Services
DroneMatrix has a proven track record of developing fully autonomous systems that operate without human intervention. Above all, we are a software company that supplies a total end-to-end solution for our clients’ security, inspection and monitoring needs.
Experienced supplier to the security sector
Our drones are equipped with modular, advanced sensors that can detect and track any potential security threat while the control system enables completely independent operation at a distance.
Our software is fully interoperable with preexisting systems, powered by artificial intelligence and capable of harnessing entire fleets of drones.
Our systems are developed and produced domestically in Belgium, giving us complete control of the entire technology chain from cradle to grave. This allows us to adapt quickly to our clients’ demands and respond with flexibility to any unforeseen market changes.
This means we are also invulnerable to global supply chain threats and data breaches from foreign-sourced hardware. What results is a versatile and resilient system that complies with data security standards for operation in critical infrastructure.
Our focus areas
Port services
DroneMatrix is a cutting-edge technology company that specialises in developing and applying advanced drone systems for a wide range of commercial and industrial purposes. One of our notable focus areas is the Port of Antwerp, where we have been actively involved in providing innovative drone solutions to enhance the port’s operational efficiency and safety.
In recent years, DroneMatrix has worked closely with the Port of Antwerp to deploy drone systems for various tasks, including cargo inspections, security monitoring, and environmental assessments. Using drones has proven highly effective in improving the port’s overall efficiency, reducing costs, and increasing safety. Their sophisticated sensors generate an accurate picture of the operational area, which is then mapped onto a digital twin, speeding up the tasking of orders, docking, and cargo transfer.
The drones in this project use all-aboard technology for real-time localisation and flight navigation in a semi-autonomous mode, where the drone makes all the decisions. Nevertheless, the remote ‘Pilot in Command’ can always overrule and intervene, and remains responsible for the flight operations.
Domestic production in Belgium has allowed for a truly bespoke system for the Port of Antwerp, and our software solution has been designed to interoperate fully with existing port software. Upgrades to the service are implemented quickly to meet changing demands in the port.
The potential of counter-drone technology (C-UAS) is immense. DroneMatrix, in collaboration with Nordic Unmanned and Senhive, is uniquely positioned to address the challenges posed by the increasing number of drones and UAVs in the air. As drone technology evolves, C-UAS becomes essential to protect businesses, individuals, and critical infrastructure from malicious activities. With their expertise in uncrewed systems, DroneMatrix develops and deploys advanced C-UAS solutions that are secure, reliable, and capable of providing organisations with increased situational awareness and control.
The Drone Threat
UAVs can be used for both beneficial and malicious purposes. Malicious drones can conduct surveillance and launch attacks, disrupting crucial operations. The types of drone threats are typically classified into three categories:
- Civil Scenarios: These include drones interfering with airports, commercial aerospace, or critical infrastructure.
- Military Scenarios: This covers the protection of critical military infrastructure and allied forces.
- Operational Types:
- Clueless Operations: Unintentional violations by unaware operators.
- Careless Operations: Accidental breaches due to negligence.
- Malicious Operations: Intentional threats.
Counter Drone Technologies
To counter these threats, DroneMatrix employs a variety of technologies, including:
- Detection and Identification:some text
- Radar Systems: Use radar and infrared sensors to detect and identify drones.
- Infrared Cameras: For tracking and identifying drones.
- Disruption Technologies:some text
- Jamming Devices: Use radio frequency (R.F.) to disrupt communication between the drone and its operator.
- Kinetic Countermeasures: Physical methods like nets to neutralise drones.
- Directed Energy Weapons: Such as lasers and microwaves to disable drones.
Combined technologies:
Approach
DroneMatrix proposes a structured approach to countering drone threats, similar to the OODA loop combat doctrine:
- Detection: Identifying drones and classifying them.
- Evaluation: Assessing the threat level.
- Decision Making: Determining the appropriate countermeasure.
- Counteraction: Implementing the chosen countermeasure.
The process is enhanced by artificial intelligence and automation to increase the effectiveness of the C-UAS systems, especially given the short time frame between detection and potential harm.
Layered approach:
drones for commercial and recreational purposes, leading to increased incidents of public safety violations and threats to critical infrastructure.
