Controlsat is the fastest carrier and most reliable spectrum monitoring system on the market.
It allows fully automated monitoring for multiple satellites and beams remotely from the main Network Operations Center (NOC), enabling you to manage and operate your NOCs worldwide in real-time, providing a remarkably easy-to-use interface for saving OPEX.
Controlsat was designed to be scalable and flexible, enabling seamless integration with other products, such as Beam Budget and FlexCap, as well as third-party applications and systems. It leverages RESTful APIs to facilitate Machine-To-Machine (M2M) communication and automation, ensuring compatibility with custom-developed NOC management systems. The system also features an intuitive web-based Graphical User Interface (GUI) for efficient operations.
Supporting up to 200 carrier measurements per second across multiple satellites, beams, and polarizations, Controlsat's advanced automated features include dynamic customer frequency plan configuration, alarm notifications via email, and perpetual recording for post-measurement analysis. This enables operators to quickly detect and address service degradations or interference.
Controlsat optimizes global networks and High-Throughput Satellites (HTS), offering multi-user support, scalability for complex deployments, robust statistical analysis, and detailed Service Level Agreement (SLA) reporting.
By integrating these advanced technologies, Controlsat enhances operational efficiency, reduces costs, and empowers satellite operators with a reliable solution for real-time monitoring and management of satellite carriers.
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The objective of this proposal is to enhance the resilience and operational effectiveness of first responders during disasters and emergencies by providing real-time, automated monitoring and protection of critical satellite and radio communications. The proposed solution, Controlsat, is designed to ensure uninterrupted, interference-free connectivity for first responder teams, enabling them to coordinate, share information, and respond rapidly in environments where conventional infrastructure is compromised or unavailable.
Controlsat achieves this by:
Continuously monitoring multiple communication channels across satellite and radio networks, detecting and identifying signal degradation, interference, or unauthorized transmissions in real-time.
Automatically generating alerts and detailed reports, allowing operators to quickly address issues and maintain service quality under the most demanding conditions.
Supporting remote and scalable operations, enabling centralized oversight for large-scale or multi-site disaster response missions.
Providing an intuitive user interface that simplifies the management of complex network environments, reducing the need for specialized technical knowledge in the field.
The relevance of Controlsat lies in its proven ability to maintain the integrity and availability of mission-critical communications, which are essential for the safety and coordination of first responders. By minimizing the risk of communication failures due to interference or jamming, Controlsat directly addresses key capability gaps identified by the DIREKTION Awards, such as interoperable communications, real-time threat detection, and remote acquisition of critical information. Its operational maturity and adaptability make it a valuable asset for disaster resilience efforts worldwide.
Controlsat introduces a new standard in automated spectrum monitoring for critical communications, combining speed, scalability, and user-centric design to address the unique operational needs of first responders. Its core innovation lies in its ability to perform up to 200 carrier measurements per second, ten times faster than conventional systems, enabling real-time detection of interference, jamming, and signal anomalies across unlimited satellites, transponders, and carriers.
The system’s architecture is fully scalable and supports multi-satellite, multi-beam, and multi-user operations, allowing a single platform to manage global networks from a central NOC or remotely, 24/7. Controlsat’s automated alarms, customizable event thresholds, and SLA reporting empower operators to respond instantly to threats or degradations, minimizing downtime and ensuring mission-critical connectivity.
Unlike traditional monitoring solutions that require manual intervention and are limited in scope, Controlsat offers both manual spectrum analyzer modes and fully automated, continuous monitoring based on dynamic frequency plans. Its intuitive interface and remote accessibility make it easy for non-specialists to operate in high-pressure disaster environments, reducing the need for on-site technical expertise.
Additional innovative features include detailed statistical analysis, post-event recording, and compatibility with high-throughput satellite (HTS) networks, making it future-proof for evolving communication infrastructures. By integrating these capabilities, Controlsat provides first responders with unprecedented situational awareness and resilience, setting a new benchmark for secure, reliable communications in disaster response scenarios.
Controlsat directly addresses one of the most critical operational challenges for first responders: maintaining secure, reliable communications in disaster and emergency scenarios where terrestrial infrastructure is often damaged, overloaded, or unavailable. In such situations, first responders depend on satellite and radio links for coordination, situational awareness, and mission-critical data exchange.
The solution resolves several key issues:
Real-time detection and mitigation of interference: Controlsat continuously monitors communication channels, instantly identifying signal degradation, jamming, or unauthorized transmissions that could disrupt operations. This allows for immediate corrective action, reducing the risk of communications failure during critical response phases.
Automated, remote operation: The system operates 24/7 and can be managed remotely from a central NOC, supporting both large-scale and multi-site deployments. This flexibility is essential for scaling operations up or down as incident complexity changes, as recommended in operational readiness planning for first responders.
Actionable intelligence and situational awareness: By generating automated alerts and detailed reports, Controlsat empowers incident commanders and field teams with real-time information on the health and integrity of their communication networks. This supports informed decision-making, rapid deployment, and effective risk management.
User-friendly interface: Designed for ease of use, even by non-specialists, Controlsat reduces the training burden and ensures that responders can focus on their mission rather than complex technical tasks.
In summary, Controlsat resolves the operational vulnerability of communication loss due to interference, providing first responders with the resilient, real-time connectivity and actionable intelligence needed to coordinate, adapt, and succeed in high-stress, dynamic disaster environments.
The company has developed 30+ products designed to address customer needs in Spectrum Superiority, communications, PNT, and intelligence. As a leading software engineering company, it specializes in advanced software solutions for satellite networks and space communications, driving network innovations, and RF and optical technologies. It provides tailored software solutions that ensure critical network infrastructure operates available, resilient, and securely, even in congested environments.
The company has developed 30+ products designed to address customer needs in Spectrum Superiority, communications, PNT, and intelligence. As a leading software engineering company, it specializes in advanced software solutions for satellite networks and space communications, driving network innovations, and RF and optical technologies. It provides tailored software solutions that ensure critical network infrastructure operates available, resilient, and securely, even in congested environments.