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UxS C2 is the hardware, software, communication links, protocols and supporting services that enable operators to plan, task, direct, monitor, and recover mixed fleets of uncrewed air, ground, surface and subsurface systems. Key elements include control stations, data links and radios, mission management software, autonomy and control algorithms, cybersecurity, encryption, interoperability, and support services. Target users include military and defense forces, national security, law enforcement, public safety, and industrial mission operators.
Anduril Lattice is a software platform that enables integration, management, and real-time analysis of sensor data, autonomous systems, and command and control operations. The software provides a unified interface for users to monitor, configure, and control various assets across multiple domains, with features focused on automation, data fusion, and situational awareness. Through its analytics capabilities and system interoperability, the software addresses business challenges related to security, operational efficiency, and decision-making by enhancing the visibility and coordination of deployed sensor networks and autonomous devices within complex environments.
Auterion Suite is a software designed for drone fleet operations management, providing tools for mission planning, flight logging, and performance analytics. The software enables users to monitor drone fleets, access real-time telemetry, and automate compliance documentation. It supports integration with mapping and inspection payloads, allowing for centralized data storage and management. Auterion Suite addresses the business need for scalable drone operations by offering visibility into fleet performance, maintenance schedules, and firmware updates, supporting organizations in operating multiple drones efficiently and securely across various applications.
AV_Halo is a software designed for unmanned aircraft systems operations, providing mission planning, management, and analysis capabilities. The software enables users to plan flight routes, monitor live missions, and collect data to support decision-making processes. AV_Halo integrates with aerial platforms to facilitate the control of autonomous flight operations and data collection. It supports coordination among operators and streamlines workflow for surveillance, mapping, and inspection tasks, helping organizations address operational workflow and situational awareness challenges in unmanned aerial operations.
Battlespace Management and Intelligence System is a software designed to support military operations by providing situational awareness, intelligence analysis, and coordination capabilities. The software integrates data from multiple sources to present a comprehensive operational picture, assisting decision-makers in planning and executing missions. It offers functionalities such as real-time mapping, threat assessment, and resource allocation management, which help streamline communication and coordination among units. The software addresses operational complexities by enabling timely information sharing, supporting mission critical analysis, and facilitating efficient management of operational assets in dynamic environments.
Command and Control Personal Computer is a software designed to facilitate mission planning, situational awareness, and decision-making for defense and security operations. The software provides tools for information integration, communication management, and real-time data visualization, enabling users to monitor and control operational assets. It supports mapping, reporting, and resource allocation functionalities to streamline command and control processes. The software addresses the business problem of efficient coordination and management in complex operational environments by offering functionalities that assist users in tracking and responding to dynamic scenarios.
Hivemind is a software developed to enable autonomous operation of unmanned systems in dynamic and contested environments. The software integrates artificial intelligence to process sensor data, plan missions, and coordinate actions among unmanned vehicles, supporting operations with GPS-denied navigation, real-time mapping, and adaptive decision-making. Hivemind is designed to address challenges associated with complex environments where communication or human control may be limited, providing software-driven autonomy for aviation, maritime, and ground platforms. The software aims to streamline mission execution and data processing for organizations seeking autonomous system capabilities.
K-Master Bridge Solutions is a software developed by Kongsberg Maritime that is designed to support vessel operations in the maritime sector. The software integrates navigation, automation, and control functions into a unified interface, enabling operators to monitor and manage ship systems efficiently. K-Master Bridge Solutions provides functionality such as electronic chart display, route planning, sensor monitoring, and alarm management, which helps to enhance situational awareness and operational efficiency on vessels. The software is used to address operational challenges in ship navigation and system coordination by providing consistent and accessible data interfaces, contributing to improved workflow reliability and simplified onboard processes.
Kestrel Airspace Command and Control Suite is a software designed to provide airspace situational awareness and management capabilities to defense and security operations. The software integrates radar, sensor and communication feeds to deliver a consolidated operational picture, facilitating command and control decisions related to airspace activities. It supports threat detection, target classification, and engagement coordination in real-time. The software enables monitoring and management of diverse air operations, including tracking of friendly and potentially hostile assets. This software aids in resolving complexities associated with airspace control and helps address the challenge of coordinating multiple assets and data sources for mission planning and operational execution.
MDCX is a software developed to facilitate the management, integration, and analysis of mission data across various defense and aerospace platforms. The software handles large volumes of structured and unstructured mission data, offering tools for secure data ingestion, storage, and distribution. MDCX includes features for data normalization, visualization, and reporting to support mission planning and decision-making. The software is designed to enhance interoperability among different systems by providing standardized data interfaces and facilitating collaboration in complex operational environments. MDCX addresses challenges related to data silos, fragmentation, and access, improving the timeliness and reliability of mission-critical information.
Odyssey Mission is a software designed to provide mission planning and command and control capabilities for unmanned maritime systems. The software enables operators to develop and manage operational plans, monitor mission execution in real time, and coordinate data from multiple platforms. Odyssey Mission supports interoperability with various unmanned surface and underwater vehicles and integrates with other command and control systems to streamline mission workflows. It is used to address challenges in autonomous system coordination, situational awareness, and operational efficiency for defense and maritime organizations.
