domo-roboto

robots for

enterprise markets

Our vision is to enable massive deployment of intelligent robot data by making them more efficient, affordable, and reliable.

What’s your

Industry 4.0 strategy?

Our engineering teams are on the vanguard of Deploying learning systems.

Benefits

Reduce 100% injury rate.

100% accuracy on stock out.

Efficient on distribution of resources.

Technologies

  • AI
  • IoT
  • Robotics
domo-roboto

Smart
Warehouse

  • cost effective robotic solution to support 7x24 operationcost.
  • seamless implementation with minimal modification & interruption to existing operation.
  • proven solution that can be deployed quickly and yet allow customization to fit individual environment.

AI

APPLICATIONS

Our engineering teams are on the vanguard of Deploying learning systems.

  • Occupational Safety
  • Advanced analysis
  • Workplace automation
Occupational Safety

Occupational Safety


Applying intelligent edge enable us to automatically identify and respond to safety hazards in real time

Using

the Edge AI

JETSON TX2

JETSON TX2


Jetson TX2 is the fastest, most power-efficient embedded AI computing device. This 7.5-watt supercomputer on a module brings true AI computing at the edge. It’s built around an NVIDIA Pascal™- family GPU and loaded with 8GB of memory and 59.7GB/s of memory bandwidth.It features a variety of standard hardware interfaces that make it easy to integrate it into a wide range of products and form factors.

JETSON TX2

JETSON TX2

JETSON NANO

JETSON NANO

showcase

talks and participations

INCEPTION AWARDSAWARDS 2019

INCEPTION AWARDSAWARDS 2019


Hong Kong Contest is jointly organised by NVIDIA AI Technology Center (NVIDIA) and Hong Kong Science and Technology Parks Corporation (HKSTP) with the support from TusStar Hong Kong as the Strategic Partner. I startups from Hong Kong, Macau and Taiwan are welcome to participate. Shortlisted companies will be invited.

OTHERS

INCEPTION AWARDSAWARDS 2019

INCEPTION AWARDSAWARDS 2019

NVIDIA GTC 2019, Silicon Valley

NVIDIA GTC 2019, Silicon Valley

The news

This is happening and
we want you to know it

ISAAC SDK API

03/07/21

Robot Data Company, a preferred partner of Nvidia, had developed an API enhancement for the Nvidia ISSAC platform to facilitate the deployment of the ISSAC SDK in development and implementation environment. The API has enhanced the Jetson Nano/Xavier platform to support more sensory inputs (i.e., cameras) with higher performance in speed and performance. It will significantly reduce the time and cost of R&D and deployment of any robotic projects. For further details regarding the ISSAC Enhancement API, please click on the following link or contact us at………………

OTHERS Post

ISAAC SDK API

03/07/21

Robot Data Company, a preferred partner of Nvidia...

Read more

ISAAC SDK API

03/07/21

Robot Data Company, a preferred partner of Nvidia...

Read more

ISAAC SDK API

03/07/21

Robot Data Company, a preferred partner of Nvidia...

Read more

ISAAC SDK API

03/07/21

Robot Data Company, a preferred partner of Nvidia...

Read more

ISAAC SDK API

some day

Robot Data Company, a preferred partner of Nvidia...

Read more

ISAAC SDK API

some day

Robot Data Company, a preferred partner of Nvidia...

Read more

Robot Data

Company Limited

Robot Data Company Limited (also known as Robot Data), was founded in April 2017, is a Vertical Service Provider (VSP) in Artificial Intelligence (AI) and robotics. It leverages ready technologies to address industry-specific problems using.

  • i) Computer Vision;
  • ii) Deep Learning or machine learning;
  • iii) Predicative analysis. More importantly;
  • iv) software AI robots or workers too;

Robot data has been a member of the Inception program of NVIDIA.Leveraging their knowledge and technology,Robot Data is developing solutions, from intelligent data acquisition, end-to-end analysis and execution to industrial data automation, data annotation and analysis at a reasonable low cost and short time frame.

Office

Address

Unit 527, 19W, HKSTP, Shatin, N.T., Hong Kong

robot_data