Latest news with #Jupyter
Yahoo
a day ago
- Business
- Yahoo
Nebius and Saturn Cloud Launch First-in-Class AI MLOps Cloud with Support for NVIDIA AI Enterprise
Collaboration gives AI engineers enterprise-grade AI/ML infrastructure-in-a-box with on-demand access to NVIDIA Hopper GPUs and an enterprise-ready MLOps platform Amsterdam, Netherlands--(Newsfile Corp. - June 11, 2025) - Leading AI infrastructure provider Nebius (NASDAQ: NBIS) is partnering with Saturn Cloud, the MLOps platform for AI/ML engineers, to deliver a turnkey AI/ML infrastructure solution built on NVIDIA Hopper GPUs and with support for the NVIDIA AI Enterprise software stack. The solution brings together the power and flexibility of Nebius's AI cloud with Saturn Cloud's engineer-loved MLOps platform. It enables anyone to sign up instantly to use Jupyter notebooks or other IDEs, run jobs and deployments, and manage cloud resources on NVIDIA Hopper GPUs via Nebius's infrastructure. The service is available at significantly lower cost than traditional cloud service providers, providing a compelling solution for all types of use cases. Companies can deploy an enterprise-grade application of Saturn Cloud in a Nebius virtual private cloud environment, compliant with enterprise IT security standards, as well as access to powerful, cost-efficient GPUs. This is complete with enterprise-grade SLAs, single sign-on (SSO), and other IT security integrations that can be found on the respective company documentation pages. Additionally, individuals and teams can join 100,000+ users of Saturn Cloud's hosted tiers, which leverage Nebius hardware to enable instantaneous sign up and deployment of cloud resources. By just providing a credit card, users can benefit from the competitive pricing of Nebius's AI cloud with the full suite of Saturn Cloud's MLOps tool chain. In addition to competitive pricing and fully integrated MLOps, the solution offers access to Nebius's AI Cloud accelerated by NVIDIA. Teams can harness the computational power driving today's most sophisticated AI systems without making long-term investments in accelerated computing systems. Capacity reservations are also possible and deliver additional cost-savings. "The combination of Nebius's full-stack AI infrastructure and Saturn Cloud's MLOps platform opens up access to enterprise-grade AI capabilities for organizations of all sizes," said Danila Shtan, CTO of Nebius. "Nebius offers Saturn Cloud customers flexible access to highly performant, built-for-AI cloud at high levels of reliability and cost efficiency." "Together, Nebius and Saturn Cloud enable organizations to become AI-driven," said M. Sebastian Metti, CEO of Saturn Cloud. "Previously limited by GPU economics or DevOps, our customers can build and run scalable, GPU-accelerated AI workloads without significant financial or engineering investment." Beyond cost-effective access to powerful compute, the offering enhances Saturn Cloud's MLOps platform with support for NVIDIA AI Enterprise software, including NVIDIA NIM microservices, NVIDIA NeMo, NVIDIA RAPIDS, and much more, all running on Nebius's high-performance infrastructure. The joint solution is now generally available to customers globally. AI developers can access these capabilities immediately by signing up for Saturn Cloud Pro and start developing on NVIDIA Hopper GPUs in minutes. Enterprise deployments are also available for teams who would like to use Saturn Cloud within their Nebius accounts. About Nebius Nebius is a technology company building full-stack cloud infrastructure to serve the global AI industry, including large-scale GPU clusters, cloud platforms, and tools and services for developers. Headquartered in Amsterdam and listed on Nasdaq, Nebius has a global footprint with R&D hubs across Europe, North America and Israel. The team includes around 400 highly skilled hardware and software engineers, as well as an in-house AI R&D team. Nebius's AI cloud platform delivers a true hyperscale cloud experience for AI innovators. With fully featured cloud software and hardware designed in-house, Nebius gives AI builders the compute, storage, managed services and tools they need to build, tune and run models and apps in one place. To learn more please visit About Saturn Cloud Saturn Cloud is the world's only MLOps platform with a multi-cloud offering of GPUs on-demand. AI/ML and data science teams can now simplify the development, deployment, and management of machine learning models at scale – all at an affordable price, with no commitment required. Contacts Nebius: media@ Saturn Cloud: media@ To view the source version of this press release, please visit Sign in to access your portfolio
Associated Press
a day ago
- Business
- Associated Press
Nebius and Saturn Cloud Launch First-in-Class AI MLOps Cloud with Support for NVIDIA AI Enterprise
