LAB 01RESEARCH
AI Vision Inspection
Exploring automated visual inspection, defect detection, assembly verification and quality decisions using computer vision and AI.
Vision AI-Powered Robotics for Intelligent Industrial Automation
See.
Decide.
Act.
Kaundinya Automation is developing technology that combines computer vision, AI, robotics and digital simulation to make industrial automation more flexible, faster to engineer and easier to deploy.
Innovation Lab
From ideas
to working systems.
We explore and demonstrate practical combinations of AI, vision, robotics and simulation — with a focus on technologies that can move from virtual concepts toward real industrial systems.
01
See. Understand. Act.
We explore practical ways to connect perception, intelligence and physical action — turning engineering problems into demonstrable systems.
PERCEIVEDECIDEACTLEARN
Technology demonstration — the full simulation frame is shown, covering feature selection, alignment and robotic operation.
Technology Demonstration
From geometry to robot simulation.
A digital workflow that begins with feature and hole selection, establishes alignment references, and carries them into a robotic simulation for virtual evaluation of the process.
LAB 02PROTOTYPE
Vision-Guided Robotics
Developing workflows where cameras help robots locate, identify, pick, place and inspect variable parts.
LAB 03SIMULATION
Digital Twin & Isaac Sim
Exploring virtual robot cells, sensor simulation, synthetic data and simulation-assisted validation before physical deployment.
LAB 04RESEARCH
Synthetic Data
Investigating simulated images and controlled variations to accelerate development of vision models for industrial environments.
LAB 05CONCEPT
Intelligent Machine Monitoring
Exploring sensor-driven anomaly detection using machine signals such as vibration, temperature, current and pressure.
LAB 06PLATFORM
AI-Ready Automation Cells
Combining mechanical systems, controls, robotics, vision and software into modular cells designed for intelligent automation.
How we present our workConcept → Research → Prototype → Demonstrator → Pilot → Commercial
Technology / How It Works
From perception
to physical action.
Our technology direction connects sensing, intelligence, simulation and robotics with the mechanical and control systems required to operate in the physical world.
Industrial cameras and computer vision capture features, parts, conditions and process information.
AI/ML and decision algorithms interpret information and determine the next action.
Digital twins, Isaac Sim and synthetic data support virtual evaluation and development.
Robot motion, manipulation and machine interaction translate decisions into physical actions.
PLC, controls, sensors and actuators connect intelligent functions to industrial processes.
Industrial machines and robotic cells where the complete technology stack creates measurable process value.
Vision AI → Decision → Simulation → Robotics → AutomationDesigned as one connected engineering system.
MACHINES
AUTOMATION
ROBOTICS
AI VISION
DIGITAL TWINS
Technology Demonstrations
Ideas made
visible.
Early demonstrators show how our technology direction can move from a technical problem to a virtual or physical proof of concept.
DEMONSTRATION 01 · PROTOTYPE / DEMONSTRATOR
AI-assisted feature selection → robot simulation
PROBLEM
Manual identification of machining or robotic features can make downstream programming and process setup slower and less flexible.
TECHNOLOGY
Computer vision, geometry, alignment logic and robotics simulation are combined into a digital workflow.
DEMONSTRATED
Feature selection → alignment → robotic simulation for virtual evaluation of the process.
Technology demonstration · feature selection · alignment · robotic simulation
About Kaundinya
Technology-first.
Engineering-backed.
We are a technology company developing intelligent robotics and automation systems for the physical world.
Our core direction is vision AI-powered robotics for intelligent industrial automation. We combine computer vision, AI, robotics and digital simulation with practical engineering.
Our approach is solution-led: understand the process, engineer the right system, integrate the controls and intelligence, and build for reliability, maintainability and measurable improvement.
Custom EngineeringMachine BuildingRoboticsAI VisionDigital Engineering
Engineering-first
Practical designs built around the actual process and operating environment.
Intelligence by purpose
AI and vision where they create a meaningful improvement in quality, flexibility or decision-making.
Simulation-minded
Digital engineering and robotics simulation can reduce uncertainty before physical deployment.
Built for the real world
Mechanical, electrical, controls, pneumatics and software considered as one system.
Capabilities
Engineering the systems
behind intelligent automation.
Our engineering capabilities provide the mechanical, electrical, controls and machine-building foundation needed to turn intelligent automation concepts into working industrial systems.
01
Special Purpose Machinery
Custom machines, mechanisms, fixtures and engineered equipment designed around specific process requirements.
02
Industrial Automation
Controls, sensors, actuators and automation architecture for repeatability, productivity and process control.
03
Robotics & Cells
Robotic integration for handling, assembly, inspection and precision-intensive manufacturing tasks.
04
Intelligent Machine Monitoring
Sensor-driven monitoring and AI-assisted anomaly detection for smarter machine and process decisions.
05
Test & Calibration Systems
Hydraulic, pneumatic and functional test equipment engineered for controlled and repeatable testing.
06
AI Vision
Computer vision for inspection, defect detection, verification, identification and process monitoring.
07
Digital Twins
Simulation-led engineering for virtual validation, system optimisation and better automation decisions.
08
Pneumatic & Hydraulic
Electro-pneumatic and hydraulic systems engineered for dependable motion, control and machine functionality.
Industries & Applications
Technology without
an industry boundary.
We start with the process and the problem, then adapt the technology to the application — from manufacturing floors to advanced engineering environments.
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Start a conversation
Have an automation problem worth solving?
Tell us about your process, machine, inspection or robotics challenge. We can start with the problem and work toward the right engineering solution.
Address#95, Ashtagrama Layout, Kamakshipalya, Bengaluru – 560079, Karnataka, India