Buyeo Drone Education Center

D-AIR Integrated UAV Solutions

We go beyond supplying aircraft to build custom unmanned systems aligned with your business infrastructure.

D-AIR’s solutions are not standalone hardware. They are End-to-End integrated packages, complete with APIs/SDKs and middleware, that can be linked immediately to your video management system (VMS), logistics network (ERP) and security protocols.

Why D-AIR Solutions

We deliver not just aircraft but system integration, adding a new layer on top of the systems you already run.

Seamless Integration

System Integration

No lock-in to proprietary protocols. Standardized APIs and SDKs connect without delay to your existing GCS (ground control station), operations center and legacy systems.

Mission-Specific Customization

Mission-Specific Customization

We do not impose a fixed, off-the-shelf product. The aircraft payload and data processing modules are redesigned for your specific mission, whether military transport, disaster response or facility inspection, before delivery.

On-Premise & Cloud Support

Data Processing Tailored to Your Security Needs

Sensitive flight data and edge AI analytics are transferred securely and directly to your own servers (On-Premise) or a designated cloud environment, in line with your security policy.

01

AI-Based Intelligent Surveillance & Inspection Solution

Surveillance & Inspection

Unmanned systems for monitoring hazardous areas, detecting gas leaks and identifying anomalies across large facilities.

Challenges in the Field

Many industrial sites today keep large numbers of personnel deployed around the clock to manage wide areas, and anomalies are often discovered only after an accident instead of being predicted in advance. Inspections of high-rise structures and confined spaces in particular expose workers to direct safety risks, while essential equipment must be shut down for every inspection, a structural limitation that creates persistent inefficiency.

Components
Special-Purpose UAV Payload (EO/IR, Thermal) AI Object & Anomaly Detection Module Battery-Swap or Auto-Charging Dock

Payloads are selected and fitted to suit each mission.

System Integration

Field — D-AIR

Live UAV VideoAI Anomaly Detection Results
RTSPWebhook·API

Customer

CCTV Monitoring Network (VMS)Operations Center Alert System
  • Live UAV video streaming (RTSP) integrated into the existing CCTV monitoring network (VMS)
  • Anomalies detected by AI sent instantly to the customer’s operations center alert system (Webhook, API)

Benefits

  • 1 Unmanned Hazardous Work and Inspection Without Downtime Inspections in areas with a high risk of injury, such as high-rise structures and confined spaces, are carried out safely without personnel. Scheduled inspection intervals are strictly maintained without stopping equipment, securing both safety and productivity.
  • 2 Proactive Risk Management Through 24/7 Monitoring Close monitoring around the clock, day and night, detects warning signs before accidents occur. Detection data is reported immediately to your existing control system, enabling an immediate “response” to incidents rather than simple “confirmation” of the situation.
  • 3 AI-Driven Monitoring Efficiency and Wider Coverage Advanced AI detection takes over monitoring that once relied on the naked eye of staff. Even as surveillance and control areas expand widely, staffing does not need to grow in proportion, maximizing workforce efficiency.
02

Heavy-Payload Unmanned Cargo Transport Solution

Supply & Transport

An autonomous air transport system that removes bottlenecks in military supply transport, medical deliveries to islands and remote mountain areas, and materials handling at industrial sites.

Challenges in the Field

Geographically hard-to-reach areas, such as islands, mountain regions and isolated rugged terrain, still depend on physical delivery by people and vehicles. These structural constraints inevitably lengthen delivery cycles, and for urgent supplies where the golden hour is critical, delays create very large social and economic opportunity costs.

Components
Heavy-Lift Multicopter & VTOL Automatic Cargo Drop & Loading Mechanism Route Optimization Software
System Integration

Field — D-AIR

Real-Time Delivery Tracking DataAircraft Status Data
Integration APITelemetry

Customer

Warehouse Management System (WMS)ERPControl Server
  • Real-time delivery tracking data provided through integration with the customer’s WMS and ERP
  • Aircraft status (Telemetry) data synchronized to the customer’s control server during autonomous BVLOS flight

Benefits

  • 1 Unmanned Transport Built for Maximum Safety Supply runs over rugged terrain and transport to isolated areas no longer require personnel and vehicles to be sent in. With the risks workers face in reaching difficult terrain reduced in the transport process, supplies are delivered in a safer way.
  • 2 Scheduled Delivery Networks Beyond Infrastructure Limits Regular deliveries of daily necessities and emergency medical supplies become possible even to islands and mountain areas with limited transport links. Terrain no longer dictates delivery schedules, and the system provides reliable transport infrastructure that runs at set intervals.
  • 3 Integration with Existing Business Systems (WMS, ERP) Real-time delivery tracking data feeds directly into the WMS and ERP you already use. There is no need to build or learn a new monitoring screen; cargo is managed intuitively in your familiar working environment.
03

Mobile UAV Monitoring Solution

Mobile Monitoring Platform

A system that mounts drone docks on vehicles, vessels and other mobile platforms, extending autonomous monitoring to sites beyond the reach of fixed infrastructure.

