Posts in category: nVidia AI

India’s leading cloud infrastructure providers and server manufacturers are ramping up accelerated data center capacity. By year’s end, they’ll have boosted NVIDIA GPU deployment in the country by nearly 10x compared to 18 months ago.

Tens of thousands of NVIDIA Hopper GPUs will be added to build AI factories — large-scale data centers for producing AI —  that support India’s large businesses, startups and research centers running AI workloads in the cloud and on premises. This will cumulatively provide nearly 180 exaflops of compute to power innovation in healthcare, financial services and digital content creation.

Announced today at the NVIDIA AI Summit, taking place in Mumbai through Oct. 25, this buildout of accelerated computing technology is led by data center provider Yotta Data Services, global digital ecosystem enabler Tata Communications, cloud service provider E2E Networks and original equipment manufacturer Netweb.

Their systems will enable developers to harness domestic data center resources powerful enough to fuel a new wave of large language models, complex scientific visualizations and industrial digital twins that could propel India to the forefront of AI-accelerated innovation.

Yotta Brings AI Systems and Services to Shakti Cloud

Yotta Data Services is providing Indian businesses, government departments and researchers access to managed cloud services through its Shakti Cloud platform to boost generative AI adoption and AI education.

Powered by thousands of NVIDIA Hopper GPUs, these computing resources are complemented by NVIDIA AI Enterprise, an end-to-end, cloud-native software platform that accelerates data science pipelines and streamlines development and deployment of production-grade copilots and other generative AI applications.

With NVIDIA AI Enterprise, Yotta customers can access NVIDIA NIM, a collection of microservices for optimized AI inference, and NVIDIA NIM Agent Blueprints, a set of customizable reference architectures for generative AI applications. This will allow them to rapidly adopt optimized, state-of-the-art AI for applications including biomolecular generation, virtual avatar creation and language generation.

“The future of AI is about speed, flexibility and scalability, which is why Yotta’s Shakti Cloud platform is designed to eliminate the common barriers that organizations across industries face in AI adoption,” said Sunil Gupta, cofounder, CEO and managing director of Yotta. “Shakti Cloud brings together high-performance GPUs, optimized storage and a services layer that simplifies AI development from model training to deployment, so organizations can quickly scale their AI efforts, streamline operations and push the boundaries of what AI can accomplish.”

Yotta’s customers include Sarvam AI, which is building AI models that support major Indian languages; Innoplexus, which is developing an AI-powered life sciences platform for drug discovery; and Zoho Corporation, which is creating language models for enterprise customers.

Tata Supports Enterprise AI Innovation Across Industries

Tata Communications is initiating a large-scale deployment of NVIDIA Hopper architecture GPUs to power its public cloud infrastructure and support a wide range of AI applications. The company also plans to expand its offerings next year to include NVIDIA Blackwell GPUs.

In addition to providing accelerated hardware, Tata Communications will enable customers to run NVIDIA AI Enterprise, including NVIDIA NIM and NIM Agent Blueprints, and NVIDIA Omniverse, a software platform and operating system that developers use to build physical AI and robotic system simulation applications.

“By combining NVIDIA’s accelerated computing infrastructure with Tata Communications’ AI Studio and global network, we’re creating a future-ready platform that will enable AI transformation across industries,” said A.S. Lakshminarayanan, managing director and CEO of Tata Communications. “Access to these resources will make AI more accessible to innovators in fields including manufacturing, healthcare, retail, banking and financial services.”

E2E Expands Cloud Infrastructure for AI Innovation

E2E Networks supports enterprises in India, the Middle East, the Asia-Pacific region and the U.S with GPU-powered cloud servers.

It offers customers access to clusters featuring NVIDIA Hopper GPUs interconnected with NVIDIA Quantum-2 InfiniBand networking to help meet the demand for high-compute tasks including simulations, foundation model training and real-time AI inference.

“This infrastructure expansion helps ensure Indian businesses have access to high-performance, scalable infrastructure to develop custom AI models,” said Tarun Dua, cofounder and managing director of E2E Networks. “NVIDIA Hopper GPUs will be a powerful driver of innovation in large language models and large vision models for our users.”

E2E’s clients include AI4Bharat, a research lab at the Indian Institute of Technology Madras developing open-source AI applications for Indian languages — as well as members of the NVIDIA Inception startup program such as disease detection company Qure.ai, text-to-video generative AI company Invideo AI and intelligent voice agent company Assisto.

Netweb Servers Advance Sovereign AI Initiatives

Netweb is expanding its range of Tyrone AI systems based on NVIDIA MGX, a modular reference architecture to accelerate enterprise data center workloads.

Offered for both on-premises and off-premises cloud infrastructure, the new servers feature NVIDIA GH200 Grace Hopper Superchips, delivering the computational power to support large hyperscalers, research centers, enterprises and supercomputing centers in India and across Asia.

“Through Netweb’s decade-long collaboration with NVIDIA, we’ve shown that world-class computing infrastructure can be developed in India,” said Sanjay Lodha, chairman and managing director of Netweb. “Our next-generation systems will help the country’s businesses and researchers build and deploy more complex AI applications trained on proprietary datasets.”

Netweb also offers customers Tryone Skylus cloud instances that include the company’s full software stack, alongside the NVIDIA AI Enterprise and NVIDIA Omniverse software platforms, to develop large-scale agentic AI and physical AI.

NVIDIA’s roadmap features new platforms set to arrive on a one-year rhythm. By harnessing these advancements in AI computing and networking, infrastructure providers and manufacturers in India and beyond will be able to further scale the capabilities of AI development to power larger, multimodal models, optimize inference performance and train the next generation of AI applications.

Learn more about India’s AI adoption in the fireside chat between NVIDIA founder and CEO Jensen Huang and Mukesh Ambani, chairman and managing director of Reliance Industries, at the NVIDIA AI Summit.

Read More

India’s leading cloud infrastructure providers and server manufacturers are ramping up accelerated data center capacity. By year’s end, they’ll have boosted NVIDIA GPU deployment in the country by nearly 10x compared to 18 months ago.

Tens of thousands of NVIDIA Hopper GPUs will be added to build AI factories — large-scale data centers for producing AI —  that support India’s large businesses, startups and research centers running AI workloads in the cloud and on premises. This will cumulatively provide nearly 180 exaflops of compute to power innovation in healthcare, financial services and digital content creation.

