This profile is not managed yet, if you would like to manage
this profile, please contact us at team@iotone.com
CynLr Logo

CynLr

India
Karnataka
2015
Private
< $10m
< 10
Open website
CynLr is a visual object intelligence platform that enables industrial robotic arms to see, understand and manipulate any object in random unstructured environments
Read More
3D Bin-Picking solutions available in the market perform basic pattern-matching algorithms on sparse 3D depth-map data. Therefore they work only when object geometries are simple, with no occlusion or entanglement, with atleast one part fully visible in the viewing angle trained for, and can only approximately pick and drop objects.

The purpose of picking an object during a manual task is almost always to place in a desired orientation, hence approximate picks and drops finds very limited use-cases.
Read More
CynLr is a provider of Industrial IoT analytics and modeling, and robots technologies.
Technologies
Robots
Robot Application & Programming Software
Analytics & Modeling
Computer Vision Software
Use Cases
Computer Vision
CynLr’s Technology Stack maps CynLr’s participation in the analytics and modeling, and robots IoT technology stack.
  • Application Layer
  • Functional Applications
  • Cloud Layer
  • Platform as a Service
    Infrastructure as a Service
  • Edge Layer
  • Automation & Control
    Processors & Edge Intelligence
    Actuators
    Sensors
  • Devices Layer
  • Robots
    Drones
    Wearables
  • Supporting Technologies
  • Analytics & Modeling
    Application Infrastructure & Middleware
    Cybersecurity & Privacy
    Networks & Connectivity
Technological Capability
None
Minor
Moderate
Strong
Number of Similar Suppliers5
Drishti
Drishti
Industry 4.0 has a blind spot: Human beings. It turns out that people still perform up to 90% of factory tasks. Even in an age of robotics and IIoT, people are the main contributor to value-and, alas, to variability. Unfortunately, techniques for measuring human effectiveness haven't materially changed in a century. They remain manual and impossible to perform at scale. People are effectively invisible to analytics. Drishti (Sanskrit for "vision") solves this problem using what may be the world's first commercial application of action recognition to digitize human activities on the assembly line. Drishti creates a massive new dataset that enables true Digital Transformation for manufacturers while simultaneously making line workers more competitive against automation. Our mission is to "extend human potential in an increasingly automated world", starting with this 100-year-old problem in the $12T global manufacturing industry.
Deep Vision
Deep Vision
Pioneered in large data centers, Deep Learning-powered computer vision is now being deployed across a variety of embedded platforms such as drones, robots, IoT smart cameras and cars. These devices require computer vision capabilities that run at the edge, in real-time and enable long battery life. Deep Vision is meeting these needs with a completely new approach to processors and software. Our unique vision-specific processor is faster and more power efficient than GPU and DSP processing for modern computer vision problems. Coupled with a full stack of low power and real time deep learning computer vision software, our system gives small devices like drones, robots, and IOT cameras the ability to have embedded computer vision.
Pentamaster
Pentamaster
Pentamaster Corporation Berhad, a WORLD CLASS automation manufacturing and technology solutions provider was established in the year of 1991 and located in Penang, Malaysia. With over 25 years of extensive experience and proficient skills in providing integrated and customized solutions They serve customers across worldwide industries sectors ranging from semiconductor, computer, automotive, electrical & electronics, pharmaceutical, medical devices, food & beverages, consumer goods to general manufacturing. Their customers reach out to us from various part of the globe such as United States, Europe, Africa, Asia Pacific & ASEAN countries.
Buzz Solutions
Buzz Solutions
Buzz Solutions provides a software platform powered by Artificial Intelligence, Actionable Insights and Predictive Analytics for faults and Anomaly Detection for power line inspection process for power utilities. Our platform automates the process of storing and organizing visual data (captured in the field through drones and helicopters), analyzing for faults using our AI algorithms, mapping the data and providing heat maps as well as predictive insights for when, where and what kind of faults are happening on power line and assets. Using our solutions, power utilities save over 50% of cost and time to analyze data which makes condition based maintenance efforts easier and time efficient, thus, preventing wildfires, power outages and other climate change effects on the physical infrastructure of the grid. We are disrupting the electrical grid by making it much smarter and efficient using the power of AI and automation.
SoftWear Automation
SoftWear Automation
SoftWear Automation is an Atlanta, Ga. based company with the sole focus of developing innovative core technologies and products for the apparel manufacturing and sewn products industries by harnessing its experience and expertise in machine vision, robotics, and computing. SoftWear expects its technology will lead the conversion of labor-intensive industries to ones that are capital intensive and economical.
Download PDF Version
test test