Leonardo's Secure Digital Transformation solution is designed to guide organizations through the complexities of digitalization while ensuring robust security and compliance. This comprehensive framework integrates advanced technologies and best practices to facilitate the secure adoption of digital tools and processes across various sectors. By focusing on risk management and data protection, Secure Digital Transformation empowers organizations to innovate and enhance operational efficiency without compromising security. With tailored strategies and expert support, this solution helps clients navigate their digital journey confidently, enabling them to leverage new technologies while safeguarding their critical assets and sensitive information.
Leonardo's SOC Managed Services provide organizations with comprehensive cybersecurity monitoring and incident response capabilities, ensuring robust protection against evolving threats. These services include 24/7 surveillance of security events, proactive threat detection, and rapid incident response, all managed by a team of experienced cybersecurity professionals. By leveraging advanced analytics and threat intelligence, the Security Operations Center (SOC) enhances an organization's ability to identify vulnerabilities and mitigate risks effectively. With tailored solutions that align with specific business needs, SOC Managed Services empower organizations to maintain operational resilience while allowing them to focus on their core activities with confidence in their cybersecurity posture.
Leonardo's Threat Intelligence solution provides organizations with advanced capabilities to monitor, analyze, and respond to emerging cyber threats effectively. Utilizing automated tools, the system continuously scans both the open web and dark net to identify potential threats, leveraging artificial intelligence and machine learning for in-depth analysis. This proactive approach enables organizations to stay ahead of cyber adversaries by providing actionable insights and timely alerts. The integration of big data analytics and high-performance computing resources ensures that security teams can make informed decisions quickly, enhancing their ability to protect critical assets and maintain operational integrity in an increasingly complex digital landscape.
Leonardo's Transport Control Room is an advanced fleet management solution designed to optimize the operations of public transport networks. This system provides operators with intuitive and powerful tools for monitoring and managing vehicles, ensuring efficient service delivery and enhanced reliability. By offering clear visual representations of the transport service, it enables real-time decision-making and effective coordination among operations centers, on-board systems, and depot management. With features tailored to meet the specific needs of public transport authorities, the Transport Control Room enhances operational efficiency, improves passenger experience, and supports the seamless integration of various transport modalities within urban environments.
Leonardo's Video Analytics solution harnesses advanced artificial intelligence and machine learning technologies to enhance surveillance and security operations across various sectors. This innovative system automatically analyzes video feeds in real-time, identifying and alerting operators to potential threats or unusual activities, thereby improving situational awareness and response times. With capabilities such as object detection, behavior analysis, and incident reporting, Video Analytics enables organizations to optimize their security measures and resource allocation effectively. By integrating seamlessly with existing surveillance infrastructure, this solution not only enhances safety but also provides valuable insights for operational improvements, making it an essential tool for modern security management.
The AASTR 1-1 is an innovative solution designed to enhance communication and collaboration in various professional environments. With its user-friendly interface and robust features, it facilitates seamless interaction among team members, ensuring that critical information is shared efficiently. The product supports real-time data exchange, making it ideal for businesses looking to optimize their workflow and improve productivity. Its advanced technology not only streamlines processes but also enhances user experience, allowing teams to focus on what truly matters—achieving their goals.
The Space Atomic Clock PHM (Passive Hydrogen Maser) is a cutting-edge atomic clock designed for precise positioning, timekeeping, and various onboard applications in space. With a remarkable operational lifespan of over 12 years, it boasts exceptional stability, making it the master clock of the Galileo Navigation Satellite System. Currently, more than 40 units are already in orbit, showcasing its reliability and significance in enhancing navigation accuracy and satellite operations.
The ExoMars Drill System is a state-of-the-art drilling technology designed for the exploration of Martian soil and subsurface materials. Engineered to operate in the harsh conditions of Mars, this drill can reach depths of up to 2 meters, allowing for the collection of samples that may contain signs of past life. Featuring advanced sensors and a robust design, the ExoMars Drill System ensures precise operation and reliable performance in extreme temperatures and challenging terrains. Its innovative features make it an essential tool for the ExoMars mission, contributing significantly to our understanding of the Red Planet's geology and potential habitability.
