ILME - Integrated Logistic Maintenance Equipment is a cutting-edge solution designed to enhance the efficiency of maintenance and repair tasks for modern weapon systems. Recognizing the increasing complexity and diversity of these systems, ILME provides seamless access to critical information necessary for effective repairs. It features a robust framework that coordinates various integrated software applications, including the SEM-NET semantic network for intelligent information retrieval, and the TE-XPS expert system that guides users through diagnostic processes with step-by-step instructions supported by immersive VR/AR animations. This innovative approach not only improves the speed and accuracy of maintenance operations but also ensures the sustained availability of essential military capabilities.
The IAI ELTA ELI-3320 Port Guard Diver Detection System offers robust all-weather perimeter protection for various sites, especially those partially or completely surrounded by water. This advanced system utilizes sophisticated sensors to detect, locate, track, and classify both surface and sub-surface targets, including vessels, boats, divers, vehicles, and individuals. The information gathered is relayed to a Command & Control Center (CCC), which provides a comprehensive situational awareness picture of the area under surveillance. In the event of a detected threat, an alert report is promptly sent to security units, enabling them to implement necessary preventive measures. The ELI-3320 features an open architecture that is both flexible and modular, allowing for tailored solutions based on specific site and protection needs.
IAI OPAL is a revolutionary decentralized solution designed to enhance operational efficiency and interoperability across a wide range of military platforms, including advanced 5th-generation aircraft, legacy systems, naval, and land forces. In today’s fast-paced combat environment, OPAL addresses the critical need for real-time interoperability by enabling seamless data sharing among platforms, thus overcoming the limitations of traditional sensor-based systems. By integrating OPAL-enabled platforms into a dynamic decentralized cloud, military units can maintain continuous situational awareness of missions, friendly forces, targets, and threats beyond their individual sensory ranges. This capability facilitates the development of a Common Operating Picture and employs advanced application-based situation management, ensuring complete interoperability among different generations of airborne platforms and creating a cohesive joint combat picture that significantly enhances strategic and tactical decision-making.
The Unified Control System (UCS) is IAI's advanced 5th generation UAV Ground Control Station (GCS), designed for versatile deployment in various environments, including command centers, mobile shelters, and vehicles. This innovative system features a thoughtfully partitioned interior that separates the equipment section from the operational area, creating a quiet and comfortable workspace. With an open and modular architecture, the UCS allows for easy portability, scalability, and upgrades, utilizing commercial off-the-shelf (COTS) hardware. Each console is engineered to enable a single pilot to perform multiple tasks simultaneously, displaying data from airborne sensors through a unique multi-layered interface. The system supports full HD displays for various payloads, including EO, IR, SAR, and weather radar, while its full redundancy architecture ensures mission continuity and safety by providing hot backups for both hardware and operational data. Each UCS can accommodate up to six consoles, making it a robust solution for modern aerial command and control operations.
IAI's Mission Operation and Intelligence Center (MOIC) is a state-of-the-art command center designed for the efficient control of multiple simultaneous Unmanned Aerial System (UAS) missions. This all-in-one facility consolidates mission planning, execution, sensor exploitation, and intelligence production, providing enhanced operational flexibility. The MOIC integrates pilots, operators, analysts, and commanders into a unified operational framework, facilitating coordinated tasking of UAS platforms and manned assets. It effectively manages collection taskings, monitors payloads, and processes data from various sensors such as EO/IR, SAR, GMTI, COMINT, and ESM to generate situational awareness and prioritize surveillance actions. With its modular design and integrated mission trainer for realistic simulations, the MOIC adapts to specific operational needs while streamlining workflows for maximum efficiency across fleet-wide assets.
The IAI ELTA ELL-8385 is a cutting-edge integrated Electronic Support Measures (ESM) and Electronic Intelligence (ELINT) system designed to excel in complex radar environments. With capabilities for long-range, high-endurance missions, the ELL-8385 effectively searches, intercepts, measures, locates, analyzes, classifies, and monitors a wide range of ground, airborne, and naval radar transmissions. Its advanced technology ensures reliable detection of high-mobility and rapidly changing signals, making it an essential tool for generating real-time intelligence reports, including Electronic Order of Battle (EOB). This system seamlessly integrates tactical and strategic intelligence to enhance national security operations.
