Drones and Unmanned Systems for Public Safety Applications

Public safety agencies and emergency response organizations often operate in situations where rapid situational awareness, reliable information, and safe access to difficult-to-reach areas are critical. Unmanned systems can provide valuable operational support by assisting personnel with reconnaissance, situational assessment, documentation, and technical tasks.

We develop and configure customized UAV and robotic solutions for the requirements of public safety agencies and emergency response organizations. Rather than focusing on a specific drone platform, we begin with the operational mission. Platform, sensors, communication systems, and software are selected and integrated to match the intended application.

Technology for Operational Missions

Public safety systems must operate reliably while integrating seamlessly into existing operational workflows. Depending on the mission profile, different UAV platforms, cameras, sensors, and communication technologies can be deployed.

Both commercially available components and custom-developed solutions can be integrated. Systems can therefore be configured for specific emergency vehicles, operational equipment, or specialized sensor payloads.

Typical Applications

• Situational awareness and reconnaissance
• Operational mission support
• Incident scene documentation
• Search and exploration of difficult-to-access areas
• Assessment of buildings and technical infrastructure
• Support during large-scale events and major incidents
• Reconnaissance of hazardous and disaster areas
• Infrastructure inspection
• Support for disaster response and severe weather operations
• Digital documentation of incident scenes

Aerial Reconnaissance

Within minutes, UAVs can provide an up-to-date aerial overview of an operational area and reach locations that are difficult or hazardous for personnel to access. Camera systems enable immediate visual assessment from the air.

Depending on operational requirements, different cameras and sensors can be integrated. High-resolution imaging, thermal cameras, and specialized sensor payloads provide additional information for more informed decision-making during missions.

Flexible Sensor Integration

Sensor payloads are selected according to the operational scenario and integrated directly into the platform. The result is an unmanned system specifically configured for the mission rather than a generic drone solution.

• High-resolution cameras
• Thermal imaging cameras
• LiDAR sensors
• Distance and altitude sensors
• GPS/GNSS navigation systems
• Optical positioning sensors
• Custom sensors for specialized applications

Operations in Challenging Environments

Not every mission takes place in open terrain. Tunnels, buildings, shafts, industrial facilities, and other shielded environments present unique challenges for navigation and communication.

For these applications, systems capable of operating without conventional GPS can be deployed. The combination of LiDAR, optical sensing, and advanced navigation technologies enables reliable operation even where GNSS signals are unavailable or unreliable.

GNSS-Independent Navigation

Modern sensor fusion combines positioning and environmental data to enable exploration of enclosed spaces, tunnels, and other GPS-denied environments.

For specialized operational scenarios, fiber-optic communication systems can also be integrated. These provide a wired connection between the unmanned platform and the operator, offering an alternative where conventional radio communication reaches its limits.

AI for Intelligent Operational Support

Artificial intelligence can significantly accelerate the analysis of large volumes of image and sensor data. Instead of relying exclusively on manual evaluation, relevant information can be detected and processed automatically during the mission.

We develop and integrate AI solutions for unmanned systems that are tailored to specific operational requirements. Processing can take place directly onboard using high-performance companion computers.

• Automated image and video analysis
• Object detection and classification
• Recognition of predefined structures and features
• Support for situational assessment
• Automated sensor data analysis
• Sensor fusion from multiple data sources

Custom UAV Systems for Public Safety

Every organization and operational environment has unique requirements. Our UAV systems can therefore be configured individually, including flight control, sensors, telemetry, cameras, communication systems, and onboard computing capabilities.

PX4 & ArduPilot

We utilize PX4 and ArduPilot as the primary flight control platforms for development and system integration. Both open-source autopilot systems provide extensive flexibility for custom configuration and the integration of advanced operational capabilities.

This enables both the adaptation of existing UAV platforms and the development of purpose-built systems for specialized public safety applications.

From Concept to Operational System

We support public safety organizations throughout the entire development process—not only in selecting a suitable UAV platform, but also in technical concept development, system integration, programming, and sensor implementation.

Existing systems can also be upgraded and adapted to new operational requirements. Our objective is to deliver solutions that integrate naturally into established workflows while providing measurable operational value.

Our Services for Public Safety Organizations

• Design and development of custom UAV systems
• Integration of cameras and sensor payloads
• Programming and configuration using PX4 and ArduPilot
• Integration of telemetry and communication systems
• GNSS-independent navigation solutions
• LiDAR-based environmental mapping and data acquisition
• Integration of companion computers
• Development and integration of AI solutions
• Modification of existing UAV platforms
• Technical consulting and systems development

Unmanned Systems Supporting Emergency Responders

Our goal is to apply technology where it delivers real operational value. Unmanned systems can support emergency responders by improving situational awareness, exploring hazardous environments, and collecting critical information without immediately exposing personnel to unnecessary risk.

Together with our customers, we develop solutions tailored to operational requirements, existing equipment, and technical constraints—from individually configured UAVs to advanced autonomous systems integrating sensors, telemetry, and artificial intelligence.