Leonardo's Geoinformation services provide comprehensive solutions for the collection, analysis, and management of geographic data to support a wide range of applications, including environmental monitoring, urban planning, and disaster management. Utilizing advanced satellite imagery and remote sensing technologies, these services enable organizations to gain valuable insights into land use, resource distribution, and environmental changes over time. By integrating geospatial data with cutting-edge analytics tools, Leonardo empowers clients to make informed decisions based on accurate and timely information. This capability enhances operational efficiency and strategic planning across various sectors, ensuring that organizations can effectively respond to challenges in an increasingly complex world.
The High Power Amplifiers from Leonardo are state-of-the-art devices engineered for optimal performance in demanding space applications. Designed to deliver exceptional power and efficiency, these amplifiers support a wide range of frequencies and are crucial for satellite communication and radar systems. With their robust construction and advanced thermal management, they ensure reliable operation in extreme environments. The High Power Amplifiers also feature customizable configurations to meet specific mission requirements, making them an ideal choice for both commercial and governmental aerospace projects. Their integration capabilities allow seamless deployment within existing systems, enhancing overall operational effectiveness.
The IRES (Integrated Radio Frequency Equipment System) is a versatile solution developed by Leonardo for advanced satellite communications and data transmission. This innovative system combines multiple functionalities into a single platform, offering high reliability and performance in various operational environments. With its modular design, IRES can be easily customized to meet specific mission requirements, ensuring seamless integration with existing systems. It supports a wide range of frequencies and provides enhanced signal processing capabilities, making it ideal for both military and commercial applications. The IRES system is engineered to deliver superior performance while maintaining low power consumption, contributing to efficient and sustainable operations in space.
The Lightning Imager from Leonardo is an advanced satellite-based system designed to monitor and analyze lightning activity in real time. Utilizing cutting-edge imaging technology, this innovative instrument captures high-resolution images of lightning strikes, providing critical data for weather forecasting and climate research. The Lightning Imager enhances the understanding of storm dynamics and contributes to improved disaster management by offering timely information on severe weather events. Its robust design ensures reliable performance in challenging space environments, making it an essential tool for meteorological agencies and researchers focused on atmospheric phenomena. With its ability to operate continuously, the Lightning Imager plays a vital role in enhancing global weather monitoring capabilities.
The ATR 72MP is a highly capable twin-turboprop aircraft specifically designed for complex military maritime surveillance missions. Building on the reliable and maintainable ATR 72-600 platform, the ATR 72MP incorporates a state-of-the-art mission system, advanced sensors, and a comprehensive communication suite, ensuring optimal performance in various operational scenarios. With its Command, Control, Communications, Computers, Intelligence, Surveillance, and Reconnaissance (C4ISR) capabilities, the aircraft excels in monitoring sea lane traffic, protecting fisheries, conducting counter-smuggling and counter-drug trafficking operations, patrolling exclusive economic zones (EEZ), and executing Search and Rescue (SAR) missions. Additionally, the ATR 72MP can be reconfigured for transporting personnel and materials, making it a versatile asset for maritime security operations.
The C-27J Next Generation is widely recognized as the most effective multi-role military transport aircraft in its size class, designed for tactical support in diverse operational environments. This aircraft features advanced avionics and aerodynamic enhancements that significantly improve efficiency and operational performance. Equipped with a modern glass cockpit that includes five multifunctional color screens, the C-27J is capable of executing complex missions, including tactical transport in challenging conditions, from high-altitude operations in the Andes to rugged terrains in Afghanistan. Its sophisticated radar system and advanced communication capabilities ensure interoperability with other transport aircraft, while easily integrating with systems for in-flight refueling, self-protection, and secure communications, making it an unrivaled solution for military logistics and support missions.
Cockpit Simulation Technology by Leonardo provides advanced training solutions that replicate the real-world flying experience for pilots and crew. This technology utilizes high-fidelity simulation systems to create realistic cockpit environments, enabling users to practice various flight scenarios and emergency procedures in a safe and controlled setting. With features such as customizable flight profiles, integrated mission planning, and advanced visual systems, the cockpit simulators enhance pilot training efficiency and effectiveness. This innovative technology supports a wide range of aircraft types, ensuring that operators can achieve optimal proficiency and operational readiness while minimizing risks associated with real-world flight training.
