Key Applications

Empowering advanced intelligent systems in harsh environments with our next-generation, ultra-wide spectrum perception technology.

Cabin view of a mining truck displaying LAWABO's augmented reality HUD, demonstrating real-time hyperspectral fusion, 3D terrain mapping, and thermal object detection in an open-pit mine

Autonomous Mining

Open-pit mining environments present extreme challenges including dense dust, heavy smoke, zero-light conditions, and intense chassis vibrations. Traditional multi-sensor arrays often fail due to severe data lag, optical axis deformation, and spatial-temporal misalignment.

Our integrated ultra-wide spectrum perception solution overcomes these critical limitations at the hardware level. By capturing multi-band visual data simultaneously through a single, coaxially aligned sensor, it guarantees zero pixel mismatch and absolute synchronization.

This enables autonomous haulage trucks and heavy mining machinery to achieve safe, precise, and all-weather operational perception with ultra-low latency and minimal on-board computing overhead.

Transparent Object Detection

Detecting transparent objects such as glass doors, clear partitions, and glossy containers remains a notorious blind spot for traditional cameras and standard LiDAR sensors, leading to collision risks and navigation failures for smart robotics.

LAWABO LIMITED’s next-generation perception chip breakthrough fundamentally redefines machine vision. Utilizing our proprietary ultra-wide spectrum sensing technology, the system captures complex material signatures that are completely invisible to conventional optical sensors.

By eliminating recognition blind spots without relying on heavy backend algorithms, our hardware-level solution provides commercial service robots, automated guided vehicles (AGVs), and industrial arms with flawless obstacle avoidance and seamless navigation in modern glass-heavy environments.

A comparison of Standard Sensing vs. LAWABO Ultra-Wide Spectrum Sensing. Top: Standard camera views office through a transparent glass wall, which it cannot recognize. Bottom: Service robot with LAWABO sensing generates a detailed sensor map across the glass wall, demonstrating the unique ability to detect and map glass surfaces, a capability standard cameras lack.

Split-screen comparison of LAWABO sensor: standard visual view blocked by dense smoke versus thermal view accurately recognizing an electrical box fire and a human

Fire Scene & Rescue

Emergency rescue and firefighting operations take place in highly volatile, zero-visibility environments where thick smoke, intense heat, and total darkness render standard optical equipment completely useless, severely hindering rescue timelines.

Our ultra-wide spectrum sensor delivers powerful, hardware-level smoke-penetration imaging capabilities tailored for drones, light pods, and tactical rescue robots. By capturing seamless infrared and thermal data alongside visual bands, it provides high-contrast, real-time video feeds through blinding barriers.

This advanced perception technology allows emergency response teams to pinpoint hidden heat sources, navigate structural blind spots, and locate victims rapidly, ensuring safer and more efficient search and rescue operations without any processing lag.

All-Weather Smart Driving

Advanced Driver Assistance Systems (ADAS) and autonomous passenger vehicles frequently face severe perception failures under edge-case conditions, such as blinding sun glare, oncoming high beams, torrential rain, or heavy midnight fog.

LAWABO LIMITED’s integrated perception hardware redefines automotive safety at the chip level. By consolidating multi-band sensing into a single optical axis, our technology guarantees flawless target tracking and edge detection without the pixel mismatches common in traditional sensor fusion.

Crucially, this hardware-synchronized architecture circumvents the industry’s current compute-power crisis. It delivers robust, real-time spatial awareness on a fraction of the electricity and processing power, paving the way for safer, mass-market intelligent driving.

Split-screen ADAS comparison: standard visual view blinded by fog and sun glare versus LAWABO fused multi-band thermal view accurately detecting vehicles and pedestrians

Integrated Autonomous Care Bed

Caring for elderly individuals without self-care ability involves round-the-clock physical labor and rigorous hygiene management. Traditional optical sensors fail to accurately detect physiological needs or posture changes in zero-light, steam-filled, or highly private environments, leaving vulnerable patients at risk and caregivers overwhelmed.

Powered by our proprietary ultra-wide spectrum image sensor, this next-generation care bed achieves flawless, non-contact 6D perception. By coaxially capturing thermal and spatial data, the chip accurately senses the patient's posture, movement intentions, and vital signs in complete darkness or amidst bathing steam, ensuring 24/7 monitoring without compromising privacy.

This native perception drives a fully automated care ecosystem. The bed intelligently senses intentions to sit up or adjust posture, automatically elevating the backrest or triggering lateral turning assistance. It seamlessly coordinates a built-in smart toileting system for automated washing and drying, utilizes specialized bedhead nozzles for in-bed bathing and drying, and deploys dual robotic arms on both sides to assist with precise medication delivery, blanket covering, and dressing. Combined with a dedicated mobile app for real-time family monitoring, it delivers an unprecedented level of dignified, autonomous care.