Next-Generation AI Monitoring Solution "iPatrol 2 (B's AI Patrol 2)" Launched
B's STYLE Co., Ltd., which develops IoT and AI solutions, has developed the next-generation AI monitoring solution "iPatrol 2 (B's AI Patrol 2)" based on the technology of its AI illegal dumping monitoring system "B's AI Patrol." This system integrates site visualization, sharing, recording, and anomaly response, significantly reducing management burden.
📋 Article Processing Timeline
- 📰 Published: April 7, 2026 at 23:00
- 🔍 Collected: April 7, 2026 at 14:30
- 🤖 AI Analyzed: April 20, 2026 at 19:58 (317h 28m after Collected)
B's STYLE Co., Ltd. (Headquarters: Okayama City, Okayama Prefecture; Representative Director: Hiroshi Miyauchi), which develops IoT and AI solutions, has evolved its "Construction Site Monitoring System," which received high acclaim through its implementation at Hirakin Kousan Co., Ltd. (Headquarters: Okayama City, Okayama Prefecture; Representative Director: Taizo Senba), by utilizing the technological foundation of its AI illegal dumping monitoring system "B's AI Patrol," and has newly developed "iPatrol 2 (B's AI Patrol 2)."
This system is equipped with a group of functions that integrate site visualization, sharing, recording, and anomaly response, based on AI human detection, notification, and recording. It supports dashboard display, guest sharing, anomaly notification, time-lapse generation, and multi-camera display.
This enables smooth implementation and operation at a wide range of sites, regardless of site scale or operational format, and by providing anomaly notifications and video records, it realizes operations that do not require constant monitoring, contributing to a significant reduction in management burden.
~ "Construction Site Monitoring System" ~
■ Additional Features
One-Screen Integrated "Dashboard Screen"
Live footage of the site, construction period, number of workers, and progress rate are displayed on a single screen. Site conditions can be grasped at a glance from a PC or smartphone.
"AI Automatic Deterrence and Recording" linked with LED floodlights
When a person is detected during specified hours, LED floodlights automatically turn on to deter them. Simultaneously, video before and after detection is automatically saved for reliable recording.
"Real-time Notification" for detecting suspicious persons
When movement is detected during hours when there is no human traffic, such as at night, a notification is immediately sent to a smartphone. This contributes to the early detection of theft. Detection time settings are also possible.
"Progress Playback" with chronological screenshots
Past dashboards are displayed in a chronological list. Changes at the site can be reviewed on a daily, weekly, or monthly basis, reducing the effort required for progress confirmation and document creation.
"Ultra-Long-Term" Recording Storage and Playback Mechanism that protects on-site and supports on the server
Supports playback and confirmation of continuous recording footage, realizing large-capacity data storage. One week's worth of data is stored on local devices, and one month's worth on the server, allowing for detailed confirmation in case of trouble.
~ "iPatrol 2 (B's AI Patrol 2)" ~
■ Four Major New Features
1. Site Video Sharing Function via Guest Accounts
With the guest account function, "only necessary site footage" can be safely shared with external parties. Viewing ranges can be finely restricted per account, and site conditions can be immediately checked on a browser, significantly reducing the effort of providing video. Video sharing can be centrally managed from the administration screen, enabling reliable information sharing while suppressing operational burden.
This system is equipped with a group of functions that integrate site visualization, sharing, recording, and anomaly response, based on AI human detection, notification, and recording. It supports dashboard display, guest sharing, anomaly notification, time-lapse generation, and multi-camera display.
This enables smooth implementation and operation at a wide range of sites, regardless of site scale or operational format, and by providing anomaly notifications and video records, it realizes operations that do not require constant monitoring, contributing to a significant reduction in management burden.
~ "Construction Site Monitoring System" ~
■ Additional Features
One-Screen Integrated "Dashboard Screen"
Live footage of the site, construction period, number of workers, and progress rate are displayed on a single screen. Site conditions can be grasped at a glance from a PC or smartphone.
"AI Automatic Deterrence and Recording" linked with LED floodlights
When a person is detected during specified hours, LED floodlights automatically turn on to deter them. Simultaneously, video before and after detection is automatically saved for reliable recording.
"Real-time Notification" for detecting suspicious persons
When movement is detected during hours when there is no human traffic, such as at night, a notification is immediately sent to a smartphone. This contributes to the early detection of theft. Detection time settings are also possible.
"Progress Playback" with chronological screenshots
Past dashboards are displayed in a chronological list. Changes at the site can be reviewed on a daily, weekly, or monthly basis, reducing the effort required for progress confirmation and document creation.
"Ultra-Long-Term" Recording Storage and Playback Mechanism that protects on-site and supports on the server
Supports playback and confirmation of continuous recording footage, realizing large-capacity data storage. One week's worth of data is stored on local devices, and one month's worth on the server, allowing for detailed confirmation in case of trouble.
~ "iPatrol 2 (B's AI Patrol 2)" ~
■ Four Major New Features
1. Site Video Sharing Function via Guest Accounts
With the guest account function, "only necessary site footage" can be safely shared with external parties. Viewing ranges can be finely restricted per account, and site conditions can be immediately checked on a browser, significantly reducing the effort of providing video. Video sharing can be centrally managed from the administration screen, enabling reliable information sharing while suppressing operational burden.