AiTrax Co., Ltd. Conducts Advanced Mesh Wi-Fi Demonstration Experiment in Brazil

From January 28 to February 5, 2026, AiTrax Co., Ltd. (hereinafter referred to as "AiTrax"), located in Kamakura City, Kanagawa Prefecture, and represented by Tsutomu Tamura, undertook a contract for the Ministry of Internal Affairs and Communications' "Survey and Demonstration Project for the Deployment of Simple, Wide-Area, and Optimal Mesh Wi-Fi Solutions in Rural Areas of the Federative Republic of Brazil." AiTrax conducted advanced mesh Wi-Fi demonstration experiments at COMIGO (soybean processing plant, feed plant, truck yard) in the state of Goiás, and GRUPO CESARI (truck yard, container yard) in the state of São Paulo, areas where agricultural and logistics infrastructure is concentrated in the Federative Republic of Brazil. We are now announcing the results and verification findings of these experiments.

Using its proprietary advanced mesh Wi-Fi technology, AiTrax established a network originating from Starlink satellite communication. The installation of equipment and network deployment work were carried out solely by local staff and engineers from Microset Tecnologia Ltda. (hereinafter referred to as "Microset Tecnologia"), successfully creating a broadband area covering approximately 22 hectares in just one hour. Excellent results were achieved in all aspects, including LAN speed, internet speed, signal strength (RSSI), coverage, and terminal connections, earning evaluations that exceeded the expectations of facility stakeholders and local system integrators. The significant cooperation from Microset Tecnologia, with whom the demonstration was conducted, supported the success of this project.

In this demonstration, a mesh Wi-Fi network was constructed by connecting only one Starlink unit as the main router for internet access, distributing communication resources among multiple sub-units. Even in harsh environments prone to signal obstruction and interference, such as container yards and truck yards with dense large vehicle traffic, AiTrax's independently developed on-demand route control algorithm instantly switches to the optimal route by assessing real-time changes in the communication environment. Millisecond-level route switching and stable communication quality and operational stability were confirmed. By conducting demonstrations in different industries and geographical conditions, namely agriculture and logistics, we were able to comprehensively verify the implementation feasibility and on-site adaptability in both fields.

Furthermore, AiTrax's unique radio wave visualization indicator function was demonstrated in a real-world environment, allowing installation personnel to intuitively confirm radio wave conditions in real-time while optimally placing equipment. This function, which enables rapid deployment by local staff without specialized RF design knowledge, demonstrates practical utility that can be immediately effective in regions where communication infrastructure development is lagging or in industrial sites where resident experts are difficult to secure.

■ Future Development

Based on the results of this demonstration, AiTrax will further strengthen its strategic partnership with Microset Tecnologia and promote full-scale business development within the Federative Republic of Brazil.

Agriculture and...