The Guardium Border Patrol Robot by ELTA is an advanced autonomous system designed for reconnaissance and surveillance of borders and critical facilities. With a rapid deployment capability of 1-1 minutes, it effectively hosts lethal and ISR payloads, including radars, SIGINT, and EO/IR sensors, allowing for real-time detection of intrusions and threats. The Guardium not only identifies potential risks but also performs target acquisition for timely mitigation, making it an essential tool for enhancing security in sensitive areas. ELTA provides comprehensive turnkey solutions to meet diverse operational needs.
The Open Geospatial Consortium Common Database (OGC CDB) developed by CAE is a revolutionary solution designed to enhance military training and mission rehearsal by providing a unified synthetic environment. As governments and defense forces increasingly seek high-performance training systems, the OGC CDB addresses the challenges posed by multiple unique databases traditionally used in flight simulators and other training devices. By offering a shared, open, and public database, the OGC CDB ensures that all simulation systems operate from a single synthetic representation of the world, enabling seamless data retrieval and integration across various platforms. This innovative approach simplifies database management, allowing for rapid updates and modifications to meet evolving training requirements, ultimately improving operational readiness and decision-making capabilities.
The BEL Power Packs for Underwater Application are advanced energy storage solutions designed specifically for naval operations, including PBG mines, MRP mines, MIGM, distress sonar systems, SFD, and Marker Man Over Board systems. These power packs ensure reliable and efficient energy supply in challenging underwater environments, enhancing the operational capabilities of various maritime applications. Complementing this product are related offerings such as the Trusted Lan Interface Unit (TLIU-MK-II), Tele Loud Speaking System (TLS), Integrated Command Control and Communication System for Artillery Tracked (i3CAT), and Control and Display Unit (CDU) Mk I, all aimed at providing comprehensive support in naval operations.
The Versatile Secrecy Device by BEL is a high-grade encryption product designed to ensure secure transport and storage of sensitive data. In transport mode, it utilizes an Ethernet interface for efficient data transfer, while in storage mode, it supports a USB interface for storing data either internally or on an external storage device. This device is essential for safeguarding information in various operational contexts, making it a reliable choice for organizations prioritizing data security. Additionally, it complements related products such as the Trusted Lan Interface Unit (TLIU-MK-II) and the Tele Loud Speaking System (TLS).
The Configurable Bulk/IP Encryption Unit (CBEU) by BEL is a state-of-the-art full duplex encryption solution designed for IP and bulk data communication networks, including PDH/SDH systems. Developed and manufactured in India, this unit utilizes advanced FPGA technology to ensure end-to-end data secrecy for mission-critical applications, delivering high throughput at the respective interface link rates. The CBEU adheres to the stringent guidelines set by the Government of India's evaluation agency for encryption grading, and its design is optimized to operate without an operating system, enhancing security and reliability.
The Configurable LIVE MK-II (CLIVE MK-II) is a cutting-edge full duplex encryption unit designed for deployment on IP and bulk data communication networks, including PDH/SDH. Developed in collaboration with DRDO (CAIR) and manufactured in-house, this advanced device utilizes proprietary encryption technology implemented in electronic hardware with state-of-the-art FPGAs, ensuring high throughput and robust security. The design adheres to the guidelines set by the Government of India evaluation agency for encryption grading and operates without any operating system, enhancing its reliability and performance. Related products include the Trusted Lan Interface Unit (TLIU-MK-II) and the Tele Loud Speaking System (TLS), as well as the Integrated Command Control and Communication System.
The L2-L4 Encryptor by BEL is a sophisticated full duplex encryption unit designed for Ethernet-based data communication networks, ensuring the security of Layer 2, Layer 3, and Layer 4 data packets. This product specializes in safeguarding quadruple information streams, including data, video, voice, and fax communications transmitted over Ethernet. Developed in-house using advanced Core FPGA technology, the encryptor operates without an operating system, providing robust end-to-end encryption for mission-critical networks with throughput capabilities of up to 1G Ethernet carrier links. It complies with CPC/SAG norms for grading and includes built-in resources such as memory and FPGA logic to accommodate future demands, enabling it to handle data traffic scaling from 1G to 10G optical interfaces.
The Multi Capacity Encryption Unit (MCEU) by BEL is a versatile encryptor designed for both bulk and IP encryption across various data rates, making it ideal for Point to Point and Switched communication networks. This advanced unit can accommodate up to ten encryption/decryption modules and is developed and manufactured in-house, ensuring high-quality performance. Utilizing state-of-the-art technology with FPGAs, the MCEU achieves impressive throughput while adhering to CPC guidelines for hardware design. Its robust capabilities make it an essential tool for secure communications in various applications.
