Optimise Operational Efficiency with Precise People Counting using the Milesight VS351

Milesight’s VS351 Mini AI Thermopile People Counter is an advanced solution designed for precision in monitoring foot traffic in indoor entrances and exits. This compact device excels in high-accuracy bi-directional people counting, making it an essential tool for effective foot traffic analysis and efficient space management.

The VS351 is equipped with a radar sensor (battery version only) for presence detection, intelligently scheduling the thermopile's activation to optimise power consumption. As a Milesight D2D controller, it seamlessly integrates with other Milesight D2D devices, enhancing connectivity and streamlining operations.

With its easy configuration and wireless detection capabilities, the VS351 ensures effortless deployment and connection. It is fully compatible with the Milesight LoRaWAN® gateway and Milesight IoT Cloud solution, enabling users to monitor occupancy in any indoor space and remotely trigger other sensors or appliances through a user-friendly webpage or mobile app. 

Unlock Precision and Efficiency with Bi-Directional People Counting— Your Key to Efficient Space Management.

Features

• Achieve up to 95% detection accuracy (99% for individual passage) in bi-directional people counting utilising radar technology (battery model) and thermopile technology.
• Features an integrated temperature sensor for environmental monitoring and ensuring optimal device operating conditions.
• Guarantees 100% anonymity and GDPR compliance, eliminating privacy concerns with no image capturing.
• Available in Type-C (wired) and battery (wireless) models to suit diverse installation environments.
• Ensures ultra-low power consumption with a battery life of up to 1.6 years, adhering to ESG standards.
• Offers wireless connectivity and a compact design for enhanced deployment flexibility and simplicity.
• Capable of storing 1,000 historical records locally with support for data retransmission to prevent loss.
• Supports Milesight D2D protocol, allowing ultra-low latency and direct device control without gateways.
• Equipped with NFC technology for effortless one-touch configuration.
• Operates seamlessly with standard LoRaWAN® gateways and network servers.
• Fully compatible with the Milesight IoT Cloud platform.

Advanced Tracking

Experience unparalleled precision and efficiency with this innovative people counter, which seamlessly blends cost-effectiveness, high accuracy, and low power usage. Leveraging cutting-edge thermopile and radar technologies, it accurately tracks individuals entering and exiting areas. The AI-driven system excels in bi-directional tracking, delivering real-time, reliable data over a wide detection range, while its sophisticated algorithm effectively filters out side-by-side and U-turn movements, ensuring optimal accuracy.

Flexible and Energy-Efficient Model Options

Discover the versatility of the Milesight VS351 with its battery-powered and Type-C powered models designed to suit any installation need. The battery-powered model offers a completely wire-free setup, utilising thermopile and radar technologies to avoid extensive wiring or infrastructure modifications. Meanwhile, the Type-C model ensures continuous operation by connecting directly to a power source, eliminating battery worries. Both versions prioritise energy efficiency, with features like programmable sleep periods to reduce power consumption during inactive times, and synchronised radar and thermopile operations that meet ESG standards.

Unmatched Accuracy with Multi-Sensor Fusion

Achieve unparalleled precision with the Milesight VS351, delivering reliable data collection at a 95% accuracy rate, and up to 99% for single-person passages. This level of accuracy supports confident decision-making, validated by tests conducted at a height of 2.7m and in ambient temperatures around 25°C. The counter's exceptional performance is bolstered by its multi-sensor fusion technology, where radar and dedicated temperature sensors work in tandem to trigger the device, ensuring optimal accuracy and functionality across diverse environmental conditions.