Information Communications Technology

QBS System Limited

🌍 Official Website 🏢 HKSTP Source
68 Potential

Decision Maker

Ms. Agnes Tsang
agnes.tsang@qbssystem.com
+852 63394902
Unit 327, 3/F., Building 16W, No. 16 Science Park West Avenue, Hong Kong Science Park, Pak Shek Kok,
Raw Description
QBS is a leading IoT company based in Hong Kong. With almost three decades of experience, we specialize in designing and implementing cutting-edge Internet of Things solutions for governments, NGOs, multinationals, and SMEs. With offices in Hong Kong and Australia, we have established a strong presence in the industry. | Our core focus lies in merging business and mixed technologies, particularly in key areas such as Indoor and Outdoor Location-based Services, RFID, Smart Buildings, GreenTech, and FoodTech. By developing world-class products and providing customized services, QBS strives to enhance the user experience, enabling a seamless integration of technology into our daily lives. || Technology | Internet of Things Solutions | - RFID Asset Management | - Ultra Wide Band (UWB) Tracking for people or moving objects | - Sensor-driven System Automation | Smart Building Applications | - Real-time Building Data Platform | - Data Visualization Dashboard | - Work Order Automation | - Building System with Predictive Maintenance | - Sustainability related | RPA Digital Workforce Enabling Services | - System Integration with or without APIs | - Generative AI Adoption

Strategic Analysis

Executive Brief

QBS System Limited is a veteran IoT systems integrator specializing in location-based services (UWB/RFID), Smart Building automation, and GreenTech. They bridge the gap between physical infrastructure and digital management through high-density sensor networks, predictive maintenance, and AI-driven data visualization for large-scale government and enterprise projects.

Strategic Fit & Lead Score

Lead Score: 68/100

Why this Score? While QBS is primarily a software and systems integrator, their heavy involvement in GreenTech, FoodTech, and Smart Building sensors creates a massive hardware bottleneck. Standard silicon-based sensors fail in the harsh, corrosive, or high-temperature environments QBS monitors (e.g., wastewater, industrial food processing, or dense RF environments). 6C's BDD (Boron Doped Diamond) and thermal management solutions can provide the "hardened" hardware layer QBS needs to differentiate their IoT stack from competitors.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
GreenTech & Water IoT BDD (Boron Doped Diamond) Electrodes Integration into QBS water monitoring nodes. BDD provides the widest electrochemical window for detecting heavy metals and organic pollutants without electrode degradation.
Predictive Maintenance Diamond-Coated MEMS Sensors Protecting QBS's vibration and thermal sensors in "Smart Building" industrial zones. Diamond coating prevents chemical erosion and wear in high-friction machinery.
Edge AI & UWB Nodes PCD Thermal Heat Spreaders High-density UWB and Edge AI gateways generate significant heat in compact Smart Building enclosures. PCD (Thermal conductivity > 1500 W/mK) prevents thermal throttling.
FoodTech Safety BDD Electrochemical Sensors Direct sensing of pathogens or pesticide residues in food processing lines. Diamond is bio-compatible and resistant to the harsh cleaning chemicals used in FoodTech.
Next-Gen Secure IoT SCD (Single Crystal) Quantum Grade For QBS's high-security government contracts, SCD with NV-centers enables quantum-secure key distribution for IoT encryption.

Engagement Hooks

Technical Question for QBS Engineering Team

"In your Smart Building and GreenTech deployments, what is the 'Mean Time Between Failure' for your electrochemical sensors when exposed to corrosive industrial effluents, and would a wide-bandgap material like BDD solve your recalibration frequency issues?"

Value Statement

"6C can transform QBS's IoT hardware from 'off-the-shelf' components into 'industrial-hardened' assets by integrating Diamond technology—ensuring your sensors and RF nodes survive environments where standard silicon fails."

Technical Specifications Table (6C Capabilities)

Material / Service Specification Detail Industry Relevance
BDD Electrodes Boron concentration up to 1021 atoms/cm3 Advanced Oxidation Processes (AOP) for GreenTech.
PCD Wafers Up to 5" diameter; Thermal conductivity 1000-2000 W/mK High-power RF tracking (UWB) and AI processing.
SCD (Electronic) Surface roughness (Ra) < 1nm; High charge carrier mobility High-frequency sensors and Quantum IoT.
Custom Coating Direct MPCVD growth on Si, SiC, and refractory metals Hardening existing QBS sensor hardware.
H2 Generators 9N Purity (99.9999999%) Supporting in-house R&D for QBS's GreenTech labs.