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AI Enabled Robotics Technologies

Application Of Robotics & AI in Industries

Electronics & Information Technology had driven the 3rd Industrial Revolution resulting in the automation of Manufacturing, space exploration, and all other such industries.


The endless possibilities of the 4th Industrial Revolution are accelerated by the exponential innovations in the fields of Robotics, Drones, Autonomous Vehicles, Artificial Intelligence (AI), Internet of Things (IoT), Machine Learning (ML), Smart Sensors, 3D Printing, Clean Energy and Energy Storage. 


The benefits of automation and digitization are now visible in the form of emerging trends of driverless cars and ever-expanding roles of the autonomous ground and unmanned aerial vehicles in all the industry sectors.



A new alternate robotic inspection mechanism called as NCM (Non-Contact Condition Monitoring) system based on robotic agents (AGV &UAV), non-contact sensors and AI platforms are introduced to complement and overcome the shortcomings of the conventional inspection of the buried pipelines by ILI (In Line Inspection) tool.

The capability of predicting the yet to happen future anomalies in the pipeline is not possible
with the conventional inspection methods. So, a novel predictive maintenance mechanism based on Artificial Intelligence (AI) and Machine Learning (ML) for inspection and management of the buried metallic pipes are also integrated.


Simhatel Professionals & core Expertise


Dr. Amit Shukla

Chairperson, Centre of AI & Robotics (CAIR), IIT Mandi, India

Robotics, AI/ML, Drones, Electric Vehicles


Dr. Jagadeesh Kadiam

Technical Head @Simhatel,

Assistant Professor, SMME, IIT Mandi

WhatsApp Image 2020-11-09 at 7.46.47 PM.

Dr. Hamad Karki

Associate Professor, KUST, Abu Dhabi, UAE

Robotics, Mechatronics, Control Systems


Dr. Rahul Sevakula

AI/ML Expert,

PhD IIT Kanpur


Mr. Abhimanyu Sindhu

Business Strategist @Simhatel
Former Deloitte Consultant



IoT Solution Architect



All terrain ground vehicle that Identifies buried pipeline and its depth autonomously

Aerial monitoring and inspection using UAV

Autonomous pipeline navigation and geo-tagging

Autonomous and real time identification of pipeline defects

Autonomous tagging of defect location using high accuracy GPS device

Autonomous and real time identification of pipeline coating defects

AI driven powerful engine for accurate forecasting

Future predictions about abnormal events

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