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AI & ROBOTICS: CERTIFICATIONS: MLC
AI powered computer vision software for industrial robots.
This is an introductory course for developing an understanding about the guidance system in a robot that enables vision like a human working on a shop floor. The object library is developed to identify industrial objects and can be further customised.
Simulation tools and algorithms for managing swarm robotics.
This course develops the ability to control a swarm of ground robots through a guiding software backed by simulations & algorithms. The optimised movement path is developed for navigation of each robot without clashing or duplicity. This is specifically for large warehouses deploying swarms for e-com operations.
Software platform for robot fleet management in industrial environment.
This course further builds on the above course to develop the ability to configure the movement path and tasks for a fleet deployed in an industrial setting with diverse objects and dynamic locations. Useful for switchingng
Designing high accuracy AI powered multi-skilled Bot to automate workflows.
Industrial settings have numerous workflows which are time consuming and add to the cost. This course develops the ability to design & configure bots to automate workflows using AI to optimise planning.
AI driven Fleet management software for logistics & warehouse operation.
Large warehouses with thousands of objects cannot be managed manually and need deployment of robot fleet powered by AI. The software to manage the fleet integrates computer vision, object library, path movement, warehouse composition and other workflows. This course helps develop the skill to manage large warehouses.
Robot automation software through self-learning AI.
This course develops the ability to customise the software with extensive ML thereby improving the automation of workflows. With increasing data populating the ML repository, the AI learns more to automate and become self managing.
AI & ROBOTICS: CERTIFICATIONS: MLC
AI powered robotics for construction industry..
This course is for professionals in construction industry to upskill and learn about how robotics is making the industry more efficient. This course enables to learn about robotic layout solution to address the construction industry's pressing challenges and automating some workflows through data analysis and AI algorithms.
AI enabled robotics powered by chef OS for food industry.
This course is for hospitality industry professionals to upskill and acquire skills to manage robotics adoption. Food industry works with a wide variety of ingredients and need precision that is provided by AI powered robots. AI equips Chef's systems with the flexibility needed to handle the highly variable nature of food.
AI driven robotics for Pick n Place use in warehouses & retail logistics.
This course develops skill to manage an intelligent AI-powered robotics solution that provides fully autonomous pick and place capabilities for a wide range of applications, including order picking, put wall, and sorter induction. By leveraging advanced AI vision system and smart grippers, robots can be used for a vast range of item shapes, item packaging, and SKUs. The robot turns any Goods to Person (GTP) system into a Goods to Robot (GTR) system. The solution leverages AI-powered, real-time motion planning to enable robots to adapt on the fly for mixed-case scenarios.
AI powered vision system with edge computing for solar farm robotics.
Solar is the fastest growing form of energy in the world. Huge solar farms are being developed in India and other tropical countries. Traditional construction methods can’t keep up with the numbers, so new techniques like AI and automation are essential to meet demand. With intelligent sensor fusion, AI-powered vision systems, real-time production data, and edge computing, the most advanced construction autonomy is now available for piling on solar farms. Construction industry professionals can upskill to switch career to renewablele energy or software sector.
Mobile Robots: Integration of machine vision, LIDAR, SLAM on a software platform with 5G
This course develops advanced skills in robotic professionals to move up the value chain a nd become experts of mobile robots. Robot navigation can take a major leap forward with advancements in Simultaneous Localization and Mapping (SLAM) algorithms. Once again, engineers can apply machine learning techniques to the 3D data environment for increased perception and decision-making capabilities.
As the robot's situational awareness improves, so can its autonomy and capabilities outside tightly controlled environments.
Integrating Wi-Fi, Bluetooth and 5G networks enable remote control, real-time data transmission and over-the-air updates, enhancing mobile robots' flexibility and adaptability.
5G networks, with low latency and high bandwidth, are rapidly being rolled out worldwide. This technology opens up new possibilities for mobile robotics. Robots can now rely on cloud computing for resource-intensive tasks like complex data processing and decision-making while maintaining real-time responsiveness.
Simulation tools for testing algorithms to map Swarm Robotics in e-com warehouse or farm
This is another course to develop expertise in Swarm robotics which relies on algorithms that govern how individual robots sense, communicate, and act. Each robot uses sensors (e.g., cameras, proximity detectors) to perceive its surroundings and exchanges limited information with neighbors via wireless links, infrared, or other short-range methods. Key challenges in swarm robotics include ensuring reliable coordination without centralized oversight and managing scalability as the number of robots grows. Success depends on designing simple, fault-tolerant rules that scale. The balance of simplicity and emergent complexity makes swarm robotics a powerful tool for solving distributed problems.
