Information Communications Technology

Aiqua Corporation Limited

šŸŒ Official Website šŸ¢ HKSTP Source
? Potential

Decision Maker

Norman Chan
info@aiqua.ai
N/A
N/A
Raw Description
Product | AIqua drowning detection and alert solution will develop an overall solution including an AI drowning algorithm, hardware, software and alert system design. | AIqua differentiates itself with the following three characteristics: | - Cutting Edge AI embedded Sonar-based Detection | - Privacy preserved non-camera technologies | - Underwater Data Transmission | The solution applies to the drowning alert systems in public and private swimming pools while preserving privacy. || AIqua aims to be a leading drowning alert solution provider. | The overall solution involves Sonar drowning detection AI algorithm R&D, edge hardware & software designs, alert system design and professional services. | Description | A leading drowning alert solution provider with cutting-edge Sonar AI technology.

Strategic Analysis

Executive Brief

AIqua Corporation Limited specializes in AI-driven drowning detection systems that utilize underwater sonar and non-camera-based technologies. Their core innovation lies in edge-computing hardware that processes complex sonar data in real-time within aquatic environments, ensuring swimmer safety while maintaining privacy.

Strategic Fit & Lead Score

Lead Score: 62/100

Why this Score? While AIqua is not a direct semiconductor or quantum manufacturer, they face significant "Extreme Environment" engineering challenges. Their hardware must operate in a chemically aggressive environment (chlorinated/saline water) while performing high-compute AI tasks in sealed, waterproof enclosures. 6Cā€™s diamond technology addresses the two biggest killers of underwater electronics: Thermal Throttling in sealed units and Sensor Degradation/Fouling.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Edge AI Thermal Mgmt PCD Heat Spreaders AI processing at the edge generates significant heat. In a sealed, waterproof housing, passive cooling is difficult. Diamond (2200 W/mK) can move heat to the housing exterior 5x more efficiently than copper, preventing AI performance throttling.
Sonar Transducer Protection CVD Diamond Coating Sonar sensors are prone to bio-fouling and chemical erosion from pool chemicals. A thin-film diamond coating is chemically inert, bio-compatible, and ultra-hard, protecting the sensor face without dampening the acoustic signal.
Multi-Sensor Expansion BDD Electrodes AIqua can expand its value proposition by integrating BDD (Boron Doped Diamond) electrochemical sensors to monitor pool water quality (Chlorine/pH/TOC) simultaneously with drowning detection, using the same hardware footprint.
Underwater RF/Optical Link SCD/PCD Windows If AIqua utilizes high-frequency RF or optical data transmission underwater, diamond windows provide the highest durability and transparency across the widest spectral range, ensuring signal integrity.

Engagement Hooks

  • Technical Question: "As you scale your AI models for real-time sonar processing at the edge, how are you managing the thermal budget within your waterproof, convection-limited enclosures to prevent CPU/GPU down-clocking?"
  • Value Statement: "6C can help AIqua extend the field-life of your underwater hardware and increase AI processing density through the world's most efficient thermal conductors and chemically inert protective coatings."