AiTrax Conducts Advanced Mesh Wi-Fi Demonstration Experiment in Brazil
AiTrax successfully demonstrated its advanced mesh Wi-Fi technology in Brazil, providing high-speed, stable connectivity across vast agricultural and logistics sites in just one hour, proving the system's ease of deployment and reliability in challenging environments.
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- 📰 Published: March 28, 2026 at 22:25
From January 28 to February 5, 2026, AiTrax Inc. (Headquarters: Kamakura, Kanagawa; CEO: Tsutomu Tamura; hereinafter "AiTrax") conducted advanced mesh Wi-Fi demonstration experiments in the Federative Republic of Brazil. Commissioned by the Ministry of Internal Affairs and Communications for a project titled 'Survey and Demonstration for the Deployment of Simple, Wide-Area, and Optimal Mesh Wi-Fi Solutions in Rural Areas of the Federative Republic of Brazil,' the experiments took place at COMIGO (soybean and feed processing plants and truck yards) in Goiás state and GRUPO CESARI (truck and container yards) in São Paulo state. We are pleased to announce the results and verification findings today.
Utilizing proprietary patented know-how, AiTrax built a network starting from Starlink satellite communication. Installation and network deployment were carried out solely by local staff and engineers from Microset Tecnologia Ltda. (hereinafter "Microset Tecnologia"), successfully providing broadband coverage to an area of approximately 22 hectares in just one hour. The results were excellent across all metrics—LAN speed, internet speed, signal strength (RSSI), coverage, and terminal connectivity—exceeding the expectations of facility stakeholders and local system integrators. The significant cooperation of Microset Tecnologia was instrumental to the success of this demonstration.
In this project, a single Starlink unit served as the parent node, with multiple child nodes distributing communication resources. Even in harsh environments prone to signal shielding and interference, such as container yards and truck yards packed with large vehicles, AiTrax's proprietary on-demand path control algorithm instantly switched to optimal paths by judging communication environment changes in real-time. We confirmed millisecond-level path switching and stable communication quality. By testing in different industries and geographical conditions—agriculture and logistics—we were able to comprehensively verify the implementation potential and on-site adaptability of the technology.
Furthermore, we demonstrated in a real-world environment that AiTrax's unique signal visualization indicator allows installation staff to intuitively check signal conditions in real-time and optimize device placement. This feature, which enables rapid deployment by local staff without specialized RF design knowledge, demonstrates high practicality for regions with lagging communication infrastructure and industrial sites where experts are not always available.
■ Future Outlook
Following the success of this demonstration, AiTrax will further strengthen its strategic partnership with Microset Tecnologia to promote full-scale business expansion within the Federative Republic of Brazil.