/ Technology
MARKET LANDSCAPE
DOMESTIC MARKET
GASCO was established to address the challenges in exploiting and managing low-altitude airspace in Vietnam an emerging field that remains highly fragmented, with limited connectivity, dispersed data, and inefficient operations. Unlike traditional models that focus on only a single component of aviation infrastructure, GASCO develops a comprehensive LAE ecosystem that seamlessly integrates physical infrastructure, digital infrastructure, airspace operation and management solutions, and services.
Beyond delivering commercial value, GASCO also makes a significant contribution to national strategic governance by enhancing airspace management capabilities, ensuring flight safety, optimizing the use of airspace, reducing social costs, minimizing resource waste, and increasing data transparency. GASCO’s Low-Altitude Economy establishes a critical foundation that enables Vietnam to adapt flexibly to economic, social, and environmental changes.
GASCO provides a Low-Altitude Economy ecosystem with more than 600 LAE applications and services, designed for ministries, government agencies, local authorities, and enterprises across multiple key sectors, while also unlocking limitless application potential for industries such as logistics, agriculture, smart transportation, and national security and defense.
INTERNATIONAL MARKET
GASCO possesses strong potential to expand into international markets thanks to its comprehensive Low-Altitude Economy ecosystem, which is rare on a global scale. With an integrated model spanning physical infrastructure, digital infrastructure, automation technologies, digital twins, 5G/6G, UTM systems, and real-time operations, GASCO delivers not only technological products but also a new economic model that many countries are actively seeking.
With a comprehensive, flexible, and more cost-efficient approach than traditional management models, GASCO’s Low-Altitude Economy ecosystem has the potential to become an international benchmark for the low-altitude economy. This solution is spreading from Europe and the United States to Asian countries, where demand for digital airspace management, optimized UAV operations, and airspace monitoring is growing rapidly.
TECHNOLOGY ECOSYSTEM OF GASCO
UAM Technology
UAM technology is a low-altitude urban air mobility technology that combines UAVs with intelligent flight management systems to create a safe, automated, and sustainable UAV network.
National Digital Twin Technology
National Digital Twin Technology with 15 Layers (NDT 15) is a core digital infrastructure technology for developing the LAE sector. The national digital twin digitizes all data layers across territories, cities and rural areas, mainland and maritime spaces, synchronously connecting ground systems and low-altitude airspace into a unified real-time platform.
Automation Technology
Autonomous flight control systems for UAVs/eVTOLs, automated takeoff and landing, flight planning and route optimization; autonomous mobile robots (AMRs) and automated guided vehicles (AGVs) for cargo handling, and autonomous UAVs for infrastructure inspection and maintenance tasks.
Artificial Intelligence Technology
Automatic object recognition, anomaly detection, and behavior analysis; flight trajectory optimization; support for complex detection and collision avoidance; enabling optimized flight paths, efficient fleet management, predictive maintenance and flight forecasting, and intelligent chatbots to support operations and pilot training.
Semiconductor Technology
Includes microprocessors for flight control systems, signal processing chips from sensors (camera, LiDAR, radar), and especially integrated AI chips for rapid autonomous processing and real-time situational handling.
Satellite Technology
With CT Verse – CT Group’s specialized space technology company – it is the first unit capable of designing various types of satellites, integrated with UAV networks in the low-altitude economy to create a complete multi-layered space technology system.
5G Communications
Provides broadband connectivity, ultra-low latency, and high reliability, ensuring stable operation for the UTM system