Radar Detection & Tracking
Radar is a core sensor for detecting and tracking drone movements in the surrounding airspace. Target information is passed to command and control to support awareness of drone positions and flight paths.
All businesses
05 / DEFENSE & ANTI-DRONE
RADAR-LED AWARENESS
Detect sooner.
Follow the
flight path.
From radar detection to a shared picture.
Multiple sensors, one connected workflow.
3D RADAREO / IRRFC2
Explore participationAI-generated concept illustrating anti-drone technology, not an actual product, installation or detection range.
01 / EUROPEAN DEFENSE COOPERATION
Defense cooperation & MRO
with allied European countries.
We are jointly pursuing a range of maintenance, repair and overhaul (MRO) projects with allied European countries. This cooperation also includes joint development, localized production, imports and exports.
- MRO
Maintenance, repair & overhaul
- JOINT DEVELOPMENT
Joint development
- LOCALIZED PRODUCTION
Localized production
- IMPORT & EXPORT
Imports & exports
02 / THE OPPORTUNITY
Facility protection begins with drone detection.
Protecting critical facilities starts with detecting nearby drones and understanding their movements. We are pursuing anti-drone systems that combine radar, EO/IR cameras and RF scanners, bringing drone positions and flight paths into central command and control. The scope can range from standalone detection and surveillance to integration with existing security systems, with configurations and adoption terms defined for each facility.
Who we serve
Operators of airports, seaports, power plants and critical industrial sites, public agencies responsible for urban safety, and security authorities for military and government facilities.
EO/IR Visual Confirmation
Electro-optical and infrared cameras provide imagery of detected targets. Combining this view with radar information supports drone identification and understanding of the situation.
RF Signal Detection
Radio-frequency scanners contribute signal information alongside radar and imagery. Information from these different sensors supports drone detection and identification.
Central Command & Control
Drone flight paths and sensor information are brought into central command and control (C2). This supports operator awareness and response decisions in coordination with the facility’s security systems.
03 / FROM DETECTION TO DECISION
From detection to decisions,
one connected workflow.
Detection is the starting point. The system connects information about a drone’s location and flight path so that on-site teams and central control can work from a shared picture.
- 01
Detect
Radar and RF sensing provide information on nearby drone movements and signals.
- 02
Identify & track
EO/IR imagery and sensor information support drone identification and flight-path tracking.
- 03
Central control
Location and flight-path information is shared with central control for a common view of the situation.
- 04
Coordinate a response
Operators use the shared picture to coordinate an appropriate response with the relevant authorities.
COMMAND & CONTROL
Multiple sensors.
One operating picture.
Radar, camera and RF scanner information is brought together to understand drone location and movement. System configuration can be discussed around each facility’s monitoring needs and operating structure.
From a standalone detection and surveillance configuration to central-control integration.
WHERE IT MATTERS
Built around the places
that need protection.
Airports & seaports
Monitor drone activity around aviation and logistics facilities and support the operator’s situational awareness.
Power & industrial facilities
Detect nearby drone activity and inform security and control operations at critical facilities.
Urban, public & military sites
Bring together drone information from monitored areas and share it between local teams and central control.
Technical architecture and application areas are based on DAMITA’s official product information. Supply, installation and operating scope in Korea will be defined through facility-specific discussions. View official source ↗
04 / BUSINESS MODELS
How we create value.
How the model works.
Explore the customer, service
and revenue logic of each model.
01
Radar-Based Anti-Drone Deployment
- CUSTOMER
- Public agencies and critical-facility operators introducing drone detection and surveillance.
- SERVICE
- Propose anti-drone systems that connect radar with imaging, radio-frequency sensors and command and control. Define standalone detection and surveillance or integration with existing security systems, and agree demonstration, supply and implementation requirements.
- REVENUE MODEL
- Revenue options include radar and sensor supply and anti-drone implementation contracts. Fees depend on the delivery scope and responsibilities agreed in each contract.
02
Anti-Drone System Leasing
- CUSTOMER
- Institutions considering the upfront cost and period of use of an anti-drone system.
- SERVICE
- Develop adoption arrangements that address equipment timing and payment structure together. Explore leasing through discussions with financing institutions, defining supply terms, the period of use and maintenance responsibilities.
- REVENUE MODEL
- Equipment supply and service fees depend on the roles of the financing institution and other participants. Lease terms and revenue allocation are agreed in the individual contracts.
03
Detection & Control System Upgrades
- CUSTOMER
- Institutions seeking to improve detection sensors and command-and-control capabilities in existing anti-drone or security systems.
- SERVICE
- Review installed equipment and improvement needs to define radar or sensor replacement and expansion, software updates and command-and-control integration. Develop an upgrade plan around compatibility and site requirements.
- REVENUE MODEL
- Revenue options include projects for detection-equipment replacement or expansion, software updates and command-and-control integration.
04
Anti-Drone System Maintenance
- CUSTOMER
- Institutions requiring continued equipment and command-and-control support after anti-drone deployment.
- SERVICE
- Support periodic inspection and issue handling for radar and sensor equipment, software updates and equipment replacement within the agreed scope. Define maintenance responsibilities and support around the facility’s operating needs.
- REVENUE MODEL
- Revenue options include annual maintenance agreements, software-related fees and equipment replacement work. Rates and renewal terms are defined in the contract.
05 / ROOM TO GROW
Investment and partnership.
Ways to work together.
We are preparing a business that extends from radar-based detection and control systems to sensor and software upgrades and long-term maintenance. It addresses both new deployments and the expansion of existing facilities, with leasing and support arrangements discussed around each institution’s needs.
Facility Adoption & Site Validation
Define detection and command-and-control scope around the facility’s protection needs and existing security systems. Establish site validation requirements and an adoption schedule.
Equipment Supply & Leasing
Agree radar and sensor supply terms, financing arrangements, the period of use and maintenance responsibilities. Discuss each participant’s contractual scope and funding requirements.
Upgrades & Maintenance
Bring together capabilities in sensor and command-and-control integration, equipment inspection and software updates. Define support and operating plans for continued system maintenance after deployment.
INVESTMENT & STRATEGIC PARTNERSHIP