Information Communications Technology

Ocean Unicorn Technology Limited

🌍 Official Website 🏢 HKSTP Source
48 Potential

Decision Maker

Ms. Yvonne Yu
yvonne@outech.com
+852 2389 6738
Unit 302, 3/F, Lakeside 1, No. 8 Science Park West Avenue, Hong Kong Science Park, Pak Shek Kok Hong Kong
Raw Description
Ocean Unicorn Technology Limited is a technology enabler, providing software and hardware solutions for multimedia and entertainment applications. It was incorporated in Hong Kong on September 1996. | Ocean Unicorn’s core competence is on software and hardware solutions for personal entertainment and multimedia products such as audio compression algorithm, game engine, voice control & response system and sensor technologies. It has been developed and tailored lots of technologies and software algorithms yet very cost effective solutions to support some local and overseas customers in the past 18 years. | It facilitates its R&D activities in personal entertainment applications for its high caliber engineers to exercise their creativities and visions by utilizing equipments such as network analyzer and spectrum analyzer in the Science Park. | Ocean Unicorn’s R&D activities in the Science Park are conducting research and achieving new software breakthrough in personal entertainment applications, commercializing latest software innovations for personal entertainment applications, and establish a R&D knowledge center to provide technical advice and assistance in tackling related problems occurred in product development for the company. || Product | Driver's Little Helper - Integrating Bluetooth & sensor technology with smartphone application to ensure child vehicle safety.

Strategic Analysis

Executive Brief

Ocean Unicorn Technology Limited is a Hong Kong-based technology enabler specializing in the intersection of software algorithms and hardware integration for multimedia, entertainment, and automotive safety. Their expertise spans audio compression, voice control, and sensor-based systems, specifically targeting the consumer electronics and child safety markets.

Strategic Fit & Lead Score

Lead Score: 48/100 (General Engineering & R&D Consulting)

Why this Score? Ocean Unicorn is primarily a software-centric "technology enabler." However, their involvement in sensor technologies and multimedia hardware creates a niche entry point. Their role as an "R&D knowledge center" in the Hong Kong Science Park suggests they may be looking for "Next-Gen" materials to differentiate their hardware designs from low-cost competitors.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
High-End Audio (Multimedia) PCD Acoustic Diaphragms Diamond's extreme stiffness-to-mass ratio provides the highest sound velocity (18,000 m/s), extending frequency response and reducing distortion in premium audio hardware.
Automotive Sensors BDD Electrochemical Sensors For vehicle safety/environmental sensing, Boron-Doped Diamond electrodes offer a wide electrochemical window and resist fouling, ensuring long-term sensor stability in harsh cabin environments.
High-Density Multimedia SoC PCD Heat Spreaders Multimedia processing and game engines generate significant heat in small form factors. 6C PCD (Thermal conductivity >1800 W/mK) prevents thermal throttling in compact entertainment hardware.
R&D Capability Expansion Custom R&D MPCVD System As a "technology enabler" in the Science Park, owning a small-scale 6C reactor allows them to prototype Diamond-on-Silicon or Diamond-on-GaN solutions for their clients.
Wearable Tech / Gaming SCD/PCD Protective Windows For sensors exposed to high wear (driver safety or portable gaming), diamond coatings provide HV 80-100 GPa hardness, making them virtually scratch-proof.

Engagement Hooks

  • Technical Question: "Your 'Driver's Little Helper' relies on sensor reliability for child safety. Have you explored using Boron-Doped Diamond (BDD) to eliminate sensor drift and electrode degradation caused by fluctuating cabin humidity and temperature?"
  • Value Statement: "6C can help Ocean Unicorn transition from a software-heavy enabler to a high-performance hardware innovator by integrating CVD diamond components that solve the thermal and durability limits of standard silicon-based sensors."