Technology and Innovation
uBRAN AIR MOBILITY
EVTOL
The future of EVTOLs1.5Flying Cars1.5Drones1.5
At Mechatronic Group, our Technology and Innovation team is hard at work on the future of personal transportation: Electric Vertical Takeoff and Landing (eVTOL) aircraft. Our goal is to develop fully autonomous, manned aerial vehicles that can carry two passengers and travel for over 30 minutes.
Main Features
Environmentally Friendly
Safe
Residence Construction
Technologies
aRTIFICIAL INTELLIGENCE + BLOCK CHAIN Services
Intellichain
Approach
At Intellichain, we use the power of blockchain and artificial intelligence to unlock the full potential of data. Our team of experts specializes in identifying and analyzing data to provide valuable insights and solutions across a range of industries. With three distinct departments focused on special projects, investment, and art, we offer a comprehensive approach to harnessing the power of data on the blockchain.
IntelliX is our special projects department, where we use data scraping and analysis to increase the trustworthiness of transactions on the blockchain. By carefully examining transaction data, we are able to identify patterns and anomalies that can help improve the security and reliability of blockchain networks.
IntelliVest is our investment department, where we use data-driven recommendations to help our clients make intelligent investment decisions in the crypto and NFT markets. Our team of experts combines market analysis with data-driven insights to provide our clients with the information they need to make informed investment decisions. transactions — such as re-orders, payments, or stock purchases based on set thresholds and events — resolve disputes, and select the most sustainable shipping method.
Solutions
IntelliX
Data scraping and analysis to increase the trustworthiness of transactions
IntelliVest
Data-driven investment recommendation
IntelliART
NFT projects developed using AI generative models
Robotics and Automation
ROBOTICS
Our first robotic project focuses on the complete automation of the single-car painting process. The goal is to create a robotic-integrated cell that will automatically generate a 3D scan of the auto body, calculate an efficient path plan for spray painting, and perform the painting. The robotic arm will move through a U-shaped gantry system to access all parts of the vehicle and to perform 3D modeling and painting. Our software is sensitive to markers used on the vehicle to detect the parts that require painting. In addition, we have a built-in AI navigation system in the booth to direct the robot's movement and ensure the safety of personnel before the operation begins.
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