--- title: "CENTRAL ANTI-DRONE MANAGEMENT SYSTEM FOR ENFORCEAIR SYSTEMS" date: "2021-07-28T11:06:20+00:00" url: "http://d-fendsolutions.com/multi-sensor-command-control-system/" description: "Discover D-Fend's multi-sensor command & control system, the centralized management solution remotely governing multiple EnforceAir sensors:" --- # CENTRAL ANTI-DRONE MANAGEMENT SYSTEM FOR ENFORCEAIR SYSTEMS ![](https://px.ads.linkedin.com/collect/?pid=2983948&conversionId=4622724&fmt=gif)[Homepage](https://d-fendsolutions.com/) > [Counter-Drone Deployments](http://d-fendsolutions.com/deployments/) > EnforceAir Command & Control System ## **LARGE COVERAGE AREAS POSE LARGE COUNTER-DRONE CHALLENGES** Security teams are tasked with the difficult assignment of securing large, complex areas from rogue drones. This challenge is especially acute for sectors such as [airports](http://d-fendsolutions.com/by-sector/airports/), [borders](http://d-fendsolutions.com/by-sector/border-patrol/), certain [critical infrastructure](http://d-fendsolutions.com/by-sector/critical-facilities-and-infrastructure/) sites, and [outdoor events](http://d-fendsolutions.com/by-sector/stadiums-and-arenas/), including marathons and stadiums. To cover these extensive sites, organizations typically need multiple counter-unmanned aerial systems (C-UAS), and the additional systems often require more operators, driving up operational costs. Operating several C-UAS deployments may also introduce integration and coordination issues, negatively impacting the overall user experience. Security teams need a single, holistic picture of their counter-drone operations and an intuitive way to protect wide areas without increasing staffing. ## **ENFORCEAIR’S MULTI-SENSOR COMMAND & CONTROL (MSC2)** [D-Fend Solutions](/)’ Multi-Sensor Command & Control system (MSC2), a central management solution, controls multiple [EnforceAir](http://d-fendsolutions.com/enforceair-old/) systems (EnforceAir2 and EnforceAir PLUS) remotely from a single server, empowering organizations to **effectively safeguard broad, complex areas** from rogue drones and quickly scale up to meet operational requirements. MSC2 enables expanded rogue [drone detection](http://d-fendsolutions.com/traditional-drone-detection-technologies-vs-rf-cyber-drone-detection/) and [mitigation](http://d-fendsolutions.com/cuas-mitigation/) coverage without increasing the number of personnel needed to operate multiple EnforceAir systems. ![Anti-drone management system for long perimeters by D-Fend Solutions](https://d-fendsolutions.com/wp-content/uploads/2021/06/MSC2PR.jpg) ### **MSC2 Detection** – **A Full Situational Awareness View** With MSC2, all drone detections are merged into one integrated situational awareness picture, enabling organizations to transition from “point protection” via a single EnforceAir system to securing extensive areas using multiple, networked EnforceAir systems. Because MSC2 requires the same number of operators as a single EnforceAir system, it delivers a highly efficient solution for safeguarding against rogue drones in massive areas. By seamlessly integrating with third-party command and control (C2) systems, MSC2 enables law enforcement and military system operators to view EnforceAir’s drone information on their existing operational C2 platforms, with an option to activate mitigation through those platforms. This embeds EnforceAir into organizational workflows and extends operational awareness beyond the tactical team operating EnforceAir systems via MSC2. In addition, MSC2 eliminates duplicate detections when multiple EnforceAir systems detect the same drone, providing a clear and accurate operating picture. ### **MSC2** – **Integrated Multiple Mitigation Capabilities** For enhanced mitigation capabilities, the MSC2 server selects the most suitable EnforceAir system to initiate mitigation, based on radio parameters and operational range, enabling effective control of the threat across the protected area. MSC2 integrates mitigation activities across all systems, enabling simultaneous, coordinated mitigations across multiple EnforceAir systems. In addition, MSC2 allows for an autonomous auto-mitigation mode, supporting low-manpower or operator-free situations. ## **HOLISTIC VIEW & CONTROL** The MSC2 application provides a holistic view of all the information gathered by connected EnforceAir systems. For instance, a drone detected by multiple systems simultaneously will appear as a single drone event on the map. The MSC2 graphical user interface (GUI) is a web-based application with a similar look and feel to the EnforceAir interface, while presenting aggregated system-level data from all connected EnforceAir systems, such as system positions, connectivity status, and more. MSC2 monitors the technical status of all connected systems, with remote software updates and administrative access. MSC2 supports multi-operator and multi-agency operations, enabling authorized users from different