Prism SKR software provides advanced video analytics and surveillance management capabilities for security and monitoring applications. The software integrates with various camera systems to support real-time detection, tracking, and classification of objects in complex environments. Prism SKR software processes video input to deliver analysis on movement patterns, object behaviors, and area occupancy, enabling identification and alerting of security events. The software features configurable workflows for automated monitoring, an interface for centralized management, and compatibility with analytics modules for expanded functionality. Prism SKR software addresses challenges related to situational awareness, risk mitigation, and incident response in facilities that require continuous surveillance and event analysis.
QinetiQ UTCS is a software designed to support the operation and control of unmanned targets in test and evaluation environments. The software provides capabilities for mission planning, real-time monitoring, and management of unmanned surface, subsurface, and aerial vehicles. UTCS enables remote control and autonomous operation of targets to simulate complex scenarios for training and equipment testing. It addresses requirements for flexible and safe target management by offering communication, sensor integration, and data collection functionalities. The software is used to improve the efficiency and effectiveness of test and training missions while supporting compliance with range safety protocols.
Rheinmetall Path autonomous kit is a software designed to enable the remote control and autonomous operation of military ground vehicles. This software integrates sensor fusion, drive-by-wire technology, and artificial intelligence to facilitate navigation and decision making in varying terrains and environments. It supports functions such as waypoint navigation, automated convoy driving, and obstacle avoidance, aiming to reduce risk to personnel and enhance operational efficiency in logistics and tactical scenarios. The software offers compatibility with a range of vehicle models, allowing for scalable autonomy and interoperability with existing vehicle fleets. By automating routine or hazardous tasks, it addresses the need for enhanced safety, reliability, and flexibility in defense-related mobility operations.
SkyView is a software developed to provide monitoring and management capabilities for network security environments. The software offers real-time visibility into network activities, supports security event management, and assists in centralizing the administration of security devices. It aggregates event data, provides correlation and analysis tools, and supports the identification of potential threats and policy violations. SkyView is designed to address the business challenge of managing complex network security architectures by enabling administrators to efficiently oversee and respond to security events across distributed environments. The software delivers functions for reporting, alerting, and maintaining compliance with organizational security policies.
Solipsys Battlespace Command and Control Center is a software that enables military and defense organizations to manage and monitor operations across diverse environments. The software integrates data from multiple sources, including sensors and communications systems, to provide situational awareness and facilitate informed decision-making. It supports real-time information sharing and collaboration among command units, allowing for the coordination of air, land, and maritime missions. The software addresses operational challenges by consolidating data streams and presenting actionable intelligence, supporting commanders in mission planning, resource allocation, and analysis of evolving scenarios. Through tools for visualization, task delegation, and continuous tracking, the software streamlines command and control processes for complex defense operations.
Swarmer Platform is a software designed to streamline and automate social influencer marketing campaigns across digital channels. The software enables brands and agencies to manage influencer relationships, track campaign performance, and optimize content engagement by providing tools for communication, analytics, and reporting. Swarmer Platform addresses the challenge of scaling influencer collaborations, allowing users to monitor influencer activity, content approvals, and audience reach. The software assists in reducing manual tasks associated with campaign setup, ensuring consistent tracking of deliverables, and facilitating transparent performance insights to improve marketing outcomes.
Torch-X is a software developed by Elbit Systems designed to provide integrated command and control solutions for military operations. The software supports battlefield management by offering situational awareness, real-time data sharing, and mission planning capabilities across various platforms and domains. Torch-X enables commanders and operators to monitor, plan, and execute missions using live operational data and geographic information. The software facilitates interoperability among different forces and systems, assisting in coordination, communication, and decision-making processes. Torch-X addresses the challenge of managing complex operational environments by enabling the aggregation and distribution of actionable information to enhance operational efficiency and responsiveness.
Track Data Fusion Engine is a software developed by Saab that integrates and processes data from multiple sensors and sources to provide a unified and coherent operational picture. The software is designed to enhance situational awareness for defense, maritime, and air traffic management operations by correlating and fusing sensor tracks, identifying and reducing duplicate data, and delivering real-time tracking information. It supports the management of large-scale data inputs, improves the accuracy of target identification and positioning, and streamlines decision-making processes by presenting operators with consistent and reliable information. The software addresses the challenge of managing complex data environments where timely and accurate information is critical for operational effectiveness.
UCS is a software developed by Israel Aerospace Industries designed to manage and control unmanned aerial vehicles. The software enables planning, mission execution, and monitoring of unmanned systems, and supports communication between multiple unmanned platforms and ground control stations. UCS provides real-time situational awareness, automated mission planning, and payload management to support various operational requirements. The software addresses the need for centralized control and efficient operation of unmanned systems for tasks such as surveillance, reconnaissance, and data collection.
Universal Ground Control Station is a software designed to provide command and control capabilities for unmanned aircraft systems. The software enables operators to plan, execute, and monitor missions, manage payloads, and process real-time data received from aerial platforms. It supports mission planning, situational awareness through real-time video and sensor integration, and data dissemination to support decision-making processes. The software addresses the need for centralized operational control and efficient utilization of unmanned systems in dynamic environments, streamlining workflows and reducing the complexity associated with the management and monitoring of multiple platforms and mission elements.
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