iTFS-MINI, 초소형 AI 통합 3D LiDAR

Existing LiDARs are expensive (costing millions of KRW) and large, making them difficult to use extensively in robots or CCTV systems.

Furthermore, interpreting the distance data captured by LiDAR requires a separate high-performance computer, preventing edge devices from making meaningful judgments independently. Using camera vision alone raises privacy concerns, but the combination of LiDAR+AI has been challenging to implement.

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iTFS-MINI integrates a LiDAR sensor module and an AI neural network processing unit (NPU) into a single small housing [74]. Thanks to this, this single sensor performs intelligent processing on-site, such as human presence detection, behavior analysis, and intrusion detection, without the need for an external server or GPU.

In addition, its durable ToF-based fully solid-state design, slender pen-like size, allows it to be installed anywhere, such as on ceilings or robot arms. It consumes less than 3W of power, enabling long-term operation with solar power/batteries. Its revolutionary reduction in manufacturing costs results in a price that is 1/10th of comparable LiDARs, which is also a differentiating factor.

In short, it has pioneered a new area of “cheap, small, and smart LiDARs”.

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The security/building management industry (B2B) is expected to be the first to show interest.

For example, in smart offices or stores, this sensor can be mounted on the ceiling to track people's movements without collecting PII such as faces, thereby protecting privacy while obtaining space utilization data. In the field of factory safety, it can be installed in solutions such as stopping machines when a human body approaches. Autonomous driving robot and drone manufacturers (B2B) can also adopt it as a low-cost 3D sensor.

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With the revolutionary price reduction, LiDAR can be popularized throughout the IoT infrastructure.

HYBO has already received the CES Innovation Award for two consecutive years, increasing its recognition in overseas markets, and is seeking to enter the US/European smart city and smart home markets [75]. There are no specific regulations, but certifications such as laser safety must be obtained.

With function upgrades, expansion to automotive applications (LiDAR+camera fusion ADAS, etc.) is also envisioned, but competition is fierce in that area, so the focus will first be on niche industrial applications.

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The CES award for two consecutive years has proven its technological innovation. The judges praised it for "creating a popular version of LiDAR" and it has received attention as a Korean startup.

However, there is also advice that the market potential should not be overestimated, as the current applications are limited to human detection compared to the larger goal of replacing image sensors.

Overall, it is evaluated that the commercial impact is still insignificant compared to the technological completeness, but the adoption movement in various industries is showing, so future results are expected.

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