm by Leonardo is an advanced electronic warfare system designed to enhance the survivability of military aircraft against radar-guided threats. This innovative solution utilizes a sophisticated digital RF memory (DRFM) technology to create realistic and adaptive radar signatures, effectively deceiving enemy missile systems. BriteStorm can be deployed as a stand-alone countermeasure or integrated into existing aircraft systems, providing flexibility and ease of use in various operational scenarios. Its lightweight and compact design ensures minimal impact on aircraft performance while delivering robust protection during missions. By employing BriteStorm, military forces can significantly improve their defensive capabilities in contested airspace.
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The EW (Electronic Warfare) Capabilities by Leonardo provide advanced solutions designed to enhance the effectiveness of military operations in contested environments. These capabilities encompass a wide range of technologies, including electronic support measures, electronic attack systems, and electronic protection strategies, all aimed at countering threats and ensuring operational superiority. Leonardo's EW solutions are integrated into various platforms, offering real-time situational awareness and the ability to disrupt enemy systems while safeguarding friendly assets. With a focus on adaptability and innovation, these capabilities enable armed forces to effectively respond to evolving threats, maintain mission success, and enhance overall battlefield effectiveness.
EWOS (Electronic Warfare Operational Support) by Leonardo is a comprehensive solution designed to enhance the effectiveness of electronic warfare operations through advanced support and analysis capabilities. This system provides real-time intelligence and operational insights, enabling military forces to effectively plan, execute, and assess electronic warfare missions. EWOS integrates various data sources and analytical tools to deliver actionable information, ensuring that operators can adapt to dynamic battlefield conditions. With its focus on interoperability and user-friendly interfaces, EWOS facilitates seamless collaboration among different units and platforms, ultimately improving mission success rates and enhancing overall operational readiness in complex environments.
The HELIBORNE 7.62 mm PINTLE MOUNT SYSTEM by Leonardo is a versatile weapon mounting solution designed for use on helicopters and other airborne platforms. This system allows for the flexible installation of a 7.62 mm machine gun, providing enhanced firepower and operational capability in various mission scenarios. Its lightweight and robust design ensures easy integration while maintaining the structural integrity of the aircraft. The pintle mount allows for smooth and precise aiming, enabling operators to engage targets effectively from the air. This system is ideal for supporting ground troops, conducting reconnaissance missions, and enhancing overall aerial combat effectiveness.
The Symphony® Communications Manager by L3Harris is an advanced solution that enables a single operator to effectively manage complex communications from a mission perspective, significantly enhancing vessel performance while reducing costs. This innovative system features multiple high-level views accessible from anywhere on the network, ensuring critical mission-support functionality. With a secure, platform-independent design and modern open architecture software, Symphony® allows deployed vessels to import communications plans seamlessly from shore facilities. This capability not only streamlines operations but also ensures that naval forces can maintain optimal communication effectiveness in dynamic maritime environments.
L3Harris Visualization Framework (VF) is an open architecture display application environment designed to facilitate the collaborative development of geographic-based displays and decision aids. This innovative framework abstracts the complexities of map implementation, allowing content developers to focus on higher-level functionalities through a simplified application programming interface. The VF employs a plug-in architecture, enabling seamless integration of various modules and tools that enhance situational awareness and decision-making capabilities. By providing a flexible and user-friendly platform, L3Harris ensures that organizations can effectively visualize data and support command and control operations in dynamic environments, ultimately improving operational efficiency and response times.
L3Harris offers Secure 5G Network and Enterprise Solutions designed to provide a secure, scalable, and resilient mobile tactical communication system. This innovative 5G network enables on-the-move communications in challenging environments characterized by degradation, intermittency, latency, and electronic warfare (EW) threats. By maximizing range while eliminating the need for cumbersome and power-hungry backpack-based systems, L3Harris delivers a lightweight solution that supports operations over distances exceeding 30 kilometers for both company and platoon-level missions. This cutting-edge technology ensures reliable connectivity and operational effectiveness in dynamic and contested scenarios, enhancing mission success for military forces.
L3Harris Software Engineering provides innovative solutions tailored to meet customer needs through a collaborative approach involving software engineers and other engineering specialists. Our comprehensive expertise spans all aspects of software development, including software life-cycle management, requirements analysis and definition, software and database design, rapid prototyping, coding and testing, as well as verification and validation. This extensive skill set enables us to deliver high-quality applications that have proven effective in various industries, ensuring that our clients receive reliable and cutting-edge software solutions that enhance operational efficiency and performance. L3Harris is committed to driving technological advancement through excellence in software engineering.
L3Harris Multi-Intelligence Architectures and Systems provide collaborative, cross-discipline solutions designed for intelligence-driven operations. Our advanced software fuses mission-relevant data and information with the evolving battlefield situational picture, enabling users to assess the type, quantity, and quality of data most urgently needed to support operational scenarios. This integrated approach enhances decision-making and situational awareness by delivering a comprehensive view of critical information in a single common operating picture. L3Harris is committed to equipping military and intelligence personnel with the tools necessary to navigate complex environments effectively and efficiently.
L3Harris Multi-Domain Operations Tactical Data architecture is designed to enhance joint, multi-domain operations by providing a comprehensive framework that spans from enterprise-level systems to tactical applications. This innovative solution encompasses robust communication networks and essential tools for warfighters, ensuring that critical data is visible, accessible, understandable, trusted, interoperable, and secure. By prioritizing these key attributes, L3Harris creates a solid foundation for delivering actionable intelligence that empowers military personnel to make informed decisions in dynamic operational environments. This commitment to excellence in data management and communication positions L3Harris as a leader in supporting modern defense strategies.
L3Harris Multi-INT Analytic Solutions are at the cutting edge of operational data science, building on over a decade of experience since the development of our first data analytic system in 2009. We have envisioned, designed, and deployed a scalable big data analytics architecture specifically for multi-INT processing, exploitation, and dissemination, capable of handling vast amounts of diverse data across multiple sites. Our unique and agile approach ensures efficient ingestion and semantic enrichment of datasets, enabling rapid analysis and actionable insights. This innovative solution empowers military and intelligence operations with the critical information needed to make informed decisions in complex environments.
