Electronics

AI Guided Limited

🌍 Official Website 🏢 HKSTP Source
? Potential

Decision Maker

Ms. Florence Chan
florence@ai-guided.com
+852 5570 5763
N/A
Raw Description
Our company is a start-up focusing on commercialization of the integration of 3D LIDAR vision, audio fingerprinting and flexible micro/nano actuator to develop a device called AI guide dog in order to fulfill the need of guide dogs and white canes for the visually impaired. The device can be a wearable complement for the user to navigate around the surrounding more accurately and efficiently. | Description | Focusing on commercialization of the integration of 3D LIDAR vision, audio fingerprinting and flexible micro/nano actuator to develop a device called AI guide dog in order to fulfill the need of guide dogs and white canes for the visually impaired. || Product | visually impaired and allow them to be as mobile as a normal person without the need of white canes or guide dogs. The users can wear our invention equipped with LIDAR vision system to surveillance the surrounding more effectively and accurately; actuator to indicate the right direction in their walking path by giving the timely feedbacks through vibration; and artificial intelligence to analyze the data scanned by LIDAR system. The invention does not need to occupy at least one hand leading to inconvenience if there is a need to use both hands during navigation.

Strategic Analysis

Executive Brief

AI Guided Limited is an assistive technology startup developing a wearable "AI Guide Dog." Their solution integrates high-performance 3D LiDAR vision, AI-driven edge computing, and micro/nano-actuators to provide real-time navigation for the visually impaired. As a wearable device performing intensive spatial computing, their primary engineering bottlenecks likely revolve around thermal management of high-density electronics and the environmental durability of sensitive optical sensors.

Strategic Fit & Lead Score

Lead Score: 68/100

Why this Score? While AI Guided Limited is not a traditional "diamond seeker," their hardware stack (LiDAR + Edge AI + Micro-actuators) is a classic candidate for diamond integration.

  1. LiDAR & Optics: LiDAR systems require durable, high-transparency windows.
  2. Thermal Throttling: Running 3D spatial AI on a wearable form factor generates significant heat; diamond is the world’s best heat spreader.
  3. MEMS/Actuators: Their "micro/nano actuators" could benefit from diamond’s high Young’s modulus and wear resistance to improve tactile feedback precision and longevity.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
LiDAR Optical Windows PCD/SCD Optical Grade Plates Diamond is the hardest material (9.5+ Mohs), ensuring the LiDAR sensor never scratches or degrades in harsh outdoor environments, while maintaining 99%+ transmission (with coatings).
Thermal Management PCD Heat Spreaders Diamond has 5x the thermal conductivity of copper. By placing PCD spreaders under the AI processing unit, they can prevent "skin-burn" temperatures and thermal throttling in a compact wearable.
Micro-Actuator Durability DLC/Diamond Coating Direct coating of nano-actuator components reduces friction and wear, significantly extending the MTBF (Mean Time Between Failure) of the vibration feedback system.
Edge AI Performance Custom System Build (Consulting) If they move toward proprietary chipsets for 3D vision, 6C can provide the MPCVD systems needed to integrate GaN-on-Diamond for the next generation of high-speed RF/Power chips.

Engagement Hooks

  • Technical Question: "How is AI Guided Limited managing the thermal profile of the AI processing unit and LiDAR sensor within such a small, wearable footprint without resorting to bulky active cooling that drains battery life?"
  • Value Statement: "6C can help AI Guided Limited eliminate thermal throttling and sensor degradation by integrating CVD diamond components, ensuring your 'AI Guide Dog' remains high-performing and indestructible in every environmental condition."