Technical Solutions and Next Steps
DroneMatrix and Nordic Unmanned focus on integrating existing technologies for detection and disruption while developing solutions for threat evaluation and decision-making. The approach involves:
- Reselling Existing Solutions: A fast, low-complexity option with moderate success chances.
- Integrating Existing Components: Medium complexity with the potential for added value and simplified processes.
- Developing New Solutions: High complexity with significant benefits but higher risks and longer implementation times.
DroneMatrix drones offer advanced solutions for asset management in port environments, significantly enhancing efficiency and accuracy. With high-resolution cameras and sophisticated sensors, these drones can perform detailed inspections and inventory assessments of port assets, including containers, cranes, and other equipment. DroneMatrix drones enable port operators to track asset locations, conditions, and statuses precisely by capturing real-time data and creating comprehensive digital records.
The integration of artificial intelligence allows for the automated analysis of collected data, identifying maintenance needs and potential issues, and optimising asset utilisation. This proactive approach minimises downtime, reduces maintenance costs, and extends the lifespan of critical infrastructure.
In summary, DroneMatrix drones streamline asset management processes in port environments by delivering accurate, real-time data and enabling proactive maintenance and security measures. This leads to improved operational efficiency, reduced costs, and enhanced asset longevity.
Oil spills present a significant threat to marine environments, posing risks to wildlife, coastal communities, and the broader ecosystem. Traditional methods of detecting and monitoring oil spills can be time-consuming, labour-intensive, and limited in coverage. To address these challenges, DroneMatrix, a leading developer and manufacturer of uncrewed aerial vehicles (UAVs), has pioneered advanced UAV technology for efficient and effective oil spill detection.
Advantages of DroneMatrix drones in Oil Spill Detection:
- Rapid Response: DroneMatrix drones can be deployed quickly to the site of an oil spill, providing immediate situational awareness. Their rapid response capability is crucial in minimising environmental damage and facilitating prompt cleanup operations.
- High-Resolution Imaging: DroneMatrix drones capture high-resolution images and videos of the affected area with state-of-the-art cameras and sensors. These images are vital for accurately assessing the extent and severity of the spill.
- Advanced Sensors and Data Collection: DroneMatrix drones are integrated with sophisticated sensors, including thermal cameras and multispectral imaging devices. These devices can detect oil on the water surface even under challenging conditions such as low light or adverse weather. These sensors enhance the detection accuracy and provide comprehensive data for analysis.
- Real-Time Monitoring and Data Transmission: The drones transmit real-time data to command centres, enabling continuous oil spill monitoring. This real-time information is essential for coordinating response efforts and making informed decisions on containment and remediation strategies.
- Accessibility and Coverage: DroneMatrix drones can access areas that are difficult for humans or traditional vehicles to reach. Their ability to fly over vast expanses of water allows them to cover large areas quickly, ensuring thorough monitoring and detection across the spill zone.
- Cost-Effectiveness: Using drones for oil spill detection reduces the need for costly (manned) aircraft and ships. The operational efficiency of DroneMatrix drones translates to significant cost savings in both the detection and response phases of oil spill management.
When an oil spill is reported, DroneMatrix drones are dispatched to the location equipped with mission-specific payloads. Upon arrival, the drones conduct systematic aerial surveys, capturing detailed imagery and sensor data. This information is processed using advanced algorithms to identify oil patterns, thickness, and spread.
The drones can fly pre-programmed routes or be manually controlled by operators to focus on critical areas. They can also be equipped with AI-powered analytics tools that automatically detect and classify oil spills, providing immediate alerts to response teams.
DroneMatrix drones represent a transformative approach to oil spill detection, combining speed, precision, and advanced technology. By leveraging these drones environmental agencies and response teams can enhance their oil spill management capabilities, ensuring quicker response times and more effective mitigation of environmental impacts. As DroneMatrix continues to innovate, the future of oil spill detection and environmental protection looks increasingly promising.
Security
Autonomous systems can give you situational awareness unmatched by eyes on the ground and fixed cameras. They can respond to actions faster and operate at all hours of the day and in hazardous environments. A single pilot or human on-the-loop can control multiple systems if necessary, with software-defined data capture and actions reducing cognitive load and increasing operational efficiency. These systems have proven to be highly effective in detecting and deterring security breaches, and they have significantly enhanced the ability of security personnel to respond to potential threats.
