AUTONOMOUS MOBILE ROBOTICS (AMR's)
Using sophisticated sensors, artificial intelligence, and machine learning, autonomous mobile robots (AMRs) can support many tasks, including delivering items, carrying out safety and security checks, inventory automation, rescue missions, crop harvesting, and even space exploration.
Unmanned aerial vehicles, or drones, can work as autonomous mobile robots, too. As AMRs, they’re typically found inspecting hard-to-reach areas like dams and other infrastructure, conducting surveillance or helping out in search and rescue operations. In some areas, you may even see them flying through the air delivering food and other items.
AUTOMATED GUIDED VEHICLES (AGV's)
As a form of autonomous mobile robots, automated guided vehicles (AGVs) are movable robots capable of navigating mapped routes via wires on a floor, radio waves, cameras, magnets, or lasers. These robots have several applications, including transporting heavy materials in factories and warehouses. An automatic guided vehicle can also be fitted with IIoT industry 4.0 smart-technology, which allows the manufacturer and the facility operator to track each unit’s health in real-time. Operator control panels also assist in locating the unit within the facility, alerting when it requires charging, planned maintenance, and all through an advanced human-machine interface (HMI) screen.
ARTICULATED & COBOTIC SYSTEMS (ACS's)
One of the main features of an articulated robot is rotary joints that can range from simple two-jointed structures to complex systems of multiple interacting joints and materials. The articulated robot is a typical type of industrial robot and often resembles a human arm. A cobot is a contracted term for a collaborative robot. These robots work side-by-side with human workers. They differ from other robots because their function is not intended to do work in place of human employees. Often they are compact and perform a variety of tasks in the metal industry, automotive, electronics, laboratories, and hospitals.
AUTONOMOUS FLYING SYSTEMS (AFS's)
An autonomous flight system is a technology that allows aircraft to fly without human intervention.
Autonomous flight systems use sensors, GPS, and artificial intelligence to navigate, communicate, and make decisions.
How autonomous flight systems work
- Sensors: Use radar, lidar, and vision cameras to sense the environment
- GPS: Provides navigation
- Computers: Process real-time data
- AI: Uses machine learning to develop algorithms that control flight.
Meet our team
Dedicated professionals driving our success
Praveen Ramachandran Nair
Founder & Chief Executive Officer
Praveen comes with a combined 25 years of enriched technology business experience. He has been associated with Major, French, Israeli & European Technology Companies, related to Optics & Acoustics Noise & Vibrations among which most of them have been got into reputed acquisition's over a period of time.
He is a Structural Engineer with deep expertise in Computer Aided Engineering & has more than 2 decades of Major Engineering Consulting Experience.
He has also been a Mentor at Niti Ayog, a Government of India Enterprise & a Business Strategy Mentor with the Kerala Start-up Mission, A Government of Kerala Enterprise.
He is a Bachelors in Technology from Government Engineering College - Thrissur & Digital Transformation Expertise from the IBMI, Berlin, Germany
Kiran Nair
Chief Product Development Officer
Kiran has more than 22 years of turnkey experience in Product engineering services and manufacturing, starting his career with BPL Telecom as a Designer, involved in the complete Product Life Cycle Processes for various Telecom, Medical Devices, and other FMCG Products under the British Physical Laboratories Brand.
He is adept in leading high-performance teams to exceed productivity goals. He is proficient in Lean Manufacturing and Six Sigma methodologies and has been successful in executing more than 100's of Automotive, Aerospace, FMCG White Goods Industry Projects comprising of Domestic & International Brands.
Kiran majored in plastics molding engineering from Government Tool Room Technology Centre, Mysore & The Central Institute for Plastic Engineering & Technology, Mysore.
Prashanth B.R
Technical Director
Prashanth comes with a 22 Yrs of Technology Expertise and have been associated with Major European and American Companies such as GE Aircraft, Rolls Royce, Pratt & Whitney and many other Aerospace Programs and has contributed most of his experience in Engines & Power Systems.
He was also responsible for handling many International Teams for Advanced Simulations in many programs.
He is a Master of Science (MSc) focused in Product Design & Management from University of Liverpool.
Parth Jindal
Project Manager (Robotics & Autonomous Systems)
Parth is a highly Motivated & Experienced Technologist with expertise in Autonomous Systems.
He is a Robotics Engineer with deep expertise in Machine Learning, Deep Learning Neural Systems and have architected various Image processing Technologies.
He has a Bachelor's in Mechatronics from University of Petroleum and Energy Studies & Holds a Masters Degree in Robotics from the James Clark School, University of Maryland (UMD)
Fakkirappa Hottinavar
Director - Product Engineering
Fakkirappa comes with a 24 Yrs of Technical Expertise and have been associated with Major European and American Companies and has contributed most of his experience in New Product Development.
He is a Masters in Production Technology from Government College of Engineering, Davanegere.
Mohammed Wazim Riyaz
Machine Learning Expert
Wazim is a Digital Signal Processing Engineer with more than 12 years of Technical Experience and has extensively worked with Lidar 3 d tracking, Radar, Sensor fusion, IMU Sensors, SLAM Algorithms etc for various applications for 3 D Multi Object Tracking for Autonomous Vehicles. He is an Expert in Pytorch for Deep Learning. He holds a Masters in Signal Processing from the Bangalore Institute of Technology.
Palu Sione
Vice President - AI & Allied Technology
A Domain expert in numerical computing, which covers a wide range of advanced analytics' disciplines, ranging from artificial intelligence, neuro-fuzzy computing, neural network, machine learning (supervised, unsupervised, semi-supervised learning), kernel-based learning, text-mining & topic modeling using subspace modeling, signal processing, wavelet & multi-scale analysis, multi-variate anomaly detection, multi-view learning, multi-instance learning, multi-task learning, transfer learning, multi-label learning, multi-target learning, matrix & tensor factorization, matrix & tensor completion, computational finance, cross-domain source-target learning, computer vision and more. He is a Double Major in Computational Mathematics & Numerical Physics from The University of Auckland.
Ajith Gopi
Robotics & Autonomous Systems Specialist
Ajith is a Mechatronics Engineer having immense expertise in developing Robotic Systems & has been associated with Major Industrial Robotics Companies and have deep interests in Research Platforms.
He is conversant with most of the Digital Simulation Platform's used for Product Engineering. He has also been a part of a prestigious project with our client overseas in developing Articulated Robots for various surgical applications. He is presently involved with us in the development of Automated Guided Vehicles, with tracked & belted Systems for various Industrial applications. He is a Major in Robotics from Anna University.
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