The Bulk Encryption Unit – Secure Multi Interface Link Encryptor (SMILE) is a cutting-edge solution designed to secure sensitive data transmitted over high-speed point-to-point links. Capable of handling data rates up to 2 Mbps, SMILE is ideal for securing bulk data traffic over leased lines and radio relays. Its user-friendly front panel switch allows for easy configuration of data speeds, while it supports synchronous full duplex communication with a wide range of network equipment, including routers, PBX trunks, bridges, and multiplexers. Featuring an indigenously developed high-grade encryption algorithm, SMILE ensures robust security through user authentication with a rugged security token, automatic synchronization even at high error rates, and transparent periodic key changes. Additionally, it offers local and remote loopback tests for enhanced functionality and reliability.
The Duplex Crypto Device (BEACON MK III) is a state-of-the-art encryption product designed to ensure high-grade secrecy for data communication over standard telephone lines, T/P networks, RS-232 networks, and LAN networks. This compact device features an indigenous encryption algorithm that is user-friendly, allowing for easy call setup, configuration, and cryptographic key management through a PC. With robust automated crypto synchronization and password-protected access control, the BEACON MK III guarantees reliable and secure operations. It supports both offline and online modes of encryption/decryption for various data files and includes a visual coded cryptogram feature for small messages. The front panel is equipped with an LCD display and keypad for intuitive interface management, making it an ideal choice for secure communications in diverse environments.
Thales's Cyber Range powered by Diateam is an advanced training platform designed to enhance cybersecurity readiness through realistic simulations and expert content. Developed from over a decade of experience in cyber range technologies, this solution provides a comprehensive environment for conducting cybersecurity training, including penetration testing and forensic analysis. As part of Thales’s Cybels Train & Experiment product line, the Cyber Range offers a turnkey solution that includes packaged content, administration tools, and pedagogical resources. It allows organizations to virtualize their networks and assess their resilience against cyber attacks in a secure setting, enabling cybersecurity personnel to improve their skills and prepare for real-life scenarios, including the most challenging threats they may encounter.
Thales's Cybels Authenticate is a comprehensive cybersecurity solution designed to ensure robust data protection throughout the entire information security lifecycle. With over 20 years of expertise in key management, Thales collaborates with governments and private sector partners worldwide to deliver advanced key management systems, including the Cybels Key Management Centre and Cybels Public Key Infrastructure services. This solution provides essential digital assurance through secure encryption, secure transmission, and data authentication, safeguarding information in an increasingly connected environment. By effectively generating, managing, and protecting cryptographic keys, Cybels Authenticate ensures that both data in transit and at rest remain secure, enabling organizations to maintain trust and integrity in their digital communications.
Thales's Trusted Probe, part of the CYBELS Sensor suite, is an advanced cyberattack detection system specifically designed for deployment in critical areas of information systems. Utilizing sophisticated detection rules and behavioral analysis algorithms developed by Thales's research laboratories, the Trusted Probe effectively identifies and mitigates cyber threats. Its robust specifications allow it to securely host sensitive detection rules, ensuring protection against potential network attacks. This capability enables Operators of Vital Importance (OIV) to comply with stringent regulations regarding cyber threat detection. With a modular architecture, the Trusted Probe is built to be future-proof, allowing for adaptability to emerging threats and evolving regulatory requirements, making it an essential tool for military and critical infrastructure security.
The MCA (Multi-Channel Adapter) is a compact and versatile cryptographic device developed to secure airborne radio communications at NATO Secret level, offering a significant reduction in size compared to the legacy KY100. Designed for flexibility, the MCA can also be utilized on the ground and aboard ships to protect ground and surface-to-air radio communications. This device aligns with NATO's crypto modernization objectives, making it an ideal solution for equipping new platforms or upgrading existing systems to comply with NATO mandates for modernized cryptographic modes. Key features include multi-mode interoperability with NATO conventional communication modes such as fixed frequency, Have Quick I/II, and SATURN, ensuring seamless integration into diverse operational environments.
Thales' V/UHF Software Defined Radio (SDR) solutions provide essential communication capabilities for aircraft, fixed sites, shelters, and ships, ensuring secure and flexible connectivity in diverse operational environments. The SYNAPS SDR/SCA and NextW@ve SDR families are equipped with NATO Secret crypto devices, enabling seamless communication among various military assets, including wingmen, AEW&C aircraft, air tankers, and both civil and military air traffic control. As the tempo of air operations increases, these SDR solutions support vital voice and data connectivity through general-purpose and specialized tactical data links, enhancing collaborative combat capabilities and ensuring air superiority on the battlefield while addressing the challenges posed by electronic warfare.
The Mirach 40 is an advanced aerial target system designed for military training and evaluation, capable of simulating a wide range of threats in realistic combat scenarios. This versatile system can be deployed for various missions, including air-to-air and surface-to-air training exercises, providing operators with high-fidelity target representation. With its ability to fly at subsonic speeds and perform complex maneuvers, the Mirach 40 enhances the effectiveness of training programs by allowing armed forces to practice engagement tactics against dynamic and unpredictable targets. Its robust design and ease of operation make it an essential tool for improving the readiness and skills of military personnel in diverse operational environments.