Amsterdam, Netherlands--(Newsfile Corp. - June 11, 2025) - Leading AI infrastructure provider Nebius (NASDAQ: NBIS) is partnering with Saturn Cloud, the MLOps platform for AI/ML engineers, to deliver a turnkey AI/ML infrastructure solution built on NVIDIA Hopper GPUs and with support for the NVIDIA AI Enterprise software stack. The solution brings together the power and flexibility of Nebius's AI cloud with Saturn Cloud's engineer-loved MLOps platform. It enables anyone to sign up instantly to use Jupyter notebooks or other IDEs, run jobs and deployments, and manage cloud resources on NVIDIA Hopper GPUs via Nebius's infrastructure. The service is available at significantly lower cost than traditional cloud service providers, providing a compelling solution for all types of use cases. Companies can deploy an enterprise-grade application of Saturn Cloud in a Nebius virtual private cloud environment, compliant with enterprise IT security standards, as well as access to powerful, cost-efficient GPUs. This is complete with enterprise-grade SLAs, single sign-on (SSO), and other IT security integrations that can be found on the respective company documentation pages. Additionally, individuals and teams can join 100,000+ users of Saturn Cloud's hosted tiers, which leverage Nebius hardware to enable instantaneous sign up and deployment of cloud resources. By just providing a credit card, users can benefit from the competitive pricing of Nebius's AI cloud with the full suite of Saturn Cloud's MLOps tool chain. In addition to competitive pricing and fully integrated MLOps, the solution offers access to Nebius's AI Cloud accelerated by NVIDIA. Teams can harness the computational power driving today's most sophisticated AI systems without making long-term investments in accelerated computing systems. Capacity reservations are also possible and deliver additional cost-savings. 'The combination of Nebius's full-stack AI infrastructure and Saturn Cloud's MLOps platform opens up access to enterprise-grade AI capabilities for organizations of all sizes,' said Danila Shtan, CTO of Nebius. 'Nebius offers Saturn Cloud customers flexible access to highly performant, built-for-AI cloud at high levels of reliability and cost efficiency.' 'Together, Nebius and Saturn Cloud enable organizations to become AI-driven,' said M. Sebastian Metti, CEO of Saturn Cloud. 'Previously limited by GPU economics or DevOps, our customers can build and run scalable, GPU-accelerated AI workloads without significant financial or engineering investment.' Beyond cost-effective access to powerful compute, the offering enhances Saturn Cloud's MLOps platform with support for NVIDIA AI Enterprise software, including NVIDIA NIM microservices, NVIDIA NeMo, NVIDIA RAPIDS, and much more, all running on Nebius's high-performance infrastructure. The joint solution is now generally available to customers globally. AI developers can access these capabilities immediately by signing up for Saturn Cloud Pro and start developing on NVIDIA Hopper GPUs in minutes. Enterprise deployments are also available for teams who would like to use Saturn Cloud within their Nebius accounts. About Nebius Nebius is a technology company building full-stack cloud infrastructure to serve the global AI industry, including large-scale GPU clusters, cloud platforms, and tools and services for developers. Headquartered in Amsterdam and listed on Nasdaq, Nebius has a global footprint with R&D hubs across Europe, North America and Israel. The team includes around 400 highly skilled hardware and software engineers, as well as an in-house AI R&D team. Nebius's AI cloud platform delivers a true hyperscale cloud experience for AI innovators. With fully featured cloud software and hardware designed in-house, Nebius gives AI builders the compute, storage, managed services and tools they need to build, tune and run models and apps in one place. To learn more please visit About Saturn Cloud Saturn Cloud is the world's only MLOps platform with a multi-cloud offering of GPUs on-demand. AI/ML and data science teams can now simplify the development, deployment, and management of machine learning models at scale – all at an affordable price, with no commitment required. Contacts Nebius: [email protected] Saturn Cloud: [email protected] To view the source version of this press release, please visit
Geeky Gadgets
05-06-2025
- Business
- Geeky Gadgets
Cursor 1.0 AI Coding Assistant Officially Launches
