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Improved diagnosis quality

False negative rate ↓ 50%

Medical records generated in seconds

Efficiency 3x↑ Accuracy> 98%

Unified data & Al foundation

Fault demarcation and locating in minutes
Service rollout duration shortened by 80%

Systematic courses with personalized customization

130+ course and 170+lab projects covering all education stages

Abundant course resources

10+ lab hours per semester，200+ knowledge points in 8 types of experiments

Flexible allocation of computing power and out-of-the-box availability

Deploy a scalable Al computing center designed for 10,000+ users
It supports 20+ open-source models via a self-service platform, empowering faculty and students to run their own Al workflows.

Enhanced transportation safety

Intelligent traffic incident detection monitors the entire road network status in real time, promptly identifying and addressing safety hazards.

Increased transportation efficiency

Methods like the optimization of both road networks and signal control and timing, in addition to traffic flow control, help alleviate traffic congestion.

Improved tranportation services

Traffic order regulation and optimized hub transfers enhance public mobility and the quality of transportation services.

Experience Solidification

100% of expert experience is recorded and accumulated.

Short Planning Lead Time

Drastically shortened planning cycles,From hours to minutes

Reduced Operating Costs

Reduce ship waiting time, improve berth utilization, and reduce operating costs

Extensive Coverage

Unlock the Mbps era with seamless coverage，coverage distances aligned with GSM-R

Ultra-high Speed

Optimized performance algorithms ensure stable signals at a speed of 500 km/h+(vs. 350 km/h)

High Reliability

99.999% high reliability via Multi-level (device-NE-network) "1+1" redundancy, switchover time < 10s , meeting train control bearer requirements

Lower Duty Lost

Duty lost reduce 20%

More Accurate

Detection rate improved 90+%

More Convenient

Clearance time from days to hours

Network Unified by Optical

Fiber to the end, simplified network architecture, and ONU deployment without information boxes
50G PON with ultra-large bandwidth and premium experience
Smooth evolution in 30 years, and upgrade without re-cabling

Ecosystem of Open IoT

Open ecosystem and converged foundation, integrating diverse IoT technologies such as NearLink, Bluetooth, and RFID; eliminating the need for a separate IoT network and reducing TCO by 30%
Collaboration of cloud, edge, and device computing, IoT plug-in installation, and accelerated deployment of smart campus applications

X-Dimensional Sensing

Multi-dimensional collaborated sensing such as vision, Wi-Fi CSI, radio frequency, and 3D optical sensing, achieving accuracy up to 99%
Integrated sensing and communication, reducing deployment costs and eliminating coverage holes in all scenarios

Towards Network Self-driving

Collaboration between O&M Mate intelligent Q&A and optimization Spirit of NeoSight, enabling natural language interaction and deskilling O&M
Personnel, rogue devices, and energy consumption information visible on the sensing map, improving campus operation efficiency

One Fiber

QKD quantum light and OTN service light are transmitted over the same fiber.
Existing optical cable resources are reused, reducing costs.

One Device

QKD boards are incorporated directly into OTN devices, and the devices can be upgraded by installing boards.
The device features built-in QKD capabilities. QKD and OTN boards exchange keys through the device's internal hardware, ensuring that keys never leave the device during transmission.

One NMS

QKD and OTN are managed and maintained through the same NMS, simplifying O&M.
Existing network communication technologies are fully leveraged, hierarchical network planning is implemented, and services are coordinated with quantum capabilities.