日本語 
Another significant milestone has been achieved in terms of AI-based management of the telecommunications network of Japan through the launch of the MantaRay AutoPilot of Nokia by the leading mobile phone company of the country, NTT DOCOMO. The launch is significant because it is the first time that the technology has been rolled out anywhere in the world on a public cloud in order to optimize the commercial mobile network.
More than just a network optimization tool, the launch is a reflection of how AI is now being used in the field of telecom to enable autonomous telecom operations, in which case AI automatically manages the network and predicts and optimizes the network. With increasing demands for 5G, AI applications, cloud computing and even 6G in the future, it is becoming increasingly critical.
AI Takes Control of Network Optimization
Nokia’s MantaRay SON platform had been adopted by DOCOMO in 2025 for automating certain parts of their network optimization cycle. Nevertheless, engineers had to manually set optimization parameters and operating policy.
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With MantaRay AutoPilot, manual intervention becomes unnecessary.
Using artificial intelligence, the system will analyze real-time network behavior and automatically select the best operating parameters according to the defined service objectives, or “intents,” in conjunction with MantaRay SON, thus optimizing the network within 15 minutes. Moreover, the AI system continuously adjusts itself to traffic dynamics during the day and thus is able to optimize the network even faster.
By running the platform in a public cloud environment, DOCOMO also gets increased flexibility and scalability, allowing for the future deployment of additional AI technologies without relying on hardware.
Accelerating Japan’s Journey Toward Autonomous Networks
One of the key features of the deployment is DOCOMO’s goal to implement Autonomous Network Level 4, according to the industry framework from TM Forum.
At this level, artificial intelligence could predict conditions in the network, make decisions about its operations, and monitor the performance of the network with minimal human intervention. This feature is supposed to increase reliability of the services provided while making operational and maintenance costs much lower.
Autonomous networks will be crucial for Japan because of the high investments into digital transformation and further implementation of 5G and 6G networks, smart cities, connected cars, and Internet of Things (IoT).
Strengthening Japan’s Position in AI-Driven Telecommunications
DOCOMO’s implementation further cements Japan’s status as one of the world leaders in telecommunications.
Japanese telecom firms have always been early to adopt new technologies in the mobile space, and now AI is set to become the next area of differentiation. Instead of simply upgrading their networks’ capacity, telecom providers are starting to pay more attention to intelligent systems capable of optimizing themselves.
This initiative fits perfectly into Japan’s larger national plans for AI adoption and development of cloud and digital solutions.
Through its cooperation with Nokia, DOCOMO is putting itself ahead of other players in the race for an intelligent approach to network management.
Opportunities for Japan’s Technology Industry
Implications of this go far beyond telecommunication sector.
The emergence of automated networks using artificial intelligence opens the doors for software companies, cloud vendors, semiconductor makers, cybersecurity providers, systems integrators and data analytics firms in Japanese technology community.
As telecom companies start automating their networks, there will be increased need for sophisticated AI algorithms, edge computing systems, machine learning architectures, cloud-native software and intelligent monitoring tools.
Specialized Japanese companies operating in AI chips, networking hardware, cloud services and digital infrastructure sectors can see new openings emerging due to widespread deployment of autonomous networking systems.
There are also going to be opportunities for universities and research institutes working with telecom providers on AI algorithms, network optimization and 6G communication technology.
Supporting Business Digital Transformation
Enterprises conducting business throughout the Japanese market will see many benefits in a smarter mobile network environment.
Whether it is manufacturers that use smart factories, logistics firms that utilize connected vehicles, medical providers who employ remote diagnosis, or retailers that leverage IoT technology, all need to have a stable network.
Intelligent optimization through the use of AI allows telecom providers to achieve a more stable network service in times of variable demand.
With firms continuing to move towards cloud computing systems, network intelligence will be a key advantage.
Laying the Foundation for 6G and Future Innovation
The use of AI in the operation is also an indicator of the evolution of the telecom sector from hardware-based operation to software-defined and AI-controlled infrastructure.
6G networks of the future will be expected to enable autonomous driving, immersive experiences, robotics, digital twins, and billions of connected devices. Such complexities of management will need AI technology that is able to make operational decisions much faster than human experts.
Autonomous network optimization technology from DOCOMO is an example of how Japanese telecom companies prepare themselves for the future.
A Milestone for Japan’s Digital Economy
The incorporation of MantaRay AutoPilot from Nokia by DOCOMO is not just a technological move; it is a giant leap towards the future of autonomous telecommunications.
In the context of Japanese technological industry, the move strengthens the country’s position in terms of creating AI-enabled digital platforms while paving new paths for various companies working in cloud computing, software, cybersecurity, semiconductors, and intelligent networking.
With the growing need across the globe for fast and reliable self-regulating communication networks, Japan is not just taking steps towards autonomous telecommunication technologies; it is also becoming an innovator in the future of AI-based connectivity.
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