AI & ROBOTICS: CERTIFICATIONS: ADVANCED MLC
Hardware agnostic software with edge AI to enable robots with realtime reasoning.
This course develops a higher order skill in professionals to configure AI robotic software platform that empowers machines to observe, learn, reason, and act with unprecedented agility — requiring minimal training time, limited data sets, and lower computational and power requirements. It brings AI to the edge, empowering machines to quickly adapt and adjust to environmental or task variances without reprogramming. A real-time, closed-loop, autonomy framework for enabling machines to observe, learn, reason, and act like humans. This skill is used to make robots intelligent with each passing day through a self learning and reasoning set of algorithms.
Intelligent navigation by 4D Vision-guided robotics to Interpret Complex Environments:
This course enables upskilling in the complex field of Vision guided robotics powered by AI & 4D vision. This technology enables robots to interpret complex environments: Robots can discern clear and shiny objects even under ambient light, achieving an industry-leading vision cycle time as low as 0.3 seconds. The system understands the geometry and markings on parts, ensuring they are correctly oriented during assembly, even when sourced from random bins.
Swarm robot automation platform to synchronize data communication across all systems.
Large industries with multiple systems require agile collaboration among different types of operating equipment, as well as IT, OT, and IoT devices from various partners. A robotic professional reaches to the top only when he has the skill to manage such complex systems through an integrated software platform. This course imparts such expertise to understand the all-in-one platform to synchronize data communication across different brands of IT and OT systems, robots, factory IoT, and equipment, enablilesng users to simply plug and deploy all engaged assets, such as robots or a hybrid fleet composed of multi-brand robots. This greatly reduces the amount of setup and changeover time required and enhances the ROI of existing infrastructure.
Autonomous robotics platform for industrial inspection & maintenance by robots fleet.
This course develops skill to manage autonomous robotic solutions to improve the safety, efficiency, and sustainability of industrial work.end-to-end robotic inspection solution engineered for complex industrial facilities and Ex-rated areas. It addresses key inspection challenges and can improve uptime, enhance safety, and optimize inspection and maintenance. Automated inspection capabilities, even in complex facilities and extreme weather, make it an ideal solution. The course enables upskilling opportunity to rise to the top with the skill to visualise end to end processes for automation.
Cobot fleet automation combining perception, decision-making & action in closed-loop system
As we progress toward Industry 5.0, collaborative robots (cobots) are playing a crucial role in reshaping how humans and machines work together and rely heavily on effective human machine interaction.
Unlike traditional industrial robots that operate in isolated environments, cobots are designed to work alongside humans, enhancing productivity and safety. Industry 5.0 aims to integrate human creativity and problem-solving with the efficiency of AI and robotics, creating more personalized and intelligent automation systems.
This course is for professionals in automotive and large manufacturing industries deploying robots along side humans on the same process. Skill of mapping processes for Cobots, also termed as Human Robot Interaction, is high in demand and a futuristic skill to further build robotic management competencies.
Autonomous decision making under water robot for maintenance of oil rig & sea installations
Agentic AI solution development for swarm robots automation in logistics & transportation.
Developing a collaborative Human Robot interaction control system.
AI POWERED ROBOTICS
JACOBI ROBOTICS
Jacobi's advanced motion planning and self-learning AI make robot automation easy to use, more affordable, and truly plug-and-play. Our software allows you to reduce costs, improve throughput, and increase uptime. self-learning AI empowers robots to handle the endless variations of real-world environments, adapting on the fly without pre-programmed rules. This technology empowers robots to effectively handle the inherent variability of real-world industrial environments, adapting dynamically without reliance on pre-programmed rules. This approach streamlines deployment, reduces manual programming efforts, improves throughput, increases uptime, and ultimately lowers operational costs for tasks such as palletizing, depalletizing, and mixed-palletizing in warehouse and distribution settings.
