Advancing On-board Alcohol Checks: Sado Steam Ship's Utilization Case for 'ALC-Mobile3' Released

Tokai Denshi has released a case study report on Sado Steam Ship's implementation of the smartphone-compatible cloud alcohol detector 'ALC-Mobile3'.
その他NQ 84/100出典:PR Times

📋 Article Processing Timeline

  • 📰 Published: May 22, 2026 at 03:00
  • 🔍 Collected: May 21, 2026 at 18:31
  • 🤖 AI Analyzed: May 21, 2026 at 18:43 (11 min after Collected)
## Overview
Tokai Denshi, a developer and seller of alcohol detection, roll-call, and fleet management systems, has interviewed Sado Steam Ship regarding their implementation of the cloud-based, smartphone-compatible alcohol detector 'ALC-Mobile3' and published the findings as a case study report.

## Background and Purpose
The report details how 'ALC-Mobile3' is utilized and the post-implementation changes, supported by testimonials from the field. It serves as a guide for maritime transport operators looking to improve inspection reliability, prevent impersonation, and strengthen safety management systems in unique vessel operating environments.

## Product Features
The system incorporates the 'ALC-Mobile3,' a smartphone-compatible cloud alcohol detector equipped with a dual authentication system (face recognition + driver's license verification), specifically designed for field workers and remote locations.

## Related Links
- Full Sado Steam Ship Case Study: https://www.tokai-denshi.co.jp/uploads/pdfs/20260521/6a0e457a43e91.pdf
- Other Case Studies: https://www.tokai-denshi.co.jp/customers
- ALC-Mobile 3 Special Site: https://lpfo.tokai-denshi.co.jp/ALC-Mobile3

FAQ

Why did Sado Steam Ship adopt this system?

The goal was to enhance the reliability of alcohol inspections, prevent impersonation, and strengthen safety management systems on board.

What detector was used?

The 'ALC-Mobile3,' a smartphone-compatible cloud alcohol detector provided by Tokai Denshi.

What are the features of ALC-Mobile3?

It features dual authentication (face and driver's license), allowing for reliable identity verification in remote field locations.