为每个人创造天空的世界 A World Where The Sky Is For Everyone

以全球首个自主式AI空中交通管制系统,引领航空革命。 Revolutionizing aviation with the world's first autonomous AI air traffic control system.

系统初始化: NeuroATC v2.5.0

关于我们 About Us

CelestiLink CelestiLink

我们的使命 Our Mission

通过有效且可靠的空域管理创造航空业的未来。 To Create The Future Of Aviation Through Effective And Reliable Air Space Management.

我们的愿景 Our Vision

创造一个天空属于每个人的世界。 To Create A World Where The Sky Is For Everyone.

我们的理念 Our Values

创新 Innovation

不断突破技术边界 Pushing technological boundaries

安全 Safety

航空安全是首要任务 Aviation safety comes first

可靠 Reliability

提供不间断的关键服务 Delivering critical services 24/7

普惠 Inclusivity

让先进空管触手可及 Advanced ATC for all

0

减少航班延误 Reduced Delays

%

0

决策准确率 Decision Accuracy

%

0

全球合作伙伴 Global Partners

+

0

全天候可靠性 24/7 Reliability

hr

产品介绍 Our Product

NeuroATC NeuroATC

自主式空中交通管制。由AI驱动,为天空服务。 Autonomous Air Traffic Control. By AI, For the Sky.

加载中... Loading...

控制面板 Control Panel

活动航班: Active Flights: 4
系统状态: System Status: 运行中 Operational
冲突检测: Conflict Detection: 活跃 Active

NeuroATC 3D演示 NeuroATC 3D Demo

实时观察AI如何规划和优化航班路径、防止冲突并提高空域使用效率。使用控制面板添加航班或修改环境因素,观察系统如何实时适应。 Watch in real-time as AI plans and optimizes flight paths, prevents conflicts, and maximizes airspace efficiency. Use the control panel to add flights or modify environmental factors and observe how the system adapts in real-time.

什么是无人空管系统? What is an Unmanned ATC System?

NeuroATC是一个革命性的无人空中交通管制系统,使用先进的人工智能技术来管理和协调空中交通。与传统的由人类操作的ATC系统不同,NeuroATC能够自主处理所有空管职能,包括: NeuroATC is a revolutionary unmanned air traffic control system that uses advanced artificial intelligence to manage and coordinate air traffic. Unlike traditional human-operated ATC systems, NeuroATC autonomously handles all air traffic control functions, including:

  • 实时监控所有空域内的航空器和无人机 Real-time monitoring of all aircraft and drones in the airspace
  • 优化飞行路径和空域使用效率 Optimizing flight paths and airspace utilization
  • 与飞行员进行自然语言交流 Natural language communication with pilots
  • 冲突检测和解决,确保安全间隔 Conflict detection and resolution, ensuring safe separation
  • 应对紧急情况和天气变化 Handling emergencies and weather changes

工作原理 How It Works

NeuroATC 系统架构 NeuroATC System Architecture

自然语言交互 Natural Language Interaction

先进的NLP引擎实现飞行员与系统的自然对话,无需学习特殊指令格式,提高通信效率和安全性。 Our advanced NLP engine enables natural conversations between pilots and the system, eliminating the need to learn special command formats, improving both communication efficiency and safety.

飞行员: "NeuroATC,请求下降到10000英尺" Pilot: "NeuroATC, request descent to 10,000 feet"
NeuroATC: "中国国航1234,批准下降到10000英尺,保持270航向" NeuroATC: "Air China 1234, descent to 10,000 feet approved, maintain heading 270"

多传感器集成 Sensor Integration

融合ADS-B、雷达、气象和地面传感器数据,形成完整精确的空域情境感知,确保安全决策。 Fusion of ADS-B, radar, weather, and ground sensor data to form a complete and accurate situational awareness of the airspace, ensuring safe decision-making.

ADS-B
99.98%
雷达
100%
气象
98.7%
地面
99.5%

AI路径规划 AI Path Planning

专有算法在毫秒内计算最佳飞行路径,考虑天气、性能和空域限制,降低燃油消耗和延误。 Proprietary algorithms calculate optimal flight paths in milliseconds, considering weather, performance, and airspace restrictions, reducing fuel consumption and delays.

function calculateOptimalPath(aircraft, constraints) {
// 执行多维路径优化算法
return optimizedPath;
}

区块链安全存储 Blockchain Storage

所有飞行数据通过区块链安全存储,确保透明且不可篡改,作为电子黑匣子提供额外安全保障。 All flight data is securely stored via blockchain, ensuring transparency and immutability, providing an electronic black box for additional safety assurance.

Block #28A7F9
Block #28A7FA
Block #28A7FB

为什么重要 Why It Matters

防止人为错误 Prevents Human Error

人为错误是航空事故的主要原因。NeuroATC消除了人类疲劳、注意力分散和工作压力导致的错误风险。 Human error is a leading cause of aviation incidents. NeuroATC eliminates the risk of errors due to fatigue, distraction, and workload stress.