units or organizations to access a shared situational awareness picture. The MSC2 GUI can be accessed from a standard computer in control rooms or a ruggedized laptop in tactical field deployments, with the user interface identical to a standalone EnforceAir system. ## **MSC2 DEPLOYMENT OPTIONS** MSC2 offers two main deployment configurations: - **Stationary**: A rack-mounted server for fixed installations. - **Tactical:** A ruggedized laptop-based server, ideal for ad-hoc deployments of multiple EnforceAir systems integrated into a networked protection capability. The [EnforceAir](https://bssholland.com/product/enforceair-counter-uas/) systems managed by MSC2 can be affixed to vehicles or ships, set up as stationary deployments on poles, or used tactically in the field. Each system is connected to the MSC2 server via the IP network. Just like all EnforceAir systems, MSC2 is continuously updated to ensure that users have the most comprehensive drone threat coverage and advanced capabilities, keeping pace with constantly evolving drone technologies and tactics. #### RELATED LINKS [C-UAS Agility & Connectivity to Address Drone Threats](http://d-fendsolutions.com/blog/cuas-agility-connectivity-to-address-drone-threats/) [Anti-Drone Solutions for Airports](http://d-fendsolutions.com/by-sector/airports/) [Counter-Drone Solutions for Border Protection](http://d-fendsolutions.com/by-sector/border-patrol/) [EnforceAir2 C-UAS Deployments](http://d-fendsolutions.com/enforceair2-deployment-kits/) [Defending the Wide Perimeter: How Multi-Sensor Command & Control Unifies Large-Scale C-UAS Operations](http://d-fendsolutions.com/media_coverage-defending-the-wide-perimeter-how-multi-sensor-command-control-unifies-large-scale-c-uas-operations/) ## FAQ What is MSC2? + MSC2 (Multi-Sensor Command & Control) is D-Fend Solutions’ central management system for operating multiple EnforceAir systems from a single server. Why is MSC2 needed? + Large areas such as airports, borders, and critical sites often require several C-UAS systems. MSC2 lets organizations manage them efficiently without adding personnel or creating integration issues. How does MSC2 improve detection and control? + It merges data from all connected EnforceAir systems into one situational awareness view, eliminating duplicate detections and showing all drone activity on a unified map. Can MSC2 handle mitigation too? + Yes. It selects the most suitable EnforceAir system to initiate each mitigation task and can run multiple mitigations simultaneously, including an autonomous mode when operators are not available. Where can MSC2 be deployed? + It supports both stationary setups and tactical deployments using ruggedized laptops for field missions. How is MSC2 accessed? + Through a web-based application with an interface with the same look and feel as EnforceAir. Can MSC2 support multiple operators or agencies simultaneously? + Yes. MSC2 supports multi-operator and multi-agency operations, enabling authorized users from different units or organizations to access a shared situational awareness picture. #### RELEVANT RESOURCES ![hands holding paper](http://d-fendsolutions.com/wp-content/uploads/2020/12/Group-37331.png) MSC2 Brochure [DOWNLOAD](http://d-fendsolutions.com/wp-content/uploads/PDF-no-index/MSC2-Brochure.pdf) ![hands holding paper](http://d-fendsolutions.com/wp-content/uploads/2020/12/Group-37331.png) EnforceAir2 Brochure [DOWNLOAD](http://d-fendsolutions.com/wp-content/uploads/PDF-no-index/EnforceAir-2-Brochure-3.pdf) ![hands holding paper](http://d-fendsolutions.com/wp-content/uploads/2020/12/Group-37331.png) EnforceAir PLUS Brochure [DOWNLOAD](http://d-fendsolutions.com/wp-content/uploads/EnforceAir-PLUS-brochure-1.pdf) ``` array(0) { } ``` ## SALES **INQUIRY** Thank you for showing interest in D-Fend Solutions. Please fill-out the info. below, so we can better serve you. LARGE COVERAGE AREAS POSE LARGE COUNTER-DRONE CHALLENGES  Security teams are tasked with the difficult assignment of securing large, complex areas from rogue drones. This challenge is especially acute for sectors such as airports, borders, certain critical infrastructure sites, and outdoor events, including marathons and stadiums. To cover these extensive sites, organizations typically need multiple counter-unmanned aerial systems (C-UAS), and the additional systems often require more operators, driving up operational costs. Operating several C-UAS deployments may also introduce integration and coordination issues, negatively impacting the overall user experience. Security teams need a single, holistic picture of their counter-drone operations  and  an intuitive way to protect wide areas without increasing staffing. ENFORCEAIR’S MULTI-SENSOR COMMAND & CONTROL (MSC2) D-Fend Solutions’ Multi-Sensor Command & Control system (MSC2), a central management solution, controls multiple EnforceAir systems (EnforceAir2 and EnforceAir PLUS) remotely from a single server, empowering organizations