Information Communications Technology

Deepsite Limited

🌍 Official Website 🏢 HKSTP Source
58 Potential

Decision Maker

Mr. Kai Wang
wangkai@godeepsite.com
38931811
Room 3 & Desk 38, Units 110-113, 1/F Building 5W No.5 Science Park West Avenue Hong Kong Science Park,Pak Shek Kok,N.T. Hong Kong
Raw Description
We are pioneers in enterprise AI, delivering Computer Vision, reliable AI technology, and customise service to global enterprises. | Our mission is to help the Food, Chemical, and Manufacturing industries in becoming smarter, improving safety and quality, and maximising productivity. And we are bringing that vision to life by providing powerful deep learning solutions for intelligent video analysis and document processing automation (RPA). | Description | We utilise AI technologies to detect document types, analyse layouts, handle complex table/form structures, and extract the interested data points to help enterprises in achieving Robotic Process Automation (RPA). || Product | Factory Insighter -- AI-Powered Video Analysis Solution: | 1. Self-developed Detection and Tracking model for Factory Workers and Equipment | 2. Self-developed Production Behavior Detection AI models for: PPE (hairnet, glasses, etc.) checking, Hand washing detection, Social Distance Alerting, etc. | Document Insighter -- Zero-Touch Document Automation Solution: | 1. Self-developed Deep Learning models for general table extraction | 2. Intelligent structured field extraction for interested data points | 3. Highly accurate OCR engine supporting multiple languages | 4. Self-developed Ontology engine for synonym mapping

Strategic Analysis

Executive Brief

Deepsite Limited is an enterprise AI firm specializing in Computer Vision (CV) and Robotic Process Automation (RPA). They deploy deep learning models for "Factory Insighter" (behavior/safety monitoring) and "Document Insighter" (data extraction) within the Food, Chemical, and Manufacturing sectors. While primarily a software-driven entity, their hardware deployment in high-stakes, harsh industrial environments creates a critical need for advanced material solutions.

Strategic Fit & Lead Score

Lead Score: 58/100 (Adjacent Tech / Infrastructure Partner)

Why this Score? Deepsite's AI models run on high-performance hardware (GPUs and Edge AI boxes) that are often deployed in challenging environments (Chemical plants, Food processing). 6C’s Diamond technology addresses the two primary hardware bottlenecks they face: Thermal management of Edge AI nodes and Sensor durability in corrosive/high-steam environments. Furthermore, 6C can help Deepsite evolve from "Visual-only" AI to "Multi-modal" AI by integrating BDD chemical sensors.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Edge AI Thermal Management PCD Heat Spreaders Deep learning inference at the edge generates intense heat. 6C Polycrystalline Diamond (PCD) provides thermal conductivity >1800 W/mK (4-5x higher than Copper), allowing for fanless, sealed AI enclosures essential for food-grade and cleanroom environments.
Harsh Environment Vision Diamond Optical Windows Cameras in chemical plants and food processing face steam, acidic vapors, and abrasive cleaning. 6C Diamond windows are chemically inert and have a Mohs hardness of 10, ensuring "Factory Insighter" cameras never suffer from lens degradation or scratching.
Multi-modal AI Expansion BDD Electrodes Deepsite services the Chemical industry. By integrating 6C Boron Doped Diamond (BDD) sensors, they can move beyond video to offer real-time electrochemical liquid analysis (COD/TOC levels) within their "Insighter" dashboard.
High-Performance Computing SCD Substrates For Deepsite’s backend training servers, SCD (Single Crystal Diamond) substrates for next-gen GaN-on-Diamond power electronics can reduce thermal resistance, allowing for higher clock speeds and faster AI model training.

Engagement Hooks

  • Technical Question: "As you deploy 'Factory Insighter' into chemical and food manufacturing, how are you managing the thermal throttling of your edge inference hardware in environments where fan-based cooling is prohibited due to contamination risks?"
  • Value Statement: "6C can ruggedize your AI hardware deployments by replacing standard glass optics with indestructible diamond windows and utilizing PCD heat spreaders to enable high-performance, fanless AI computing in the most corrosive industrial settings."

Material Specifications Reference

  • PCD Thermal Conductivity: 1000 - 2000 W/mK.
  • Surface Roughness (SCD): Ra < 1nm.
  • Optical Range: Clear from UV to Far-IR.
  • Chemical Resistance: Zero corrosion in concentrated acids/bases.