What if the tools you use every day could do more than just meet your needs—what if they could redefine how you work entirely? With the official launch of Cursor 1.0, that vision takes a bold step closer to reality. This isn't just another software release; it's a carefully crafted response to the evolving demands of modern developers. From streamlining workflows to fostering innovation, Cursor 1.0 promises to be a fantastic option in the world of development tools. It's not just about keeping up with the pace of technology—it's about setting the pace. In this update, you'll discover what makes Cursor 1.0 stand out in a crowded field of development platforms. From its focus on adaptability to its potential to inspire creativity, this release reflects a deep understanding of the challenges developers face today. But what exactly sets it apart? And how could it reshape the way you approach coding, problem-solving, and collaboration? As we explore the significance of this milestone, you'll gain insight into how tools like Cursor 1.0 are driving the future of software development—one breakthrough at a time. Cursor 1.0 Launch Overview This release brings BugBot for code review, a first look at memories, one-click MCP setup, Jupyter support, and general availability of Background Agent. Why Cursor 1.0 Stands Out Cursor 1.0 is more than just another software update—it reflects the ongoing transformation of development tools to meet the demands of an ever-changing industry. Each iteration of such tools redefines how you approach coding, problem-solving, and collaboration. With Cursor 1.0, the focus is on delivering a platform that pushes boundaries, allowing you to tackle intricate tasks with greater precision and creativity. This release emphasizes the importance of adaptability in technology, providing you with resources that not only simplify processes but also inspire innovative approaches. By integrating advanced features, Cursor 1.0 aims to set a new standard for development tools, making sure you have the capabilities needed to stay ahead in a competitive field. How Milestones Like Cursor 1.0 Drive Industry Progress The software development industry thrives on innovation, and milestones like the launch of Cursor 1.0 play a crucial role in shaping its trajectory. These moments are significant because they act as: Indicators of Advancement: Each new release builds upon its predecessors, introducing enhancements in performance, usability, and functionality that reflect the industry's progress. Each new release builds upon its predecessors, introducing enhancements in performance, usability, and functionality that reflect the industry's progress. Agents of Change: New tools influence how you interact with technology, encouraging industries to evolve and adopt more efficient practices. New tools influence how you interact with technology, encouraging industries to evolve and adopt more efficient practices. Platforms for Growth: They provide developers with improved capabilities, allowing the creation of impactful solutions that address real-world challenges. The introduction of Cursor 1.0 underscores how advancements in development tools can ripple across industries, reshaping the way technology is built, deployed, and used. For you, this means access to tools that not only meet current demands but also anticipate future needs. Cursor 1.0 Officially Launches Watch this video on YouTube. Check out more relevant guides from our extensive collection on Cursor that you might find useful. The Role of Development Tools in Innovation Development tools like Cursor 1.0 are at the core of technological progress, empowering you to achieve more with less effort. These tools are designed to: Streamline Complex Processes: By simplifying workflows, they save time and reduce the likelihood of errors, allowing you to focus on critical tasks. By simplifying workflows, they save time and reduce the likelihood of errors, allowing you to focus on critical tasks. Improve Accuracy: Advanced features enhance precision in coding, testing, and debugging, making sure higher-quality outcomes. Advanced features enhance precision in coding, testing, and debugging, making sure higher-quality outcomes. Encourage Creativity: By removing barriers and automating repetitive tasks, they free you to explore innovative solutions and push the boundaries of what's possible. Although specific details about Cursor 1.0's features remain limited, its launch highlights a commitment to equipping developers with tools that adapt to their evolving needs. Each new tool represents a step toward making software development more efficient, accessible, and impactful. Shaping the Future of Software Development The launch of Cursor 1.0 is more than a product release—it is a testament to the software industry's dedication to progress and innovation. For you, it serves as a reminder of how advancements in development tools can transform your approach to creating solutions. While the full scope of Cursor 1.0's capabilities is still unfolding, its introduction reinforces the importance of staying at the forefront of technological evolution. As the software landscape continues to evolve, milestones like Cursor 1.0 highlight the potential for growth and transformation. This release is not just about introducing a new tool; it symbolizes the industry's relentless pursuit of excellence and its commitment to empowering developers like you to achieve more. Cursor 1.0 is a reflection of how far technology has come and a glimpse into the possibilities that lie ahead. Media Credit: Cursor Filed Under: AI, Top News Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.