Announced today at the NVIDIA AI Summit, taking place in Mumbai through Oct. 25, this buildout of accelerated computing technology is led by data center provider Yotta Data Services, global digital ecosystem enabler Tata Communications, cloud service provider E2E Networks and original equipment manufacturer Netweb.

Their systems will enable developers to harness domestic data center resources powerful enough to fuel a new wave of large language models, complex scientific visualizations and industrial digital twins that could propel India to the forefront of AI-accelerated innovation.

Yotta Brings AI Systems and Services to Shakti Cloud

Yotta Data Services is providing Indian businesses, government departments and researchers access to managed cloud services through its Shakti Cloud platform to boost generative AI adoption and AI education.

Powered by thousands of NVIDIA Hopper GPUs, these computing resources are complemented by NVIDIA AI Enterprise, an end-to-end, cloud-native software platform that accelerates data science pipelines and streamlines development and deployment of production-grade copilots and other generative AI applications.

With NVIDIA AI Enterprise, Yotta customers can access NVIDIA NIM, a collection of microservices for optimized AI inference, and NVIDIA NIM Agent Blueprints, a set of customizable reference architectures for generative AI applications. This will allow them to rapidly adopt optimized, state-of-the-art AI for applications including biomolecular generation, virtual avatar creation and language generation.

“The future of AI is about speed, flexibility and scalability, which is why Yotta’s Shakti Cloud platform is designed to eliminate the common barriers that organizations across industries face in AI adoption,” said Sunil Gupta, cofounder, CEO and managing director of Yotta. “Shakti Cloud brings together high-performance GPUs, optimized storage and a services layer that simplifies AI development from model training to deployment, so organizations can quickly scale their AI efforts, streamline operations and push the boundaries of what AI can accomplish.”

Yotta’s customers include Sarvam AI, which is building AI models that support major Indian languages; Innoplexus, which is developing an AI-powered life sciences platform for drug discovery; and Zoho Corporation, which is creating language models for enterprise customers.

Tata Supports Enterprise AI Innovation Across Industries

Tata Communications is initiating a large-scale deployment of NVIDIA Hopper architecture GPUs to power its public cloud infrastructure and support a wide range of AI applications. The company also plans to expand its offerings next year to include NVIDIA Blackwell GPUs.

In addition to providing accelerated hardware, Tata Communications will enable customers to run NVIDIA AI Enterprise, including NVIDIA NIM and NIM Agent Blueprints, and NVIDIA Omniverse, a software platform and operating system that developers use to build physical AI and robotic system simulation applications.

“By combining NVIDIA’s accelerated computing infrastructure with Tata Communications’ AI Studio and global network, we’re creating a future-ready platform that will enable AI transformation across industries,” said A.S. Lakshminarayanan, managing director and CEO of Tata Communications. “Access to these resources will make AI more accessible to innovators in fields including manufacturing, healthcare, retail, banking and financial services.”

E2E Expands Cloud Infrastructure for AI Innovation

E2E Networks supports enterprises in India, the Middle East, the Asia-Pacific region and the U.S with GPU-powered cloud servers.

It offers customers access to clusters featuring NVIDIA Hopper GPUs interconnected with NVIDIA Quantum-2 InfiniBand networking to help meet the demand for high-compute tasks including simulations, foundation model training and real-time AI inference.

“This infrastructure expansion helps ensure Indian businesses have access to high-performance, scalable infrastructure to develop custom AI models,” said Tarun Dua, cofounder and managing director of E2E Networks. “NVIDIA Hopper GPUs will be a powerful driver of innovation in large language models and large vision models for our users.”

E2E’s clients include AI4Bharat, a research lab at the Indian Institute of Technology Madras developing open-source AI applications for Indian languages — as well as members of the NVIDIA Inception startup program such as disease detection company Qure.ai, text-to-video generative AI company Invideo AI and intelligent voice agent company Assisto.

Netweb Servers Advance Sovereign AI Initiatives

Netweb is expanding its range of Tyrone AI systems based on NVIDIA MGX, a modular reference architecture to accelerate enterprise data center workloads.

Offered for both on-premises and off-premises cloud infrastructure, the new servers feature NVIDIA GH200 Grace Hopper Superchips, delivering the computational power to support large hyperscalers, research centers, enterprises and supercomputing centers in India and across Asia.

“Through Netweb’s decade-long collaboration with NVIDIA, we’ve shown that world-class computing infrastructure can be developed in India,” said Sanjay Lodha, chairman and managing director of Netweb. “Our next-generation systems will help the country’s businesses and researchers build and deploy more complex AI applications trained on proprietary datasets.”

Netweb also offers customers Tryone Skylus cloud instances that include the company’s full software stack, alongside the NVIDIA AI Enterprise and NVIDIA Omniverse software platforms, to develop large-scale agentic AI and physical AI.

NVIDIA’s roadmap features new platforms set to arrive on a one-year rhythm. By harnessing these advancements in AI computing and networking, infrastructure providers and manufacturers in India and beyond will be able to further scale the capabilities of AI development to power larger, multimodal models, optimize inference performance and train the next generation of AI applications.

Learn more about India’s AI adoption in the fireside chat between NVIDIA founder and CEO Jensen Huang and Mukesh Ambani, chairman and managing director of Reliance Industries, at the NVIDIA AI Summit.

Read More

India’s leading cloud infrastructure providers and server manufacturers are ramping up accelerated data center capacity. By year’s end, they’ll have boosted NVIDIA GPU deployment in the country by nearly 10x compared to 18 months ago.

Tens of thousands of NVIDIA Hopper GPUs will be added to build AI factories — large-scale data centers for producing AI —  that support India’s large businesses, startups and research centers running AI workloads in the cloud and on premises. This will cumulatively provide nearly 180 exaflops of compute to power innovation in healthcare, financial services and digital content creation.

Announced today at the NVIDIA AI Summit, taking place in Mumbai through Oct. 25, this buildout of accelerated computing technology is led by data center provider Yotta Data Services, global digital ecosystem enabler Tata Communications, cloud service provider E2E Networks and original equipment manufacturer Netweb.

Their systems will enable developers to harness domestic data center resources powerful enough to fuel a new wave of large language models, complex scientific visualizations and industrial digital twins that could propel India to the forefront of AI-accelerated innovation.