DroneMatrix provides end-to-end support, from the initial design and production to data management and operational maintenance. We integrate end-user feedback, making our software solutions modular and tailored to specific operational goals. Interoperability with other autonomous systems and existing software ensures seamless data flow across the operational domain, whether it’s an airport, seaport or industrial site.
DroneMatrix has partnered with Infrabel, the Belgian railway infrastructure manager, to enhance security and perimeter control across their vast network.
DroneMatrix offers cutting-edge drone technology and a range of solutions designed to improve security and control in large-scale environments. By partnering with Infrabel, DroneMatrix will provide the railway infrastructure manager with drones equipped with high-resolution cameras, advanced sensors, and analytics software.
One of the key advantages of using drones for security and perimeter control is their ability to cover large areas quickly and efficiently. With Infrabel’s expansive railway network, this capability is crucial for the timely detection of potential security threats. DroneMatrix’s drones can patrol the network, covering long distances in a fraction of the time it would take traditional security personnel.
The drones are equipped with advanced sensors to detect unusual activities, such as intruders attempting to access restricted areas. This leads to real-time alerts to security personnel. The drones’ high-resolution cameras capture footage of suspicious activities, enabling Infrabel to respond to potential security breaches quickly.
By leveraging the latest drone technology and analytics software, Infrabel is better equipped to detect and respond to security threats, ultimately improving the safety and security of their railway network.
Inspection
DroneMatrix systems are developed with scale in mind, ensuring that no area is too large to receive full inspection and surveillance coverage. Thanks to our Light UAS Certificate (LUC), we operate across multiple industrial sectors across Europe.
DroneMatrix drones offer advanced capabilities for a wide range of inspection use cases across different industries and environments, ensuring the maintenance and safety of critical infrastructure. Equipped with high-resolution cameras, sensors, and AI-powered analytics, these drones provide comprehensive inspection solutions that enhance efficiency, accuracy, and safety.
Regular inspections of roofs and structures are essential to identify leaks, cracks, and other damage. DroneMatrix UAVs provide safe and efficient inspections of these areas, eliminating the need for scaffolding or manual access. High-resolution imagery and 3D modelling enable precise assessment and documentation of structural conditions.
- Efficiency: Drones can cover large areas quickly and access hard-to-reach places, significantly reducing the time required for inspections.
- Safety: By minimising the need for manual inspections in hazardous areas, drones enhance worker safety.
- Accuracy: High-resolution imaging and advanced sensors provide detailed and precise inspection data, enabling accurate assessments.
- Cost-Effectiveness: Drones reduce the need for expensive equipment and labour, lowering overall inspection costs.
Telecommunications companies can use DroneMatrix drones to inspect cell towers and other communication infrastructure. Drones can quickly assess structural integrity, identify antenna misalignment, and detect wear and tear. This reduces the need for manual inspections, improving safety and efficiency.
DroneMatrix drones can be used for environmental monitoring, including assessing air and water quality, detecting pollution, and tracking wildlife. In natural disaster scenarios, they can survey damage, monitor recovery efforts, and assist in planning restoration activities. This helps manage environmental impact and ensure regulatory compliance.
On construction sites, DroneMatrix drones offer progress monitoring, quality control, and site safety inspections. They provide real-time data on construction activities, helping project managers track milestones, identify issues, and ensure compliance with safety standards. This enhances project management and reduces the risk of delays.
DroneMatrix drones are valuable tools in agriculture for monitoring crop health, irrigation systems, and soil conditions. Multispectral and thermal sensors help identify pest infestations, nutrient deficiencies, and water stress. This enables farmers to act precisely, improving crop yields and resource efficiency.
In the energy sector, DroneMatrix drones can inspect power lines, wind turbines, solar panels, and oil and gas pipelines. They provide detailed visual and thermal imaging to detect faults, overheating components, and leaks. This helps maintain the integrity of energy infrastructure and ensure uninterrupted service.
DroneMatrix drones can perform detailed inspections of infrastructure such as bridges, buildings, and industrial facilities. By capturing high-resolution images and videos, drones identify structural issues, wear and tear, corrosion, and other problems requiring maintenance. This allows for timely repairs and prevents costly downtimes
DroneMatrix is able to rapidly execute new deployments within 30 days after ordering. This included the full end-to-end flow from feasibility, authorization and operations