Introduction
NTT West's IWON (Innovative Optical and Wireless Network) initiative is an effort to build a next-generation information and communications infrastructure, and aims to go beyond the limits of conventional infrastructure by utilizing innovative technologies, particularly optical technology. This initiative aims to solve problems in the local community and create new business value, and promotes the creation of use cases that utilize NTT West's strengths and early commercialization.
In NTT West's IWON initiative, what is particularly noteworthy from the perspective of the impact system is the realization of "quick decision-making." The effects and challenges are described below.
●Effects of real-time data sharing using optical technology
In the IWON initiative, optical technology is used to dramatically improve data transmission speed. This allows each amoeba (department) to share management information in real time, enabling quick decision-making. For example, if a failure occurs in the local communication infrastructure, each amoeba can immediately share information and take prompt countermeasures. Such real-time data sharing contributes to the provision of stable communication services in the local community.
●Challenges
Cost of infrastructure development Infrastructure development to introduce high-speed optical technology is extremely costly. In terms of data security, security measures are necessary when sharing data in real time, and there is a risk of information leakage.
●Effects of the introduction of digital twin computing
The IWON concept introduces digital twin computing technology. This allows the real physical space to be linked with the digital space, and optimal decision-making can be made through simulations. For example, when introducing a new communication service, a digital twin can be used to perform simulations in advance to consider the optimal introduction method. This improves the speed of service introduction and enables quick decision-making.
●Challenges
The introduction of digital twin computing requires advanced technology, and securing personnel with specialized knowledge is an issue. In addition, in terms of cost, building and operating a simulation environment is costly, so it is necessary to determine the return on investment.
●Effects of the cognitive foundation
The IWON concept aims to optimally harmonize all ICT resources by utilizing cognitive foundation technology. This allows each amoeba to quickly secure the necessary resources and carry out its work efficiently. For example, in a project that requires large-scale data analysis, the progress of the project can be accelerated by quickly allocating the necessary computing resources using the cognitive foundation.
●Challenges
The introduction and operation of cognitive foundation technology requires advanced technology, and training of human resources with specialized knowledge is an issue. In addition, the introduction and operation of the technology is very costly, so the return on investment must be assessed.
●Strengthening cooperation with the local community
The IWON concept achieves rapid decision-making by strengthening cooperation with the local community. For example, by working with local governments and companies, local issues can be quickly identified and solutions can be implemented. Such strengthening of cooperation can quickly respond to the needs of the local community and contribute to the development of the region.
●Challenges
Communication is required to coordinate cooperation with various stakeholders in the region, and coordination can take time. In addition, from the perspective of sustainability, continuous communication and building trust are necessary to maintain cooperation with the local community.
Comments