错误减少率 Error Reduction 96%

减少航班延误 Reduces Flight Delays

我们的系统优化了空域使用和流量管理,与传统ATC相比,可将航班延误减少高达85%,为航空公司和乘客节省时间和成本。 Our system optimizes airspace usage and traffic flow, reducing flight delays by up to 85% compared to traditional ATC, saving time and costs for airlines and passengers.

延误减少率 Delay Reduction 85%

可扩展至全球 Scalable to Global Skies

模块化云原生架构可无缝扩展,从小型区域机场到世界最繁忙的航空枢纽,甚至管理未来的城市空中交通。 Our modular, cloud-native architecture scales seamlessly from small regional airports to the world's busiest hubs, and even urban air mobility management.

可扩展性 Scalability 100%

应用场景 Use Cases

各种环境下的应用 Real-World Applications

商业机场应用 Commercial Airports

提高吞吐量,减少延误,创造更流畅的旅客体验 Increasing throughput, reducing delays, and creating smoother passenger experiences

翻转卡片了解更多 Flip card for more

主要优势 Key Benefits

  • 提高跑道使用效率30% 30% better runway utilization
  • 降低机场运营成本25% 25% reduced operational costs
  • 减少碳排放20% 20% lower carbon emissions
  • 全天候可靠性提升40% 40% better all-weather reliability

成功案例 Success Story

某国际枢纽机场采用NeuroATC后,在高峰时段的平均航班延误从27分钟降至仅4分钟,年节省运营成本超过3,000万美元。 After implementing NeuroATC, a major international hub reduced peak-hour average delays from 27 minutes to just 4 minutes, saving over $30M in operational costs annually.

无人机与城市空中交通 Drone/UAM Coordination

协调密集的低空无人机和城市空中交通,确保安全高效运行 Coordinating dense, low-altitude drone traffic and urban air mobility vehicles

翻转卡片了解更多 Flip card for more

主要优势 Key Benefits

  • 可同时管理5000+无人机 Manages 5000+ drones simultaneously
  • 自动优化飞行走廊 Automatic flight corridor optimization
  • 与传统空域无缝集成 Seamless integration with traditional airspace
  • 微米级精度定位 Micrometer-precision positioning

成功案例 Success Story

某智慧城市项目中,NeuroATC成功协调超过3,000架次日常无人机送货和空中出租车飞行,冲突率低至0.001%。 In a smart city project, NeuroATC successfully coordinated over 3,000 daily drone deliveries and air taxi flights with conflict rates as low as 0.001%.

区域交通规划 Regional Traffic Planning

优化区域航线网络,提高多机场区域的整体运营效率 Optimizing regional route networks for improved efficiency across multi-airport regions

翻转卡片了解更多 Flip card for more

主要优势 Key Benefits

  • 区域吞吐量提升50% 50% increased regional throughput
  • 智能负载均衡 Intelligent load balancing
  • 动态适应天气条件 Dynamic weather adaptation
  • 降低噪音污染45% 45% reduced noise pollution

成功案例 Success Story

某大都市区实施NeuroATC区域规划后,三个主要机场的航班量增加35%,同时噪音投诉减少45%,燃油消耗降低28%。 After implementing NeuroATC regional planning, a metropolitan area increased flights by 35% across three main airports while reducing noise complaints by 45% and fuel consumption by 28%.

场景加载中... Loading scenario...

12:00

场景信息 Scenario Info

航空器: Aircraft: 24
效率提升: Efficiency: +42%
处理能力: Capacity: 120/hr

交互式场景演示 Interactive Scenario Demo

探索NeuroATC如何在不同场景下优化空中交通流量。使用上方的控制面板切换场景、调整时间和查看实时数据。您可以通过鼠标拖拽和滚轮来旋转和缩放视图。 Explore how NeuroATC optimizes air traffic flow in different scenarios. Use the control panels above to switch scenarios, adjust time, and view real-time data. You can rotate and zoom the view using mouse drag and scroll.

联系我们 Contact Us

开启未来空管之旅 Begin Your Journey to the Future of ATC

与我们合作 Partner With Us

无论您是机场管理者、航空监管机构还是对航空创新感兴趣的合作伙伴,都欢迎联系我们,共同探索NeuroATC如何为您带来价值。 Whether you're an airport manager, aviation regulator, or interested partner in aviation innovation, we welcome you to contact us and explore how NeuroATC can bring value to you.

总部地址 Headquarters

Rm 7B, One Capital Place, 18 Luard Road, Wan Chai, Hong Kong

电子邮件 Email

celestilink@gmail.com

联系电话 Phone

+852 - 9102 8996

+86 - 185 9801 8996

联系人 Contact Person

Yiu Chung Ki, Ivan

CEO, Founder

预约演示或咨询 Request a Demo or Consultation