Electronics

SenseAI Tech Limited

🌍 Official Website 🏢 HKSTP Source
68 Potential

Decision Maker

Dr. Chenshu WU
cswu@hku.hk
+85262668075
Room 5, Incubation Centre, 1/F, InnoCentre, 72 Tat Chee Avenue, Kowloon Tong, Kowloon
Raw Description
Our Beliefs | We believe technology should enhance human lives while respecting fundamental privacy rights. Smart spaces shouldn't require the sacrifice of personal dignity or security. Our mission is to create intelligent environments that understand human needs without invasive surveillance. We envision a future where buildings, care facilities, and hospitality venues can optimise energy, improve safety, and deliver personalised experiences through privacy-by-design sensing technology. Every person deserves to live and work in spaces that are both intelligent and respectful of their privacy | Product | The TADAR Thermal Sensing Platform is a revolutionary privacy-first spatial intelligence solution that combines low-resolution thermal arrays with advanced edge AI processing. Our wireless, battery-powered sensors deliver precise occupancy detection, fall detection, and behavioural analysis without compromising privacy. The platform includes real-time analytics, historical data insights, and an Advisory AI engine that generates actionable recommendations for energy optimisation and space utilisation. Ideal for smart buildings, elderly care facilities, and hospitality venues seeking intelligent automation while maintaining complete privacy protection. | Technology | Core Technology: | TADAR (Thermal Array-based Detection and Ranging) - Our proprietary low-resolution thermal sensing platform that provides privacy-first spatial intelligence. Features thermal arrays with edge AI processing, battery-powered, and wireless deployment. | Key Services: | Hardware Solutions: TADAR sensors with real-time occupancy detection, fall detection, and behavioural analysis | SaaS Platform: Cloud-based analytics dashboard with historical data insights and predictive analytics | Advisory AI Engine: Automated recommendations for energy optimisation, space utilisation, and operational efficiency | API Integration: Seamless integration with existing building management systems and IoT platforms | Custom Solutions: Tailored deployments for smart buildings, elderly care facilities, and hospitality venues | Applications: | Smart Buildings (energy management, space optimisation), Elderly Care (in bed monitoring, fall detection), Smart Hotels (occupancy sensing, HVAC control), and Healthcare Facilities (non-invasive patient monitoring). || SenseAI Tech Limited is a high-tech company focusing on privacy-first spatial and behavioural AI solutions. Our proprietary TADAR (Thermal Array-based Detection And Ranging) technology innovatively combines low-resolution thermal sensing arrays with edge computing AI algorithms to enable precise spatial and behavioural analysis while guaranteeing privacy protection. We provide comprehensive solutions for smart buildings, eldercare, and smart hotels, helping clients improve space utilisation efficiency, reduce energy consumption, and enhance security monitoring capabilities without compromising privacy. As a technology startup incubated by the University of Hong Kong, we are committed to creating smarter, safer spaces with privacy guaranteed, leading technological innovation in the privacy-first intelligent sensing field. | Description | Privacy-first spatial sensing technology using thermal arrays for smart buildings, elderly care, and hospitality. Battery-powered wireless sensors provide occupancy monitoring, traffic flow analysis and behavioural analysis without cameras.

Strategic Analysis

Executive Brief

SenseAI Tech Limited is an AI-IoT firm specializing in "privacy-first" spatial intelligence through their proprietary TADAR (Thermal Array-based Detection and Ranging) platform. By utilizing low-resolution thermal arrays and Edge AI instead of traditional cameras, they provide occupancy and behavioral analytics for elderly care, healthcare, and smart buildings. Their hardware challenges likely center on infrared (IR) signal-to-noise ratios, thermal management of compact Edge AI processors, and sensor durability in clinical environments.

Strategic Fit & Lead Score

Lead Score: 68/100 (Adjacent Tech / Strong Potential)

Why this Score? SenseAI's core technology relies entirely on the transmission and processing of thermal (Long-Wave Infrared - LWIR) signals. Diamond is the world's premier optical material for IR windows due to its unrivaled spectral transparency and thermal conductivity. As SenseAI moves toward higher-resolution thermal arrays or harsher environments (e.g., high-moisture healthcare settings), the limitations of standard LWIR materials like Silicon or Germanium—such as fragility, thermal lensing, and chemical degradation—will become engineering bottlenecks that 6C’s PCD and SCD solutions directly address.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Optical IR Windows PCD Optical Grade Wafers Diamond offers the highest known transmission across the LWIR spectrum. 6C's Polycrystalline Diamond (PCD) windows can replace fragile Germanium lenses, providing a scratch-proof, chemically inert barrier that doesn't degrade signal quality.
Edge AI Thermal Mgmt PCD Heat Spreaders SenseAI's sensors perform "Edge AI" processing in small, battery-powered enclosures. 6C’s diamond heat spreaders (thermal conductivity >2000 W/mK) prevent thermal throttling of AI chips, extending battery life and allowing for more complex algorithms in a fanless design.
Harsh Environment Protection Custom Diamond Coating For sensors deployed in healthcare or "Smart Hotels" where aggressive chemical disinfectants are used, 6C can provide ultra-thin, conformal diamond coatings to protect the thermal array from corrosion without blocking the IR signal.
Next-Gen R&D Custom MPCVD System As an HKU spin-off, SenseAI may require in-house capability to develop proprietary thin-film sensor architectures. 6C can provide a turnkey MPCVD reactor designed for low-temperature diamond deposition on non-standard semiconductor substrates.
Miniaturization SCD Substrates For high-precision "Advisory AI" requirements, Single Crystal Diamond (SCD) can serve as a substrate for high-frequency RF or power electronics within the sensor, reducing the overall footprint of the TADAR hardware.

Engagement Hooks

  • Technical Question: "As you scale your TADAR platform for higher-resolution behavioral analysis, how are you managing the trade-off between IR window transmission loss and the thermal noise generated by your Edge AI processing units?"
  • Value Statement: "6C can enhance SenseAI’s sensor reliability and signal integrity by replacing standard IR optics with diamond components that are physically indestructible and thermally superior, ensuring your privacy-first tech works in the most demanding environments."