Yotta Brings AI Systems and Services to Shakti Cloud

Yotta Data Services is providing Indian businesses, government departments and researchers access to managed cloud services through its Shakti Cloud platform to boost generative AI adoption and AI education.

Powered by thousands of NVIDIA Hopper GPUs, these computing resources are complemented by NVIDIA AI Enterprise, an end-to-end, cloud-native software platform that accelerates data science pipelines and streamlines development and deployment of production-grade copilots and other generative AI applications.

With NVIDIA AI Enterprise, Yotta customers can access NVIDIA NIM, a collection of microservices for optimized AI inference, and NVIDIA NIM Agent Blueprints, a set of customizable reference architectures for generative AI applications. This will allow them to rapidly adopt optimized, state-of-the-art AI for applications including biomolecular generation, virtual avatar creation and language generation.

“The future of AI is about speed, flexibility and scalability, which is why Yotta’s Shakti Cloud platform is designed to eliminate the common barriers that organizations across industries face in AI adoption,” said Sunil Gupta, cofounder, CEO and managing director of Yotta. “Shakti Cloud brings together high-performance GPUs, optimized storage and a services layer that simplifies AI development from model training to deployment, so organizations can quickly scale their AI efforts, streamline operations and push the boundaries of what AI can accomplish.”

Yotta’s customers include Sarvam AI, which is building AI models that support major Indian languages; Innoplexus, which is developing an AI-powered life sciences platform for drug discovery; and Zoho Corporation, which is creating language models for enterprise customers.

Tata Supports Enterprise AI Innovation Across Industries

Tata Communications is initiating a large-scale deployment of NVIDIA Hopper architecture GPUs to power its public cloud infrastructure and support a wide range of AI applications. The company also plans to expand its offerings next year to include NVIDIA Blackwell GPUs.

In addition to providing accelerated hardware, Tata Communications will enable customers to run NVIDIA AI Enterprise, including NVIDIA NIM and NIM Agent Blueprints, and NVIDIA Omniverse, a software platform and operating system that developers use to build physical AI and robotic system simulation applications.

“By combining NVIDIA’s accelerated computing infrastructure with Tata Communications’ AI Studio and global network, we’re creating a future-ready platform that will enable AI transformation across industries,” said A.S. Lakshminarayanan, managing director and CEO of Tata Communications. “Access to these resources will make AI more accessible to innovators in fields including manufacturing, healthcare, retail, banking and financial services.”

E2E Expands Cloud Infrastructure for AI Innovation

E2E Networks supports enterprises in India, the Middle East, the Asia-Pacific region and the U.S with GPU-powered cloud servers.

It offers customers access to clusters featuring NVIDIA Hopper GPUs interconnected with NVIDIA Quantum-2 InfiniBand networking to help meet the demand for high-compute tasks including simulations, foundation model training and real-time AI inference.

“This infrastructure expansion helps ensure Indian businesses have access to high-performance, scalable infrastructure to develop custom AI models,” said Tarun Dua, cofounder and managing director of E2E Networks. “NVIDIA Hopper GPUs will be a powerful driver of innovation in large language models and large vision models for our users.”

E2E’s clients include AI4Bharat, a research lab at the Indian Institute of Technology Madras developing open-source AI applications for Indian languages — as well as members of the NVIDIA Inception startup program such as disease detection company Qure.ai, text-to-video generative AI company Invideo AI and intelligent voice agent company Assisto.

Netweb Servers Advance Sovereign AI Initiatives

Netweb is expanding its range of Tyrone AI systems based on NVIDIA MGX, a modular reference architecture to accelerate enterprise data center workloads.

Offered for both on-premises and off-premises cloud infrastructure, the new servers feature NVIDIA GH200 Grace Hopper Superchips, delivering the computational power to support large hyperscalers, research centers, enterprises and supercomputing centers in India and across Asia.

“Through Netweb’s decade-long collaboration with NVIDIA, we’ve shown that world-class computing infrastructure can be developed in India,” said Sanjay Lodha, chairman and managing director of Netweb. “Our next-generation systems will help the country’s businesses and researchers build and deploy more complex AI applications trained on proprietary datasets.”

Netweb also offers customers Tryone Skylus cloud instances that include the company’s full software stack, alongside the NVIDIA AI Enterprise and NVIDIA Omniverse software platforms, to develop large-scale agentic AI and physical AI.

NVIDIA’s roadmap features new platforms set to arrive on a one-year rhythm. By harnessing these advancements in AI computing and networking, infrastructure providers and manufacturers in India and beyond will be able to further scale the capabilities of AI development to power larger, multimodal models, optimize inference performance and train the next generation of AI applications.

Learn more about India’s AI adoption in the fireside chat between NVIDIA founder and CEO Jensen Huang and Mukesh Ambani, chairman and managing director of Reliance Industries, at the NVIDIA AI Summit.

Read More

India’s leading cloud infrastructure providers and server manufacturers are ramping up accelerated data center capacity. By year’s end, they’ll have boosted NVIDIA GPU deployment in the country by nearly 10x compared to 18 months ago.

Tens of thousands of NVIDIA Hopper GPUs will be added to build AI factories — large-scale data centers for producing AI —  that support India’s large businesses, startups and research centers running AI workloads in the cloud and on premises. This will cumulatively provide nearly 180 exaflops of compute to power innovation in healthcare, financial services and digital content creation.

Announced today at the NVIDIA AI Summit, taking place in Mumbai through Oct. 25, this buildout of accelerated computing technology is led by data center provider Yotta Data Services, global digital ecosystem enabler Tata Communications, cloud service provider E2E Networks and original equipment manufacturer Netweb.

Their systems will enable developers to harness domestic data center resources powerful enough to fuel a new wave of large language models, complex scientific visualizations and industrial digital twins that could propel India to the forefront of AI-accelerated innovation.

Yotta Brings AI Systems and Services to Shakti Cloud

Yotta Data Services is providing Indian businesses, government departments and researchers access to managed cloud services through its Shakti Cloud platform to boost generative AI adoption and AI education.

Powered by thousands of NVIDIA Hopper GPUs, these computing resources are complemented by NVIDIA AI Enterprise, an end-to-end, cloud-native software platform that accelerates data science pipelines and streamlines development and deployment of production-grade copilots and other generative AI applications.

With NVIDIA AI Enterprise, Yotta customers can access NVIDIA NIM, a collection of microservices for optimized AI inference, and NVIDIA NIM Agent Blueprints, a set of customizable reference architectures for generative AI applications. This will allow them to rapidly adopt optimized, state-of-the-art AI for applications including biomolecular generation, virtual avatar creation and language generation.