Challenges in the Field

Conventional fixed drone docks can only operate at the site where they are installed. As a result, new infrastructure has to be built again every time the work site changes, and whenever a rapid response is needed, specialist staff must be dispatched to operate the aircraft, a structural inefficiency.

Components
Mobile Drone Dock UAVs & Mission Payloads (ADD-ON) Relay Equipment & Cloud Operations & Control Software
System Integration

Field — D-AIR

Captured VideoFlight Data
Standard API

Customer

Operations & Control SoftwareOn-Premise & Cloud
  • Drone docks mounted on vehicles and vessels support automatic charging, take-off and landing even on the move, securing mission range without fixed facilities
  • Captured video and flight data integrated via standard API with the customer’s operations and control software and on-premise or cloud environments

Benefits

  • 1 No Fixed Infrastructure Required Any location a vehicle or vessel can reach becomes an instant take-off and landing point. There is no need to spend time and money on construction work or additional infrastructure to extend monitoring range, enabling rapid deployment on site.
  • 2 Optimized Staffing Through Fully Remote Control There is no need to send pilots to the site. Missions are carried out remotely under BVLOS control, so the system can be operated flexibly and safely to the planned mission schedule without dispatching staff.
  • 3 Minimal Downtime Through Automation on the Move Automatic charging and take-off and landing control are integrated within the vehicle or vessel. Travel time between sites is no longer lost to idle waiting but is used to prepare for the next mission, improving operational continuity.
04 R&D Stage

Unmanned Air Transport Solution

Urban Air Mobility (PAV)

A solution under development for a next-generation manned and unmanned air transport system, consisting of a hybrid-battery rotorcraft-type flying car (PAV) and vertiports that serve as take-off and landing hubs.

Challenges in the Field

Conventional point-to-point air transport presupposes runway infrastructure and qualified pilots. Routes where these conditions cannot be met currently have no choice but to rely on ground transport networks.

Components
Flying Car (PAV) Vertiport Relay Equipment & Cloud Operations & Control Software
System Integration

Field — D-AIR

Flying Car (PAV)Vertiport
Standard Data Integration

Customer

UAS Traffic Management (UTM)Operations Control Software
  • Joint design of hybrid-battery rotorcraft-type PAVs and the vertiport infrastructure that serves as their take-off and landing hub
  • Proactive validation, ahead of commercialization, of a standard data integration architecture with UTM and operations control software

R&D Scope

  • 1Design of a hybrid-battery rotorcraft-type PAV
  • 2Design of vertiport infrastructure as the take-off and landing hub
  • 3Validation of a standard data integration architecture with UTM and operations control software

This item is within our R&D scope and is being validated ahead of commercialization.

Implementation Process

Starting with an assessment of the systems you currently operate, we build an environment your in-house operations team can manage independently and then hand it over to you.

  1. 01

    Requirements Analysis

    Analysis

    We assess your existing system architecture and the goals of the deployment.

  2. 02

    Solution Design

    Design

    We design the custom hardware (payload) configuration and the API and SDK integration architecture.

  3. 03

    System Integration & PoC

    Integration & PoC

    We test protocol integration in the real environment and prove the concept.

  4. 04

    Final Deployment & Training

    Deployment

    We hand over the system and provide specialist training for your operations staff.

We design the UAV system
best suited to your infrastructure.

Inquire About System Integration and Solutions

D-AIR

D-AIR Co., Ltd.  |  CEO Jeong Yeong-seok  |  Business Registration No. 415-87-02399
Rooms 220–221, Dowon Sangga Bldg., 216 Munhwa-ro, Naju-si, Jeollanam-do, Republic of Korea
Phone 06ur3d1-s7qr331wr5-640gx2  |  Email daweqmir64tb02bapv@ponakiukvefsv5r.coe34em
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