Key Features

• 01 Integrated C2 Platform

  • Crayon CUDP unifies radar, RF sensors, EO/IR cameras, acoustic sensors and response equipment distributed across multiple sites into a single C2 (Command & Control) platform.
  • Key detection, tracking and video data collected at each site is transmitted to the central control center in real time or in batches, so operators can grasp the entire operational picture on one screen and command and control it without delay.
  • AI-based data fusion and threat analysis merge information detected by different sensors into a single threat track and analyze drone position, flight path and risk level in real time.
  • On that basis, the full process from detection through identification, tracking and response — alert distribution, automatic camera tracking and response equipment integration — is managed systematically.
  • An open architecture that makes adding sites and expanding equipment straightforward also allows flexible scaling from a single facility to a large integrated control environment covering many regions.
  
• 02 Open System Integration

  • Crayon CUDP supports unified management of information collected from heterogeneous sensors — radar, RF sensors, EO/IR cameras, acoustic sensors, ADS-B and Remote ID — on a single C2 platform.
  • Detection data from each sensor is linked in real time so drone position, flight path, video and identification results can be reviewed together, and threat analysis, situational assessment and response equipment control can all be carried out on one screen.
  • Open interfaces such as standard APIs and NATO standards (STANAG, ASTERIX and SAPIENT supported), combined with a plug-in integration structure, allow equipment from different manufacturers using different protocols to be connected flexibly.
  • Integration is also possible with alert distribution systems, jamming and drone neutralization equipment, video storage and analysis systems, other C2 platforms and external databases, and required functions can be expanded step by step according to the operating environment and mission.
  • The result is an open, scalable integrated counter-drone operating environment that is not locked to a specific manufacturer or device.
  
• 03 AI Response Automation

  • The position and threat score of targets detected by radar and RF sensors are analyzed in real time, and AI automatically assesses the situation and guides the operator through response procedures prioritized by urgency and importance.
  • Even if AI analysis is temporarily interrupted, standard response procedures and the tracking console remain immediately available so operators can carry out jamming, response and tracking actions without delay.
  
• 04 Field-Deployable Mobile Control

  • Field personnel can make immediate decisions and respond at the point of an incident without relying on a separate fixed control center, improving tactical mobility and operational efficiency.
  • Because it can be installed and relocated quickly, a flexible and rapid response system can be established for military operations, critical facility perimeters, disaster sites, temporary controlled zones and remote areas with limited communication infrastructure.