“The future of AI is about speed, flexibility and scalability, which is why Yotta’s Shakti Cloud platform is designed to eliminate the common barriers that organizations across industries face in AI adoption,” said Sunil Gupta, cofounder, CEO and managing director of Yotta. “Shakti Cloud brings together high-performance GPUs, optimized storage and a services layer that simplifies AI development from model training to deployment, so organizations can quickly scale their AI efforts, streamline operations and push the boundaries of what AI can accomplish.”

Yotta’s customers include Sarvam AI, which is building AI models that support major Indian languages; Innoplexus, which is developing an AI-powered life sciences platform for drug discovery; and Zoho Corporation, which is creating language models for enterprise customers.

Tata Supports Enterprise AI Innovation Across Industries

Tata Communications is initiating a large-scale deployment of NVIDIA Hopper architecture GPUs to power its public cloud infrastructure and support a wide range of AI applications. The company also plans to expand its offerings next year to include NVIDIA Blackwell GPUs.

In addition to providing accelerated hardware, Tata Communications will enable customers to run NVIDIA AI Enterprise, including NVIDIA NIM and NIM Agent Blueprints, and NVIDIA Omniverse, a software platform and operating system that developers use to build physical AI and robotic system simulation applications.

“By combining NVIDIA’s accelerated computing infrastructure with Tata Communications’ AI Studio and global network, we’re creating a future-ready platform that will enable AI transformation across industries,” said A.S. Lakshminarayanan, managing director and CEO of Tata Communications. “Access to these resources will make AI more accessible to innovators in fields including manufacturing, healthcare, retail, banking and financial services.”

E2E Expands Cloud Infrastructure for AI Innovation

E2E Networks supports enterprises in India, the Middle East, the Asia-Pacific region and the U.S with GPU-powered cloud servers.

It offers customers access to clusters featuring NVIDIA Hopper GPUs interconnected with NVIDIA Quantum-2 InfiniBand networking to help meet the demand for high-compute tasks including simulations, foundation model training and real-time AI inference.

“This infrastructure expansion helps ensure Indian businesses have access to high-performance, scalable infrastructure to develop custom AI models,” said Tarun Dua, cofounder and managing director of E2E Networks. “NVIDIA Hopper GPUs will be a powerful driver of innovation in large language models and large vision models for our users.”

E2E’s clients include AI4Bharat, a research lab at the Indian Institute of Technology Madras developing open-source AI applications for Indian languages — as well as members of the NVIDIA Inception startup program such as disease detection company Qure.ai, text-to-video generative AI company Invideo AI and intelligent voice agent company Assisto.

Netweb Servers Advance Sovereign AI Initiatives

Netweb is expanding its range of Tyrone AI systems based on NVIDIA MGX, a modular reference architecture to accelerate enterprise data center workloads.

Offered for both on-premises and off-premises cloud infrastructure, the new servers feature NVIDIA GH200 Grace Hopper Superchips, delivering the computational power to support large hyperscalers, research centers, enterprises and supercomputing centers in India and across Asia.

“Through Netweb’s decade-long collaboration with NVIDIA, we’ve shown that world-class computing infrastructure can be developed in India,” said Sanjay Lodha, chairman and managing director of Netweb. “Our next-generation systems will help the country’s businesses and researchers build and deploy more complex AI applications trained on proprietary datasets.”

Netweb also offers customers Tryone Skylus cloud instances that include the company’s full software stack, alongside the NVIDIA AI Enterprise and NVIDIA Omniverse software platforms, to develop large-scale agentic AI and physical AI.

NVIDIA’s roadmap features new platforms set to arrive on a one-year rhythm. By harnessing these advancements in AI computing and networking, infrastructure providers and manufacturers in India and beyond will be able to further scale the capabilities of AI development to power larger, multimodal models, optimize inference performance and train the next generation of AI applications.

Learn more about India’s AI adoption in the fireside chat between NVIDIA founder and CEO Jensen Huang and Mukesh Ambani, chairman and managing director of Reliance Industries, at the NVIDIA AI Summit.

Read More

In vast warehouses, Addverb’s robots work tirelessly, picking, sorting and delivering products with precision.

Across frozen Oslo, Norway, Ottonomy’s Yeti robots assist in navigating icy streets as part of a trial with Posten Norge for urban deliveries, while in sun-soaked Madrid, they autonomously cruise bustling avenues, supporting last-mile delivery services.

AI-powered robots are revolutionizing industries worldwide, and Indian innovators — like Addverb, Ati Motors and Ottonomy — are leading the charge, powered by NVIDIA’s accelerated computing, simulation, robotics and AI platforms.

According to ABI Research, the installed base for industrial and commercial robots is projected at  5.4 million units by 2024, with annual shipments expected of 1.3 million. By 2030, these numbers are forecast to grow significantly, with over 15 million installed robots and more than 4 million annual shipments.

This explosive growth represents a massive opportunity for India, a country known for its software and engineering expertise.

Companies like Ottonomy, with its cutting-edge Ottobot 2.0 featuring swerve-drive technology, are pushing the boundaries of automation.

As members of the NVIDIA Inception program for startups, over 25 robotics companies — such as Xmachines, Machani Robotics, Drishti Works, ANSCER Robotics and Orangewood Labs — are driving innovations across sectors like industrial automation, healthcare and smart cities.

These startups are scaling quickly, transforming industries both locally and globally. The NVIDIA AI Summit in Mumbai will highlight how NVIDIA’s platforms are enabling the next wave of robotics advancements.

Here’s a look at key players putting NVIDIA technologies to work across India and beyond.

Addverb: Driving Global Robotics Innovation

From its Noida headquarters, Addverb is setting new standards in industrial automation with the launch of Bot-Verse, a large-scale facility capable of producing 100,000 robots annually.

At the AI Summit, Addverb will showcase how the NVIDIA Isaac Sim and Omniverse platforms are used to create digital twins of real-world environments, enabling the testing and optimization of robots with synthetic data.

The NVIDIA Jetson Orin NX and TensorRT platforms also power Addverb’s robots, enhancing their ability to perform complex warehouse tasks with greater efficiency and reduced downtime.

High-profile clients rely on Addverb’s automation solutions to significantly boost operational efficiency.

