#Japan #Tokyo #DX Solutions #Fujitecom #Military Tech Fair

Fujitecom Showcases Innovative DX Solutions at Military Engineer Tech Fair

Fujitecom Inc., headquartered in Chiyoda, Tokyo, is excited to announce its participation in the upcoming 19th Military Engineer Tech Fair, scheduled for September 10, 2025, at the Hotel Grand Hill Ichigaya in Shinjuku, Tokyo. This prestigious event allows Fujitecom to demonstrate how its digital transformation (DX) solutions contribute to maintaining the operational integrity of Self-Defense Force facilities and preventing underground infrastructure risks.

Event Details

• - Date and Time: September 10, 2025, from 10:00 AM to 5:10 PM
• - Location: Hotel Grand Hill Ichigaya, 3rd floor, Jade Room, Booth No. 4 (4-1 Ichigaya Honmura-cho, Shinjuku, Tokyo)
• - Technical Presentation: 3rd Floor, Coral Room, 4th Session, from 3:30 PM to 3:40 PM
• - Participation Fee: Free
• - Organizer: Japan Society of Defense Facility Engineering
• - Access Information: Access Details

- A 3-minute walk from Ichigaya Station on JR Chuo and Sobu Lines
- A 3-minute walk from Exit 4 of Ichigaya Station on the Toei Shinjuku Line
- A 3-minute walk from Exit 7 of Ichigaya Station on the Tokyo Metro Yurakucho and Namboku Lines

In the wake of large-scale disasters, it's crucial to maintain infrastructure, including water facilities, to prevent operational degradation of Self-Defense Force establishments. Fujitecom’s DX solutions are designed to enhance efficiency and elevate risk management practices concerning the maintenance of vital underground infrastructure, such as military bases and camps.

Fujitecom's Technical Presentation

During the event, Fujitecom will present its innovative solutions aimed at improving risk management of underground infrastructure using AI and IoT technologies. The presentation titled “Enhancing Risk Management of Underground Infrastructure with AI/IoT Technologies – Fujitecom’s DX Solutions” will highlight:

Key Displays:

1. Remote Water Pressure and Flow Monitoring System (DLC)
This system monitors water pressure and flow from sensors installed on water pipelines, utilizing mobile communication networks to transmit data to the cloud for real-time oversight. In case of anomalies, notifications are sent instantly, allowing for rapid response.
- Benefits of DLC:
- Strengthens crisis management by enabling constant monitoring 24/7.
- Reduces costs as there’s no need for electrical installation; it operates on battery power.
- Extends the lifespan of pipeline facilities through daily inspections.
- Streamlines maintenance tasks without requiring physical site visits.
- For more information, visit: DLC Product Page

2. Cloud-based IoT Leakage Monitoring System (LeakNet Cellular LNL-C)
Equipped with high-sensitivity IoT sensors, this system monitors vibrations due to leaks for two hours daily. When a leak is detected through Fujitecom's unique AI algorithm, users receive alerts on their smartphones or PCs immediately. The system facilitates early detection before leakage escalates.
- Benefits of LNL-C:
- Prevents leakage accidents through daily inspections.
- Promotes longevity of water facilities by ensuring constant health checks.
- Enhances crisis management with early detection of anomalies.
- Improves operational efficiency through prioritization of inspection areas.
- For more information, visit: LNL-C Product Page

Company Overview

Founded in March 1961, Fujitecom Inc. specializes in developing and selling leak detection devices and providing DX support for water infrastructure as well as AI analytical solutions.

• - CEO: Shinichi Moriyama
• - Address: 2-20 Kanda Sakumacho, Chiyoda, Tokyo 101-0025, Japan
• - Website: Fujitecom Official Site

Contact Information

For inquiries, please contact the Sales Promotion Group at Fujitecom.

• - Phone: 03-5825-2588
• - Email: [email protected]

The Fujitecom team looks forward to welcoming attendees at the Military Engineer Tech Fair and encourages everyone to come and explore the innovative solutions designed to enhance infrastructure safety and operational effectiveness.