Ideal for home users who want improved convenience and security, and for business security personnel and property managers who need effective premises monitoring. Simple wiring required; this sensor integrates with other devices to enable automated control of lighting and connected systems for a truly integrated environment. Suitable for home security at entry points, office environments for employee attendance, and retail settings to help prevent theft by detecting movement and triggering alerts. Infrared sensors enhance security and include an antidemolition function that sends push notifications when the device is tampered with. Function and performance highlights: Infrared motion sensing for reliable movement detection Antidemolition tamper alert with realtime push notifications Easy integration with existing devices and smart systems for automated control of lighting and other systems Minimal wiring requirements to simplify installation Compatibility and interoperability: Designed to integrate with other security devices and smart home or building management systems Supports coordinated automation for lighting and connected environments Practical use scenarios: Home entry protection: install at doors or entryways to detect movement, trigger lighting, and send alerts Office attendance monitoring: deploy at entry points to capture employee presence and support attendance tracking within the security workflow Retail theft prevention: monitor customer movement within the store and generate alerts when unusual activity is detected Notes on installation and use: Wiring is simplified to minimize installation effort Sensor performance relies on proper placement to maximize detection coverage and reduce false alerts Tamper alerts provide an additional layer of security by notifying managers or security personnel of potential device interference Overall, the product delivers reliable infrared sensing, straightforward integration with existing systems, and proactive alerts to help protect home, office, and retail environments without unnecessary complexity.