Ottonomy: Redefining Last-Mile Delivery

Ottonomy is currently using the NVIDIA TensorRT deep learning inference library along with NVIDIA Jetson working with its Contextual AI software to make it more robust for running robots in dynamic environments.

Its latest creation, Ottobots, features swerve-drive technology, enabling zero-radius turns for smooth navigation in tight spaces, indoors and out.

With headquarters in California and R&D in Noida, India, Ottonomy is making waves, particularly in the healthcare, retail, food and beverage, and e-commerce delivery markets.

Its autonomous delivery systems are deployed at customers across North America, Europe and the Middle East.

Ati Motors: Pioneering Autonomous Vehicles in India

Ati Motors, based in Bengaluru, is redefining autonomous vehicle technology with its focus on industrial-grade autonomous electric vehicles, which are built with NVIDIA Isaac Sim and NVIDIA Jetson for edge AI.

The company, which recently completed a $10.83 million Series A funding round, is driving innovation in industrial automation, particularly within the automotive and manufacturing sectors.

Ati Motors’ Sherpa line of electric autonomous vehicles is designed to operate in complex environments such as factories and warehouses, using advanced AI for precision navigation and real-time decision-making.

The Sherpa autonomous mobile robots can navigate challenging terrains, including outdoor and rugged industrial environments, all without requiring modifications to existing infrastructure. This allows seamless integration into diverse operational settings, from factory floors to open yards, enhancing efficiency without disrupting existing workflows.

For instance, the Sherpa Lifter benefits from NVIDIA Isaac Sim’s realistic physics-based simulations for training and testing before real-world deployment. The synthetic data generated in Isaac Sim enables comprehensive testing of Sherpa Lifter’s critical functions, enhancing its robustness and precision in varied factory environments.

NVIDIA Robotics Technologies Transforming Industries

Powered by NVIDIA’s world-class AI and robotics platforms, these and other innovators across India are transforming industries from e-commerce to smart cities.

India’s vibrant robotics and edge AI ecosystem includes members of the NVIDIA Partner Network providing AI services, product design and manufacturing and sensor solutions to accelerate time to market for robotics developers and customers globally.

As more companies embrace these cutting-edge technologies, India is rapidly becoming a global leader in automation and robotics.

Tune in to the livestream of NVIDIA founder and CEO Jensen Huang at the NVIDIA AI Summit India or catch sessions on-demand.

Learn more about NVIDIA robotics and edge AI.

Read More

In vast warehouses, Addverb’s robots work tirelessly, picking, sorting and delivering products with precision.

Across frozen Oslo, Norway, Ottonomy’s Yeti robots assist in navigating icy streets as part of a trial with Posten Norge for urban deliveries, while in sun-soaked Madrid, they autonomously cruise bustling avenues, supporting last-mile delivery services.

AI-powered robots are revolutionizing industries worldwide, and Indian innovators — like Addverb, Ati Motors and Ottonomy — are leading the charge, powered by NVIDIA’s accelerated computing, simulation, robotics and AI platforms.

According to ABI Research, the installed base for industrial and commercial robots is projected at  5.4 million units by 2024, with annual shipments expected of 1.3 million. By 2030, these numbers are forecast to grow significantly, with over 15 million installed robots and more than 4 million annual shipments.

This explosive growth represents a massive opportunity for India, a country known for its software and engineering expertise.

Companies like Ottonomy, with its cutting-edge Ottobot 2.0 featuring swerve-drive technology, are pushing the boundaries of automation.

As members of the NVIDIA Inception program for startups, over 25 robotics companies — such as Xmachines, Machani Robotics, Drishti Works, ANSCER Robotics and Orangewood Labs — are driving innovations across sectors like industrial automation, healthcare and smart cities.

These startups are scaling quickly, transforming industries both locally and globally. The NVIDIA AI Summit in Mumbai will highlight how NVIDIA’s platforms are enabling the next wave of robotics advancements.

Here’s a look at key players putting NVIDIA technologies to work across India and beyond.

Addverb: Driving Global Robotics Innovation

From its Noida headquarters, Addverb is setting new standards in industrial automation with the launch of Bot-Verse, a large-scale facility capable of producing 100,000 robots annually.

At the AI Summit, Addverb will showcase how the NVIDIA Isaac Sim and Omniverse platforms are used to create digital twins of real-world environments, enabling the testing and optimization of robots with synthetic data.

The NVIDIA Jetson Orin NX and TensorRT platforms also power Addverb’s robots, enhancing their ability to perform complex warehouse tasks with greater efficiency and reduced downtime.

High-profile clients rely on Addverb’s automation solutions to significantly boost operational efficiency.

Ottonomy: Redefining Last-Mile Delivery

Ottonomy is currently using the NVIDIA TensorRT deep learning inference library along with NVIDIA Jetson working with its Contextual AI software to make it more robust for running robots in dynamic environments.

Its latest creation, Ottobots, features swerve-drive technology, enabling zero-radius turns for smooth navigation in tight spaces, indoors and out.

With headquarters in California and R&D in Noida, India, Ottonomy is making waves, particularly in the healthcare, retail, food and beverage, and e-commerce delivery markets.

Its autonomous delivery systems are deployed at customers across North America, Europe and the Middle East.

Ati Motors: Pioneering Autonomous Vehicles in India

Ati Motors, based in Bengaluru, is redefining autonomous vehicle technology with its focus on industrial-grade autonomous electric vehicles, which are built with NVIDIA Isaac Sim and NVIDIA Jetson for edge AI.

The company, which recently completed a $10.83 million Series A funding round, is driving innovation in industrial automation, particularly within the automotive and manufacturing sectors.

Ati Motors’ Sherpa line of electric autonomous vehicles is designed to operate in complex environments such as factories and warehouses, using advanced AI for precision navigation and real-time decision-making.

The Sherpa autonomous mobile robots can navigate challenging terrains, including outdoor and rugged industrial environments, all without requiring modifications to existing infrastructure. This allows seamless integration into diverse operational settings, from factory floors to open yards, enhancing efficiency without disrupting existing workflows.

For instance, the Sherpa Lifter benefits from NVIDIA Isaac Sim’s realistic physics-based simulations for training and testing before real-world deployment. The synthetic data generated in Isaac Sim enables comprehensive testing of Sherpa Lifter’s critical functions, enhancing its robustness and precision in varied factory environments.

