On March 23, 2023, the 2nd Civil Aviation Science and Education Innovation Achievements Exhibition grandly opened at the Beijing National Convention Center. Boneng Shares was invited to participate in the exhibition.

At this event, Brilliant showcased its independently developed digital twin operating system BLinkOS and digital twin smart airport solutions, along with successful case studies at Beijing Capital International Airport, Beijing Daxing International Airport, Chengdu Tianfu International Airport, and Ezhou Huahu Airport. These displays garnered widespread attention and recognition, attracting many guests to stop by, exchange ideas, and visit.

Brilliant, as a new infrastructure provider for the metaverse, relies on its independently developed digital twin operating system BLinkOS, combined with nearly two decades of technical accumulation and experience in the civil aviation field, to create a digital twin smart airport solution. The solution covers core technologies and products in various aspects of smart airport operations, services, security, commerce, and management.

Twin Monitoring - Integrated Air-Ground Operation Twin Monitoring

Integrates aircraft position, airway information, weather information, personnel location, vehicle location, vehicle basic information, flight dynamic information, real-time video, area control, and other information. Based on their respective business rules, it is unified on the platform for visual air-ground integrated display and monitoring, achieving a high concentration of various types of information and enhancing the level of airport operation management.

Twin Monitoring - Digital Tower

The digital tower system realizes surveillance, control, and path planning functions. By integrating and identifying surveillance source data (ASR, SMR, MLAT, ADS-B, etc.), it provides comprehensive airport surface visual surveillance and situational awareness capabilities for air traffic control personnel. At the same time, the system provides timely warnings for dangerous traffic activities such as runway incursions, dangerous approaches to surface targets, restricted area intrusions, and violations of control instructions, serving air traffic controllers to make correct and efficient control decisions, thereby improving airport traffic operation efficiency without reducing airport operation safety.

Daily Management - Virtual Patrol System

The digital twin virtual patrol system, in the virtual scene of digital twins, uses various technologies such as video linkage, path planning, motion simulation, and alarm control to achieve automatic patrol of the patrol area, replacing manual patrol modes, thereby reducing manual work pressure and improving patrol efficiency.

Training and Drills - Emergency Simulation Drills and Command and Dispatch

Assists airports in accurately, effectively, and rapidly controlling the occurrence and expansion of emergencies, carrying out effective rescues, reducing incident losses, and quickly organizing a return to normal status.

Panoramic Sand Table: The entire process and elements of emergency response plans, emergency resource distribution, emergency command, and emergency handling are presented on an electronic sand table.

Full Element Visibility: The airport environment, emergency response scenarios, emergency response roles, and emergency response processes are fully visualized.

Full Chain Command: On the electronic sand table, any role or resource can be coordinated and commanded, and the entire chain of emergency response can be tracked.

Full Role Collaboration: Different perspectives are provided according to different roles, realizing the sharing of resources, tasks, and process information, and promoting collaborative handling by all roles.

Operation Diagnosis - Historical Operation Replay

Combines historical operation position data, business data, and other types of data to achieve a full-scene twin replay view of key businesses such as flight support, flight zone operation, and terminal operation, identifying issues in the airport operation process.

Forecast and Simulation - Operation Simulation and Optimization

Based on the flight operation plan and operation rules and conditions, it generates a flight operation simulation verification report through simulation and simulation algorithms, predicting unreasonable resource scheduling and bottlenecks affecting operation efficiency in advance, allowing users to make targeted operational optimization adjustments in advance, thereby improving airport operation efficiency.

The digital twin smart airport solution created by Brilliant  can empower the entire lifecycle of the four types of airports, from planning, design, construction, and operation to maintenance, providing support for all lifecycle-related data, processes, and businesses.