ENERGY ROBOTICS
Hardware-agnostic software for managing different robots and drones. Energy Robotics provides an end-to-end software solution for automated inspection through a hardware-agnostic robot brain, a cloud based fleet management system and AI-driven data analytics. The result is a single platform for controlling your entire robot fleet and executing automated inspections around the world. The proven drone solution is BVLOS-ready (Beyond Visual Line of Sight), permitting operators to fly drones without having to be present onsite. This game-changing innovation in drone inspections enhances efficiency and safety in industries. groundbreaking technology allows you to execute automated drone inspections and supervise drone flights effortlessly, all through an intuitive browser-based interface. Wherever you are, take control and maximize your drone's capabilities like never before.
INORBIT AI
InOrbit Space Intelligence is the AI-powered robot orchestration platform driving software-defined operations at scale. Optimize your enterprise robot operations with InOrbit's AI-powered robot software. Streamline workflows and reduce downtime to achieve peak performance within your industrial automation strategy. Effortlessly adapt and scale your robot operations with InOrbit. Adjust workflows, redeploy robots, and scale your industrial automation to meet evolving demands. Space Intelligence unlocks a new level of performance and flexibility in warehouses, manufacturing facilities, and other demanding environments by seamlessly integrating autonomous robots, line-of-business data and spatial computing to achieve unmatched orchestration capabilities for your operations.
PALLADYNE AI
At the core of the Palladyne AI robotic software platform lies a groundbreaking approach that empowers machines to observe, learn, reason, and act with unprecedented agility — requiring minimal training time, limited data sets, and lower computational and power requirements. Hardware agnostic and designed to work with most commercial robots being sold today, our platform brings AI to the edge, empowering them to quickly adapt and adjust to environmental or task variances without reprogramming. A real-time, closed-loop, autonomy framework for enabling machines to observe, learn, reason, and act like humans. Palladyne AI empowers robots with real-time reasoning and adaptation without constant cloud connectivity, fostering autonomy and resilience in dynamic environments. Palladyne AI’s software platform seamlessly integrates with most commercial robots, promising revolutionary impacts across industries like manufacturing, warehousing, automotive, aviation, construction, defense, and logistics.
APERA AI
Vision-guided robotics using AI; it’s about intelligent navigation powered by 4D Vision. With Apera AI’s Vue robotic vision software, robots are not only smarter but also faster. This technology enables robots to: Interpret Complex Environments: Robots can discern clear and shiny objects even under ambient light, achieving an industry-leading vision cycle time as low as 0.3 seconds. This efficiency translates to a staggering 2,000 picks per hour.
Precision in Assembly: Whether it’s multi-part assemblies or intricate tasks, robots guided by Vue software can execute with unparalleled accuracy. The system understands the geometry and markings on parts, ensuring they are correctly oriented during assembly, even when sourced from random bins.
DATAMATICS TRUEBOT
AI and GenAI-powered, Enterprise-grade, Multi-skilled bot programmed to enhance your enterprise’s productivity. harness the potential of Intelligent Document Processing (IDP) and
Robotic Process Automation (RPA), integrating them with the cutting-edge features of generative AI. Our TruBot RPA (robotic processing automation) solution powered with AI and GenAI automates workflows with high accuracy and minimal human intervention, freeing up resources from repetitive tasks. Library of over 600+ pre-built components enables faster development of automation flows. With Universal recorder and visual workflow, business users can record the activities or drag and drop ready-to-use components to form a fully functional bot in minutes. Automatically re-order spare parts and equipment in the maintenance division of your manufacturing unit on reaching a threshold. Receive the sales orders from the supplier vendor and auto-ingest the data with intelligent document processing and integrate with the databases for efficient management. Integrate sales orders in different business systems, such as SAP, and other siloed databases with RPA bots.
MICROPSI
AI-powered computer vision for robots; Robots guided by our AI-vision software, MIRAI, can do tasks that are just not viable with other systems. It performs reliably even with reflective and transparent objects. The MIRAI system has been engineered to excel in changing factory conditions, making it more robust and precise than standard computer vision systems. MIRAI is AI-vision software that enables industrial robots to perform automation tasks otherwise considered too complex to solve. Also no camera calibration, controlled light, or visual-feature predefinition. MIRAI reliably handles variance in real time. Application flexibility: Industrial robots powered with the MIRAI system can be easily trained and retrained for various production tasks.