NVIDIA Robotics Technologies Transforming Industries

Powered by NVIDIA’s world-class AI and robotics platforms, these and other innovators across India are transforming industries from e-commerce to smart cities.

India’s vibrant robotics and edge AI ecosystem includes members of the NVIDIA Partner Network providing AI services, product design and manufacturing and sensor solutions to accelerate time to market for robotics developers and customers globally.

As more companies embrace these cutting-edge technologies, India is rapidly becoming a global leader in automation and robotics.

Tune in to the livestream of NVIDIA founder and CEO Jensen Huang at the NVIDIA AI Summit India or catch sessions on-demand.

Learn more about NVIDIA robotics and edge AI.

Read More

In vast warehouses, Addverb’s robots work tirelessly, picking, sorting and delivering products with precision.

Across frozen Oslo, Norway, Ottonomy’s Yeti robots assist in navigating icy streets as part of a trial with Posten Norge for urban deliveries, while in sun-soaked Madrid, they autonomously cruise bustling avenues, supporting last-mile delivery services.

AI-powered robots are revolutionizing industries worldwide, and Indian innovators — like Addverb, Ati Motors and Ottonomy — are leading the charge, powered by NVIDIA’s accelerated computing, simulation, robotics and AI platforms.

According to ABI Research, the installed base for industrial and commercial robots is projected at  5.4 million units by 2024, with annual shipments expected of 1.3 million. By 2030, these numbers are forecast to grow significantly, with over 15 million installed robots and more than 4 million annual shipments.

This explosive growth represents a massive opportunity for India, a country known for its software and engineering expertise.

Companies like Ottonomy, with its cutting-edge Ottobot 2.0 featuring swerve-drive technology, are pushing the boundaries of automation.

As members of the NVIDIA Inception program for startups, over 25 robotics companies — such as Xmachines, Machani Robotics, Drishti Works, ANSCER Robotics and Orangewood Labs — are driving innovations across sectors like industrial automation, healthcare and smart cities.

These startups are scaling quickly, transforming industries both locally and globally. The NVIDIA AI Summit in Mumbai will highlight how NVIDIA’s platforms are enabling the next wave of robotics advancements.

Here’s a look at key players putting NVIDIA technologies to work across India and beyond.

Addverb: Driving Global Robotics Innovation

From its Noida headquarters, Addverb is setting new standards in industrial automation with the launch of Bot-Verse, a large-scale facility capable of producing 100,000 robots annually.

At the AI Summit, Addverb will showcase how the NVIDIA Isaac Sim and Omniverse platforms are used to create digital twins of real-world environments, enabling the testing and optimization of robots with synthetic data.

The NVIDIA Jetson Orin NX and TensorRT platforms also power Addverb’s robots, enhancing their ability to perform complex warehouse tasks with greater efficiency and reduced downtime.

High-profile clients rely on Addverb’s automation solutions to significantly boost operational efficiency.

Ottonomy: Redefining Last-Mile Delivery

Ottonomy is currently using the NVIDIA TensorRT deep learning inference library along with NVIDIA Jetson working with its Contextual AI software to make it more robust for running robots in dynamic environments.

Its latest creation, Ottobots, features swerve-drive technology, enabling zero-radius turns for smooth navigation in tight spaces, indoors and out.

With headquarters in California and R&D in Noida, India, Ottonomy is making waves, particularly in the healthcare, retail, food and beverage, and e-commerce delivery markets.

Its autonomous delivery systems are deployed at customers across North America, Europe and the Middle East.

Ati Motors: Pioneering Autonomous Vehicles in India

Ati Motors, based in Bengaluru, is redefining autonomous vehicle technology with its focus on industrial-grade autonomous electric vehicles, which are built with NVIDIA Isaac Sim and NVIDIA Jetson for edge AI.

The company, which recently completed a $10.83 million Series A funding round, is driving innovation in industrial automation, particularly within the automotive and manufacturing sectors.

Ati Motors’ Sherpa line of electric autonomous vehicles is designed to operate in complex environments such as factories and warehouses, using advanced AI for precision navigation and real-time decision-making.

The Sherpa autonomous mobile robots can navigate challenging terrains, including outdoor and rugged industrial environments, all without requiring modifications to existing infrastructure. This allows seamless integration into diverse operational settings, from factory floors to open yards, enhancing efficiency without disrupting existing workflows.

For instance, the Sherpa Lifter benefits from NVIDIA Isaac Sim’s realistic physics-based simulations for training and testing before real-world deployment. The synthetic data generated in Isaac Sim enables comprehensive testing of Sherpa Lifter’s critical functions, enhancing its robustness and precision in varied factory environments.

NVIDIA Robotics Technologies Transforming Industries

Powered by NVIDIA’s world-class AI and robotics platforms, these and other innovators across India are transforming industries from e-commerce to smart cities.

India’s vibrant robotics and edge AI ecosystem includes members of the NVIDIA Partner Network providing AI services, product design and manufacturing and sensor solutions to accelerate time to market for robotics developers and customers globally.

As more companies embrace these cutting-edge technologies, India is rapidly becoming a global leader in automation and robotics.

Tune in to the livestream of NVIDIA founder and CEO Jensen Huang at the NVIDIA AI Summit India or catch sessions on-demand.

Learn more about NVIDIA robotics and edge AI.

Read More

In vast warehouses, Addverb’s robots work tirelessly, picking, sorting and delivering products with precision.

Across frozen Oslo, Norway, Ottonomy’s Yeti robots assist in navigating icy streets as part of a trial with Posten Norge for urban deliveries, while in sun-soaked Madrid, they autonomously cruise bustling avenues, supporting last-mile delivery services.

AI-powered robots are revolutionizing industries worldwide, and Indian innovators — like Addverb, Ati Motors and Ottonomy — are leading the charge, powered by NVIDIA’s accelerated computing, simulation, robotics and AI platforms.

According to ABI Research, the installed base for industrial and commercial robots is projected at  5.4 million units by 2024, with annual shipments expected of 1.3 million. By 2030, these numbers are forecast to grow significantly, with over 15 million installed robots and more than 4 million annual shipments.

This explosive growth represents a massive opportunity for India, a country known for its software and engineering expertise.

Companies like Ottonomy, with its cutting-edge Ottobot 2.0 featuring swerve-drive technology, are pushing the boundaries of automation.

