At Digital Transformation World (DTW) 2025, ZTE Company captured the attention of global telecom leaders with its forward-thinking approach to AI-powered autonomous networks. Held from June 17 to 19 at the Bella Center in Copenhagen, Denmark, DTW 2025 is one of the industry’s most significant events. It gathered key stakeholders to discuss the future of telecom.
ZTE, a prominent player in integrated information and communication technology solutions, showcased its latest innovations in AI and automation—signaling the next era of telecom networks that are smarter, faster, and more efficient.
This year, ZTE’s participation emphasized its continued commitment to driving technological advancements in telecom. At the forefront of these innovations is ZTE’s AIR Net solution, a comprehensive end-to-end network automation framework.
The company also introduced AI-enabled tools for fault monitoring and real-time network adjustments, showcasing the tremendous commercial benefits of these technologies, such as reduced downtime and more responsive services.
ZTE Company’s AIR Net Solution: A Leap Toward Full Automation
ZTE’s AIR Net solution offers end-to-end automation that provides real-time network awareness and adaptive service orchestration. AIR Net is a multi-domain architecture that enables AI-powered analysis to continuously optimize the network.
By integrating large model capabilities, AIR Net enhances network operations with continuous intelligence. It adjusts to shifts in traffic, load, and potential issues without requiring manual intervention. This adaptive orchestration guarantees that network operators can dynamically reconfigure their services to meet user demands and minimize downtime.
In practical terms, the AIR Net solution enables operators to preemptively detect faults, make network adjustments on the fly, and optimize their infrastructure—all from a centralized system. The deployment of AIR Net also translates to significant efficiency gains, particularly in terms of fault management. By continuously analyzing network data, AIR Net reduces the time spent on troubleshooting and problem resolution, ultimately ensuring that services remain uninterrupted.
Cross-Domain Fault Monitoring Agent: A Smarter Way to Manage Network Issues
Another highlight from ZTE’s presentation at DTW 2025 was the introduction of the Cross-Domain Fault Monitoring Agent. It’s a solution that leverages AI to drastically improve fault management and reduce operational overhead.
Intelligent Task Planning to Reduce Site Visits
One of the biggest challenges in traditional network fault management is the need for on-site inspections, which can be time-consuming and costly. ZTE’s Cross-Domain Fault Monitoring Agent reduces these site visits by enabling operators to conduct remote diagnostics using real-time data.
The integration of natural language processing allows operators to interact with the system in a way that is intuitive and simple. So, it’s now easier to identify and address issues without needing specialized technical knowledge.
This AI-powered solution goes beyond simple automation by incorporating predictive analytics, which can forecast potential problems before they escalate. With fewer manual interventions required, operators can focus on optimizing the network, thus reducing operational costs and improving overall network reliability.
Strong Results from Autonomous Network Deployments
ZTE’s push for network autonomy is already delivering measurable results. The company showcased how its autonomous systems have improved network optimization, self-healing capabilities, and fault recovery times across multiple regions.
Improved Maintenance and Self-Optimization
The implementation of autonomous network systems has yielded positive results for telecom operators, particularly in maintenance efficiency. ZTE’s autonomous solutions enable networks to self-optimize by adjusting settings and configurations automatically based on real-time data. This reduces the need for manual intervention and makes the entire system more agile.
With AI systems in place, network faults can be identified and addressed more quickly, which also contributes to better network uptime. This faster fault recovery is critical for businesses that rely on continuous connectivity to maintain their operations, as even short periods of downtime can result in significant losses.
Innovative Auto-Tracking Antenna Unit: Real-Time Beam Adjustments
ZTE’s auto-tracking antenna unit was another showstopper at DTW 2025. It provides real-time, remote-controlled beam adjustments to enhance network efficiency. This solution addresses the frequent challenge of managing changing network traffic demands, especially in dense urban areas or during peak usage periods.
Remote-Controlled Beam Adjustment for Greater Flexibility
Through the auto-tracking antenna unit, telecom operators can remotely adjust antenna beams based on real-time traffic data, which makes the network more responsive to changing conditions. This solution reduces the manual work involved in adjusting antennas and offers a level of network agility that would be impossible with traditional systems.
The ability to perform real-time beam adjustments without on-site visits or manual reconfiguration greatly improves network flexibility and ensures optimal coverage. It also simplifies the operator’s task by reducing the need for constant monitoring and adjustments, which in turn reduces costs.
ZTE Company’s Award-Winning Vehicle-Road-Cloud Collaboration
ZTE’s commitment to pushing the boundaries of network technology was also recognized at DTW 2025. The company, in collaboration with other industry partners, won the prestigious Best Moonshot Catalyst: Attendees’ Choice Award for its AI-enabled system for vehicle-road-cloud collaboration – Phase II. This innovative solution integrates wireless and core network capabilities with AI and edge computing.
Enhancing Traffic Efficiency and Road Safety
The vehicle-road-cloud collaboration system facilitates better coordination between vehicles, roads, and cloud infrastructure, resulting in smarter traffic management. By leveraging AI and edge computing, ZTE’s solution offers a more dynamic approach to managing road networks to improve both traffic flow and safety.
This innovation highlights the growing trend of using telecom networks and AI to tackle real-world issues beyond traditional communications, from transportation to smart cities. ZTE’s success in winning the award underscores its role as an innovation leader in the telecom sector, with its AI-enabled solutions shaping the future of connected systems.
ZTE’s Commitment to Innovation and Collaboration
ZTE’s participation in DTW 2025 is a testament to its dedication to driving the telecom industry forward. The company continues to build on its reputation as a technology leader by embracing openness, innovation, and collaboration.
Zheng Peng, Vice President of ZTE, said, “We are honored to join global leaders at DTW to explore how AI, automation, and sustainable technologies reshape the future of telecom. We look forward to insightful discussions and transformative partnerships that will define the next era of digital transformation.”
As the telecom industry moves toward more intelligent and autonomous networks, ZTE’s commitment to these innovations signals a future where networks can self-manage, adapt to changing demands, and offer a seamless experience for users worldwide.
ZTE Company: The Future of Telecom Networks
Through AI-driven solutions, ZTE is shaping the future of telecom by offering more efficient, reliable, and responsive networks. The advancements showcased at the DTW 2025 demonstrate ZTE’s ability to lead the charge in telecom network automation.
As telecom networks evolve, ZTE remains at the forefront, offering solutions that not only address today’s challenges but also prepare operators for the demands of tomorrow’s connectivity needs. With a focus on sustainable, intelligent, and autonomous technologies, the ZTE Company is poised to continue refining the telecom industry for years to come.