GRAY MATTER ROBOTICS
AI-POWERED ROBOTIC SOLUTIONS FOR HIGH-MIX MANUFACTURERS; GrayMatter Robotics provides automated manufacturing solutions for your surface treatment needs. Our solutions leverage AI to autonomously program robots, enabling them to work on almost any part within minutes—delivering superior performance with faster and consistent results for your surface treatment solutions. The Scan&Sand™ solution is an entire robotic sanding system – designed for the ease of operation and flexibility that high-mix manufacturers told us they want. Scan&Sand™ gives you the freedom to sand better, faster, easier, and with consistent quality. Employees can use it on day one of training and see their output more than double. Scan&Sand™ offers smart sanding robotic assistance for your existing workforce.
DEXTERITY AI
Leverage big and powerful robots when the boxes get too large. Witness these giant robots operate with a gentle sense of touch and human-like dexterity. the fastest AI-powered robotic system in production handle millions of different types of parcels and packages. Dexterity’s unique approach to Physical AI ensures consistency across all operating conditions.
CHEF ROBOTICS AI
AI-enabled Robotics for the Food Industry: Chef leads transformation in food companies by increasing production volume with flexible robotics and AI. Powered by ChefOS, AI equips Chef's systems with the flexibility needed to handle the highly variable nature of food. Chef utilizes a Robotics-as-a-Service model.
DUSTY ROBOTICS AI
The Power of Robotics and AI in Construction; Dusty Robotics offers the world’s most advanced, purpose-built robotic layout solution to address the construction industry's pressing challenges. The Dusty Robotics FieldPrinter system allows you to combine cutting-edge AI with Dusty’s proprietary robotic hardware to bring unprecedented productivity, accuracy, and collaboration benefits to your layout and project coordination.
LAIYE AI AGENTS
Easy Automation Tool -Easily build end-to-end automation with AI-powered low-code tool: Laiye Automation Creator enables anyone to create a compliant automation process in a drag-and-drop manner. With advanced computer vision and other AI technologies, the platform provides more accurate recognition and fast interaction with browsers
AI POWERED ROBOTICS
AGILE ROBOTS
Agile Robots is a world-class provider of next-generation automation solutions based in Munich. By combining artificial intelligence and robotics, the company makes industries smarter, more flexible, and more efficient, provide efficient and reliable one-stop solutions to help our customers take their production lines to the next level of efficiency, precision and quality. Have a manufacturing plant in India also.powerful software platform enables system integrators and operators to develop and deploy next-generation automation solutions. It’s like a one-stop shop for all your robotic software needs. Cutting-edge AI technology powers our robotic systems: AgileAI is the brain of our automation solutions, enabling them to process data, make real-time decisions and flexibly adapt to changing conditions. It can be programmed using natural language. This advanced platform enhances our robots’ performance, driving innovation and efficiency across various applications.
RICHTECH ROBOTICS
AI-powered systems are designed to think, adapt, and collaborate, enhancing real-world efficiency with intelligent automation. Our technology is built on multi-layered AI systems that enable intelligent automation across industries. AI-powered vision and multi-sensor fusion for dynamic real-world navigation. Adaptive SLAM-based mapping for real-time decision-making. Integrating LiDAR, radar, and vision-based AI for enhanced spatial awareness.
ANYBOTICS
ANYbotics is the leading provider of autonomous robotic solutions to improve the safety, efficiency, and sustainability of industrial work. Automate industrial
inspection with ANYmal
World's most capable end-to-end robotic inspection solution engineered for complex industrial facilities and Ex-rated areas. ANYmal addresses key inspection challenges and can improve uptime, enhance safety, and optimize inspection and maintenance. Automated inspection capabilities, even in complex facilities and extreme weather, make it an ideal solution.
PELICAN ROBOTICS
Pelican PickTM is an intelligent AI-powered robotics solution that provides fully autonomous pick and place capabilities for a wide range of applications, including order picking, put wall, and sorter induction. By leveraging advanced AI vision system and smart grippers, Pelican Pick can be used for a vast range of item shapes, item packaging, and SKUs. Pelican Pick turns any Goods to Person (GTP) system into a Goods to Robot (GTR) system. Pelican Pack leverages AI-powered, real-time motion planning to enable robots to adapt on the fly for mixed-case scenarios.
ROBOTIQ
Robotiq is the inventor of the Lean Robotics method and applies it in every facet of its business—from product development to robotic cell deployment to world-class tech support. By using Robotiq products and services, you automatically benefit from a proven method now employed by thousands of automation professionals worldwide. This streamlines the deployment process and ensures that your robotic cell integrates seamlessly into your factory floor, increasing productivity while maintaining adaptability.