As members of the NVIDIA Inception program for startups, over 25 robotics companies — such as Xmachines, Machani Robotics, Drishti Works, ANSCER Robotics and Orangewood Labs — are driving innovations across sectors like industrial automation, healthcare and smart cities.

These startups are scaling quickly, transforming industries both locally and globally. The NVIDIA AI Summit in Mumbai will highlight how NVIDIA’s platforms are enabling the next wave of robotics advancements.

Here’s a look at key players putting NVIDIA technologies to work across India and beyond.

Addverb: Driving Global Robotics Innovation

From its Noida headquarters, Addverb is setting new standards in industrial automation with the launch of Bot-Verse, a large-scale facility capable of producing 100,000 robots annually.

At the AI Summit, Addverb will showcase how the NVIDIA Isaac Sim and Omniverse platforms are used to create digital twins of real-world environments, enabling the testing and optimization of robots with synthetic data.

The NVIDIA Jetson Orin NX and TensorRT platforms also power Addverb’s robots, enhancing their ability to perform complex warehouse tasks with greater efficiency and reduced downtime.

High-profile clients rely on Addverb’s automation solutions to significantly boost operational efficiency.

Ottonomy: Redefining Last-Mile Delivery

Ottonomy is currently using the NVIDIA TensorRT deep learning inference library along with NVIDIA Jetson working with its Contextual AI software to make it more robust for running robots in dynamic environments.

Its latest creation, Ottobots, features swerve-drive technology, enabling zero-radius turns for smooth navigation in tight spaces, indoors and out.

With headquarters in California and R&D in Noida, India, Ottonomy is making waves, particularly in the healthcare, retail, food and beverage, and e-commerce delivery markets.

Its autonomous delivery systems are deployed at customers across North America, Europe and the Middle East.

Ati Motors: Pioneering Autonomous Vehicles in India

Ati Motors, based in Bengaluru, is redefining autonomous vehicle technology with its focus on industrial-grade autonomous electric vehicles, which are built with NVIDIA Isaac Sim and NVIDIA Jetson for edge AI.

The company, which recently completed a $10.83 million Series A funding round, is driving innovation in industrial automation, particularly within the automotive and manufacturing sectors.

Ati Motors’ Sherpa line of electric autonomous vehicles is designed to operate in complex environments such as factories and warehouses, using advanced AI for precision navigation and real-time decision-making.

The Sherpa autonomous mobile robots can navigate challenging terrains, including outdoor and rugged industrial environments, all without requiring modifications to existing infrastructure. This allows seamless integration into diverse operational settings, from factory floors to open yards, enhancing efficiency without disrupting existing workflows.

For instance, the Sherpa Lifter benefits from NVIDIA Isaac Sim’s realistic physics-based simulations for training and testing before real-world deployment. The synthetic data generated in Isaac Sim enables comprehensive testing of Sherpa Lifter’s critical functions, enhancing its robustness and precision in varied factory environments.

NVIDIA Robotics Technologies Transforming Industries

Powered by NVIDIA’s world-class AI and robotics platforms, these and other innovators across India are transforming industries from e-commerce to smart cities.

India’s vibrant robotics and edge AI ecosystem includes members of the NVIDIA Partner Network providing AI services, product design and manufacturing and sensor solutions to accelerate time to market for robotics developers and customers globally.

As more companies embrace these cutting-edge technologies, India is rapidly becoming a global leader in automation and robotics.

Tune in to the livestream of NVIDIA founder and CEO Jensen Huang at the NVIDIA AI Summit India or catch sessions on-demand.

Learn more about NVIDIA robotics and edge AI.

Read More

In vast warehouses, Addverb’s robots work tirelessly, picking, sorting and delivering products with precision.

Across frozen Oslo, Norway, Ottonomy’s Yeti robots assist in navigating icy streets as part of a trial with Posten Norge for urban deliveries, while in sun-soaked Madrid, they autonomously cruise bustling avenues, supporting last-mile delivery services.

AI-powered robots are revolutionizing industries worldwide, and Indian innovators — like Addverb, Ati Motors and Ottonomy — are leading the charge, powered by NVIDIA’s accelerated computing, simulation, robotics and AI platforms.

According to ABI Research, the installed base for industrial and commercial robots is projected at  5.4 million units by 2024, with annual shipments expected of 1.3 million. By 2030, these numbers are forecast to grow significantly, with over 15 million installed robots and more than 4 million annual shipments.

This explosive growth represents a massive opportunity for India, a country known for its software and engineering expertise.

Companies like Ottonomy, with its cutting-edge Ottobot 2.0 featuring swerve-drive technology, are pushing the boundaries of automation.

As members of the NVIDIA Inception program for startups, over 25 robotics companies — such as Xmachines, Machani Robotics, Drishti Works, ANSCER Robotics and Orangewood Labs — are driving innovations across sectors like industrial automation, healthcare and smart cities.

These startups are scaling quickly, transforming industries both locally and globally. The NVIDIA AI Summit in Mumbai will highlight how NVIDIA’s platforms are enabling the next wave of robotics advancements.

Here’s a look at key players putting NVIDIA technologies to work across India and beyond.

Addverb: Driving Global Robotics Innovation

From its Noida headquarters, Addverb is setting new standards in industrial automation with the launch of Bot-Verse, a large-scale facility capable of producing 100,000 robots annually.

At the AI Summit, Addverb will showcase how the NVIDIA Isaac Sim and Omniverse platforms are used to create digital twins of real-world environments, enabling the testing and optimization of robots with synthetic data.

The NVIDIA Jetson Orin NX and TensorRT platforms also power Addverb’s robots, enhancing their ability to perform complex warehouse tasks with greater efficiency and reduced downtime.

High-profile clients rely on Addverb’s automation solutions to significantly boost operational efficiency.

Ottonomy: Redefining Last-Mile Delivery

Ottonomy is currently using the NVIDIA TensorRT deep learning inference library along with NVIDIA Jetson working with its Contextual AI software to make it more robust for running robots in dynamic environments.

Its latest creation, Ottobots, features swerve-drive technology, enabling zero-radius turns for smooth navigation in tight spaces, indoors and out.

With headquarters in California and R&D in Noida, India, Ottonomy is making waves, particularly in the healthcare, retail, food and beverage, and e-commerce delivery markets.

Its autonomous delivery systems are deployed at customers across North America, Europe and the Middle East.