The Mirach 100/5 is a high-performance, reusable Aerial Target System recognized as the standard threat simulator for European Armed Forces. This advanced system is capable of managing up to eight targets simultaneously, creating realistic training scenarios that simulate multiple threats flying at high subsonic speeds. Controlled by a modern Ground Control Station, the Mirach 100/5 allows for comprehensive mission planning, re-tasking, rehearsal, and playback, ensuring that operators can effectively prepare for various combat situations. Its versatility and reliability make it an essential tool for enhancing the training and readiness of military personnel in dynamic operational environments.
The MLIU-550 from Leonardo is a versatile Multi-Function Link Interface Unit designed to enhance communication and data exchange in military and aerospace applications. This advanced unit supports multiple communication protocols, enabling seamless integration with various platforms and systems. The MLIU-550 is engineered for high reliability and performance, ensuring effective operation in demanding environments. Its user-friendly interface allows operators to easily manage and monitor data links, facilitating improved situational awareness and decision-making during critical missions. With its robust design and adaptability, the MLIU-550 is an essential component for modern military operations that require efficient and secure communications.
The Multifunctional Information Distribution System Low Volume Terminal (MIDS-LVT) from Leonardo is a cutting-edge communication solution developed through a collaborative international effort involving the United States, France, Italy, Spain, and Germany. This advanced terminal is designed to provide Link 16 capabilities in a smaller, lighter, and more cost-effective package compared to previous models, while ensuring full compatibility with Joint Tactical Information Distribution System (JTIDS) Class 2 terminals. The MIDS-LVT enhances operational efficiency and reliability in military communications, making it an essential component for modern joint force operations that require secure and timely information sharing across various platforms.
The DLMS (Data Link Management System) from Leonardo is an advanced solution designed to enhance communication and data exchange in military and aerospace applications. This system provides robust management of various data links, ensuring seamless integration and interoperability among different platforms and systems. The DLMS supports multiple communication protocols and can be tailored to meet specific operational requirements, making it ideal for dynamic mission environments. Its user-friendly interface allows operators to monitor and control data link operations effectively, enhancing situational awareness and decision-making capabilities. With its reliable performance and adaptability, the DLMS is a critical component for modern military operations that require efficient data management and communication.
Leonardo's Commercial Electronics division leverages over 40 years of expertise to deliver innovative solutions in two primary product families: Human to Machine Electronic Controls and Display Solutions, and Interior & Exterior Lighting Systems. The Human to Machine Electronic Controls and Display Solutions encompass a comprehensive range of products, including lighted panels, control panel assemblies, data entry panels, integrated cockpit panels, overhead panels, HOTAS systems, warning and annunciator panels, landing gear control units, and multifunction displays. These products are designed to enhance user interaction and operational efficiency in various applications, ensuring reliability and performance in demanding environments. With a commitment to quality and innovation, Leonardo continues to set the standard for advanced electronic solutions in the aerospace and defense sectors.
The Secure Satellite Communications Encryption Unit (MCU-110C) is a cutting-edge integrated encryptor/decryptor designed to provide robust security for satellite communication links. Building on the success of its predecessor, the MCU-110B, this miniature COMSEC unit has delivered over 130 units with a flawless on-orbit performance record. It features advanced capabilities, including uplink decryption rates of up to 5 Mbps and downlink encryption rates of up to 10 Mbps, utilizing the Carousel algorithm and Pegasus ASIC technology. The MCU-110C supports over-the-air rekeying (OTAR) with 256-selectable keys, ensuring flexibility and security in key management. Its radiation-hardened design is engineered for missions lasting up to 15 years, making it a reliable choice for high-stakes applications. With a compact form factor and backward compatibility with legacy systems, the MCU-110C stands as a testament to L3Harris's commitment to delivering low-risk, high-reliability solutions for secure communications in space.
The Secure Satellite Communications Encryption Unit (CDU-200) by L3Harris Telemetry & RF Products is a cutting-edge integrated decryptor designed to enhance the security of satellite command links. Leveraging over 35 years of expertise in aerospace technology, the CDU-200 utilizes a one-time programmable FPGA and a FIPS 197-compliant AES-256 algorithm to secure uplink data and authenticate commands, all within a compact and lightweight housing. This next-generation unit serves as a direct drop-in replacement for the CDU-100, ensuring seamless integration with existing systems while maintaining identical command, data, and telemetry operations. With a telemetry capacity of 64 bits for health and status reporting and a mission life of up to 15 years, the CDU-200 is engineered for reliability in high-stakes environments. It supports data rates up to 1 Mbps with 16 selectable keys, making it suitable for various applications, including those requiring compliance with CNSSP-12 and SECRET and BELOW (SAB) standards for both domestic and allied use.