NOMAGIC AI
Nomagic’s AI powered robots are designed to streamline warehouse operations, delivering intelligent solutions for the world's leading retailers, manufacturers and logistics companies. Nomagic's AI Monitoring Platform offers industry leading 24/7 support for automated warehouses, ensuring continuous operation and maximising uptime.
BUILT ROBOTICS
Solar is the fastest growing form of energy in the world. Traditional construction methods can’t keep up, so new techniques like AI and automation are essential to meet demand. With intelligent sensor fusion, AI-powered vision systems, real-time production data, and edge computing, the most advanced construction autonomy is now available for piling on solar farms.
SAFEAI
SafeAI retrofits heavy vehicles and site operations with autonomous technology to enable safer, more productive worksites. SafeAI enables heavy equipment owners to convert — not replace — aftermarket vehicles and fleets through our retrofit autonomous vehicle hardware kit and industry-specific software, regardless of vehicle type or manufacturer, while delivering significant gains through increased productivity, safety and cost savings.
ROBOVISION AI
Robovision’s AI-powered computer vision platform enables intelligent automation. The platform gathers visual input, applies deep learning algorithms, analyzes results, and instructs machines accordingly. The Robovision platform eliminates the need for extensive AI expertise, allowing users to extract the benefits of AI without coding skills. The Robovision platform streamlines development, simplifies AI lifecycle management, and enables domain experts to handle complex tasks.
AI & ROBOTICS: MANAGEMENT & COMMUNICATION PLATFORMS
YOKOGAWA
The Robot Management Core (RMC) enables improved safety and efficiency in plant operations and maintenance by integrating and managing a variety of mobile robots, which perform tasks that were previously the responsibility of the workforce. RMC also interoperates with Yokogawa's plant control and safety system in operational procedures, which allow the robot to utilize data acquired from the field. This provides an initial step toward autonomous plant operation.RMC is a software platform for integrated management of robots that are deployed in a plant. RMC supports industrial robots that operate on-site. By integrating the software with the Collaborative Information Server (CI Server), RMC promotes the use of robots in plants and contributes to improving the safety of on-site plant work and efficiency in terms of costs and time.
PROVEN ROBOTICS AI
The Robot Management System (RMS) is a sophisticated software application specifically tailored for industrial environments, enabling the centralized control and monitoring of multiple robots. It offers a comprehensive suite of tools that allow users to efficiently schedule tasks, closely monitor robot performance, and troubleshoot issues remotely. One of its key features is the provision of real-time data on various aspects of robot operations, including status updates, production efficiency metrics, and maintenance requirements. This data empowers operators and managers to make informed decisions, optimize production processes, and ensure that the robotic workforce operates at peak performance levels. The RMS plays a critical role in enhancing overall operational efficiency, minimizing downtime, and maximizing the return on investment in robotic automation.
FAROBOT
patented SWARM CORE® platform enables agile collaboration among different types of operating equipment, as well as IT, OT, and IoT devices from various partners. Along with its Swarm Mobile Robot (SMR) series, the Swarm Autonomy solution introduces game-changing intralogistics automation and enhances optimized efficiency in manufacturing, logistics, retail, and healthcare sectors. SWARM CORE software orchestrates robotics and IoT collaboration in route, traffic, and task planning and execution, enhancing materials transport efficiency within factories or warehouses. Python-based framework for easy integration of limitless applications with Swarm Wrappers and Swarm API. SWARM CORE facilitates an all-in-one platform to synchronize data communication across different brands of IT and OT systems, robots, factory IoT, and equipment. Users can simply plug and deploy all engaged assets, such as FARobot's SMR series or a hybrid fleet composed of multi-brand robots. This greatly reduces the amount of setup and changeover time required and enhances the ROI of existing infrastructure
NODE ROBOTICS
The NODE Robot Autonomy Skills, developed by NODE Robotics as part of the NODE.OS suite, are a comprehensive collection of software modules designed to empower your mobile robots to navigate autonomously and robustly even in complex environments.
Utilizing state-of-the-art technology and leveraging the latest advancements in sensor fusion, autonomous driving, and AI, our skill set offers an extensive range of capabilities. These include robot localization and mapping, efficient path planning and control, reliable obstacle avoidance, smooth docking, and transport task execution, ensuring a robust mobile robot performance.