Ati Motors: Pioneering Autonomous Vehicles in India

Ati Motors, based in Bengaluru, is redefining autonomous vehicle technology with its focus on industrial-grade autonomous electric vehicles, which are built with NVIDIA Isaac Sim and NVIDIA Jetson for edge AI.

The company, which recently completed a $10.83 million Series A funding round, is driving innovation in industrial automation, particularly within the automotive and manufacturing sectors.

Ati Motors’ Sherpa line of electric autonomous vehicles is designed to operate in complex environments such as factories and warehouses, using advanced AI for precision navigation and real-time decision-making.

The Sherpa autonomous mobile robots can navigate challenging terrains, including outdoor and rugged industrial environments, all without requiring modifications to existing infrastructure. This allows seamless integration into diverse operational settings, from factory floors to open yards, enhancing efficiency without disrupting existing workflows.

For instance, the Sherpa Lifter benefits from NVIDIA Isaac Sim’s realistic physics-based simulations for training and testing before real-world deployment. The synthetic data generated in Isaac Sim enables comprehensive testing of Sherpa Lifter’s critical functions, enhancing its robustness and precision in varied factory environments.

NVIDIA Robotics Technologies Transforming Industries

Powered by NVIDIA’s world-class AI and robotics platforms, these and other innovators across India are transforming industries from e-commerce to smart cities.

India’s vibrant robotics and edge AI ecosystem includes members of the NVIDIA Partner Network providing AI services, product design and manufacturing and sensor solutions to accelerate time to market for robotics developers and customers globally.

As more companies embrace these cutting-edge technologies, India is rapidly becoming a global leader in automation and robotics.

Tune in to the livestream of NVIDIA founder and CEO Jensen Huang at the NVIDIA AI Summit India or catch sessions on-demand.

Learn more about NVIDIA robotics and edge AI.

Read More

In vast warehouses, Addverb’s robots work tirelessly, picking, sorting and delivering products with precision.

Across frozen Oslo, Norway, Ottonomy’s Yeti robots assist in navigating icy streets as part of a trial with Posten Norge for urban deliveries, while in sun-soaked Madrid, they autonomously cruise bustling avenues, supporting last-mile delivery services.

AI-powered robots are revolutionizing industries worldwide, and Indian innovators — like Addverb, Ati Motors and Ottonomy — are leading the charge, powered by NVIDIA’s accelerated computing, simulation, robotics and AI platforms.

According to ABI Research, the installed base for industrial and commercial robots is projected at  5.4 million units by 2024, with annual shipments expected of 1.3 million. By 2030, these numbers are forecast to grow significantly, with over 15 million installed robots and more than 4 million annual shipments.

This explosive growth represents a massive opportunity for India, a country known for its software and engineering expertise.

Companies like Ottonomy, with its cutting-edge Ottobot 2.0 featuring swerve-drive technology, are pushing the boundaries of automation.

As members of the NVIDIA Inception program for startups, over 25 robotics companies — such as Xmachines, Machani Robotics, Drishti Works, ANSCER Robotics and Orangewood Labs — are driving innovations across sectors like industrial automation, healthcare and smart cities.

These startups are scaling quickly, transforming industries both locally and globally. The NVIDIA AI Summit in Mumbai will highlight how NVIDIA’s platforms are enabling the next wave of robotics advancements.

Here’s a look at key players putting NVIDIA technologies to work across India and beyond.

Addverb: Driving Global Robotics Innovation

From its Noida headquarters, Addverb is setting new standards in industrial automation with the launch of Bot-Verse, a large-scale facility capable of producing 100,000 robots annually.

At the AI Summit, Addverb will showcase how the NVIDIA Isaac Sim and Omniverse platforms are used to create digital twins of real-world environments, enabling the testing and optimization of robots with synthetic data.

The NVIDIA Jetson Orin NX and TensorRT platforms also power Addverb’s robots, enhancing their ability to perform complex warehouse tasks with greater efficiency and reduced downtime.

High-profile clients rely on Addverb’s automation solutions to significantly boost operational efficiency.

Ottonomy: Redefining Last-Mile Delivery

Ottonomy is currently using the NVIDIA TensorRT deep learning inference library along with NVIDIA Jetson working with its Contextual AI software to make it more robust for running robots in dynamic environments.

Its latest creation, Ottobots, features swerve-drive technology, enabling zero-radius turns for smooth navigation in tight spaces, indoors and out.

With headquarters in California and R&D in Noida, India, Ottonomy is making waves, particularly in the healthcare, retail, food and beverage, and e-commerce delivery markets.

Its autonomous delivery systems are deployed at customers across North America, Europe and the Middle East.

Ati Motors: Pioneering Autonomous Vehicles in India

Ati Motors, based in Bengaluru, is redefining autonomous vehicle technology with its focus on industrial-grade autonomous electric vehicles, which are built with NVIDIA Isaac Sim and NVIDIA Jetson for edge AI.

The company, which recently completed a $10.83 million Series A funding round, is driving innovation in industrial automation, particularly within the automotive and manufacturing sectors.

Ati Motors’ Sherpa line of electric autonomous vehicles is designed to operate in complex environments such as factories and warehouses, using advanced AI for precision navigation and real-time decision-making.

The Sherpa autonomous mobile robots can navigate challenging terrains, including outdoor and rugged industrial environments, all without requiring modifications to existing infrastructure. This allows seamless integration into diverse operational settings, from factory floors to open yards, enhancing efficiency without disrupting existing workflows.

For instance, the Sherpa Lifter benefits from NVIDIA Isaac Sim’s realistic physics-based simulations for training and testing before real-world deployment. The synthetic data generated in Isaac Sim enables comprehensive testing of Sherpa Lifter’s critical functions, enhancing its robustness and precision in varied factory environments.

NVIDIA Robotics Technologies Transforming Industries

Powered by NVIDIA’s world-class AI and robotics platforms, these and other innovators across India are transforming industries from e-commerce to smart cities.

India’s vibrant robotics and edge AI ecosystem includes members of the NVIDIA Partner Network providing AI services, product design and manufacturing and sensor solutions to accelerate time to market for robotics developers and customers globally.

As more companies embrace these cutting-edge technologies, India is rapidly becoming a global leader in automation and robotics.

Tune in to the livestream of NVIDIA founder and CEO Jensen Huang at the NVIDIA AI Summit India or catch sessions on-demand.

Learn more about NVIDIA robotics and edge AI.

Read More