to effectively safeguard broad, complex areas from rogue drones and quickly scale up to meet operational requirements. MSC2 enables expanded rogue drone detection and mitigation coverage without increasing the number of personnel needed to operate multiple EnforceAir systems. MSC2 Detection – A Full Situational Awareness View With MSC2, all drone detections are merged into one integrated situational awareness picture, enabling organizations to transition from “point protection” via a single EnforceAir system to securing extensive areas using multiple, networked EnforceAir systems. Because MSC2 requires the same number of operators as a single EnforceAir system, it delivers a highly efficient solution for safeguarding against rogue drones in massive areas. By seamlessly integrating with third-party command and control (C2) systems, MSC2 enables law enforcement and military system operators to view EnforceAir’s drone information on their existing operational C2 platforms, with an option to activate mitigation through those platforms. This embeds EnforceAir into organizational workflows and extends operational awareness beyond the tactical team operating EnforceAir systems via MSC2. In addition, MSC2 eliminates duplicate detections when multiple EnforceAir systems detect the same drone, providing a clear and accurate operating picture. MSC2 – Integrated Multiple Mitigation Capabilities For enhanced mitigation capabilities, the MSC2 server selects the most suitable EnforceAir system to initiate mitigation, based on radio parameters and operational range, enabling effective control of the threat across the protected area. MSC2 integrates mitigation activities across all systems, enabling simultaneous, coordinated mitigations across multiple EnforceAir systems. In addition, MSC2 allows for an autonomous auto-mitigation mode, supporting low-manpower or operator-free situations. HOLISTIC VIEW & CONTROL The MSC2 application provides a holistic view of all the information gathered by connected EnforceAir systems. For instance, a drone detected by multiple systems simultaneously will appear as a single drone event on the map. The MSC2 graphical user interface (GUI) is a web-based application with a similar look and feel to the EnforceAir interface, while presenting aggregated system-level data from all connected EnforceAir systems, such as system positions, connectivity status, and more. MSC2 monitors the technical status of all connected systems, with remote software updates and administrative access. MSC2 supports multi-operator and multi-agency operations, enabling authorized users from different units or organizations to access a shared situational awareness picture. The MSC2 GUI can be accessed from a standard computer in control rooms or a ruggedized laptop in tactical field deployments, with the user interface identical to a standalone EnforceAir system. MSC2 DEPLOYMENT OPTIONS MSC2 offers two main deployment configurations: Stationary: A rack-mounted server for fixed installations. Tactical: A ruggedized laptop-based server, ideal for ad-hoc deployments of multiple EnforceAir systems integrated into a networked protection capability. The EnforceAir systems managed by MSC2 can be affixed to vehicles or ships, set up as stationary deployments on poles, or used tactically in the field. Each system is connected to the MSC2 server via the IP network. Just like all EnforceAir systems, MSC2 is continuously updated to ensure that users have the most comprehensive drone threat coverage and advanced capabilities, keeping pace with constantly evolving drone technologies and tactics.     ## FAQ ### What is MSC2? MSC2 (Multi-Sensor Command & Control) is D-Fend Solutions’ central management system for operating multiple EnforceAir systems from a single server. ### Why is MSC2 needed? Large areas such as airports, borders, and critical sites often require several C-UAS systems. MSC2 lets organizations manage them efficiently without adding personnel or creating integration issues. ### How does MSC2 improve detection and control? It merges data from all connected EnforceAir systems into one situational awareness view, eliminating duplicate detections and showing all drone activity on a unified map. ### Can MSC2 handle mitigation too? Yes. It selects the most suitable EnforceAir system to initiate each mitigation task and can run multiple mitigations simultaneously, including an autonomous mode when operators are not available. ### Where can MSC2 be deployed? It supports both stationary setups and tactical deployments using ruggedized laptops for field missions. ### How is MSC2 accessed? Through a web-based application with an interface with the same look and feel as EnforceAir.   ### Can MSC2 support multiple operators or agencies simultaneously? Yes. MSC2 supports multi-operator and multi-agency operations, enabling authorized users from different units or organizations to access a shared situational awareness picture.