Chicago Tribune
28-04-2025
- Health
- Chicago Tribune
Governors State student earns STEM award for work with Argonne on vaccines
Lauryn Perry envisions a future where vaccines take only a few days to produce, not the typical three or four years scientists now spend developing them for the public. Perry should know, even though she's still a college student majoring in biology on a pre-med track. Set to graduate in May from Governor State University in University Park, Perry recently took home a Science, Technology, Engineering and Math award from the Louis Stokes Alliances for Minority Participation Symposium in Chicago. Governors State students Karla Luviano and Delilah Sutherland also won awards. The symposium is coordinated by the U.S. National Science Foundation and recognized minority undergraduates for their research in science technology, engineering and math. Perry won for work she did during an Argonne National Laboratory internship, performing computer-based science research about integrating learning language models with immunogen design. Immunogens are substances (usually proteins) that, when introduced into a living organism, create an immune response. Artificial intelligence played a big part in the design, too. 'We used an AI-based program system and from there we trained this system to be able to code and create models for possible development of vaccines and other types of immunotherapies,' said Perry. She and a few other student interns who worked on the research did data collection from an immune epitope (part of an antigen that stimulates an immune response) database to get the models. They then designed a coded script through Python and Jupyter notebooks. 'The purpose of the entire experiment was to see if there was a better, more efficient way to create vaccines and immunotherapy, because traditionally it's a manual process that takes about three or four years to create just one,' said Perry, who lives in Chicago's Hyde Park neighborhood. 'So if we created a vaccine through learning language models, we could get results within a day or two.' Karla Luviano, a chemistry major at GSU, won for her work on the creation of crystals using molten salts in a 'flux' (crystals are dissolved and then crystalize) technique. Delilah Sutherland, also a chemistry major, won for synthesizing and studying the structural properties of manganese arsenate to learn about the compound's behavior and transport properties. Perry was mentored by GSU professors and tutored other students. She became a student ambassador, helping friends and other students majoring in STEM. She said the experience allowed her first-choice opportunities at internships and other programs. At Argonne, she and other students worked with a research scientist on their projects. 'Lauryn consistently demonstrates a deep passion for learning and an unwavering commitment to excellence throughout her educational journey in my classes,' said Joseph Day, associate professor of addiction studies and behavioral health at at GSU. 'Her engagement with coursework was characterized by her proactive approach to seeking knowledge beyond the curriculum, insightful contributions to class discussions and ability to connect theoretical concepts with practical applications.' Nicholas Marra, GSU assistant professor of biology, agreed. 'Lauryn is a great student with a ton of potential,' said Marra. In high school, Perry took classes in graphic design, computer science and a robotics class. She also learned coding skills and for her final project made a video game. Perry said she credited her creativity in science to her parents, 'My parents just allowed me to be creative and explore, they didn't really shelter my imagination,' she said. 'I would go outside and used to bring home animals a lot,' she said, referring to frogs she collected. 'My mom was a little bit squeamish but she allowed me to explore as a child,' she said. While Perry earlier wanted to be a vet, she's now hoping to become either a surgeon or anesthesiologist. But first, she'll take a gap year and prepare to re-take her medical college admission test. She's still interested in vaccines, too, and has high hopes for their production. 'Based on the experiment and hypothesis, we found that this system could help with that,' she said. 'Not until we have more trials for this, but it is something I believe will happen in the near future.'
