The snowflake logo is seen at the American cloud-based data-warehousing startup Snowflake Inc.'s headquarters
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Snowflake Integrates NVIDIA CUDA-X Libraries for ML Speed

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Michelle Hawley avatar
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Snowflake adds native GPU acceleration to its machine learning platform, promising significant performance gains for enterprise AI workflows.

KeyTakeaways

  • Seamless library integration. Snowflake ML now natively includes NVIDIA CUDA-X libraries.
  • Accelerated AI workflows. GPU-accelerated workflows can run up to 200x faster.
  • Impact for data scientists. Enables faster AI model development without code changes, boosting productivity.

Snowflake announced a new integration with NVIDIA today that brings NVIDIA's CUDA-X libraries directly into the Snowflake ML platform. The integration allows data scientists to leverage GPU-accelerated algorithms for machine learning workflows without code modifications.

According to company officials, the native integration simplifies the ML model development lifecycle and addresses the growing need for GPU acceleration as enterprise datasets expand. NVIDIA's benchmarks indicate performance improvements of up to 200x for certain AI workflows when using NVIDIA GPUs compared to CPUs.

Snowflake new integration announcement

Table of Contents

Inside the CUDA-X Toolbox

FeaturePerformance Impact
CUDA-X DS LibrariesPreinstalled NVIDIA cuML and cuDF libraries for accelerated data science workflows
Framework SupportAcceleration for scikit-learn, pandas, UMAP and HDBSCAN without code changes
Container Runtime Access NVIDIA libraries accessible through Snowflake's pre-built ML environment
Performance Gains
Up to 5x faster for Random Forest and 200x for HDBSCAN compared to CPUs
Large-Scale Topic Modeling
Processing of massive datasets reduced from hours to minutes
Computational Genomics
Faster analysis of high-dimensional sequences for research applications

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Why Infrastructure Needs to Catch Up to AI

"By integrating NVIDIA cuDF and cuML libraries directly into the Snowflake ML platform, customers can now harness accelerated computing with their existing Python workflows, eliminating complexity and dramatically speeding up AI development."

- Pat Lee

VP of Strategic Enterprise Partnerships, NVIDIA

NVIDIA has established itself as a key provider of graphics processing units and accelerated computing platforms essential for AI development. The company has formed strategic partnerships with major tech providers in an effort to scale enterprise AI adoption.

According to industry research, only 22% of companies are truly "future ready" with their data infrastructure, while 51% remain hindered by disconnected systems.

Organizations increasingly favor hybrid cloud environments for AI workloads, driven by:

  • Data security (50%)
  • Integration challenges (48%)
  • Cost savings (44%)

GPU-accelerated inference has become critical for delivering consistent, low-latency responses at scale, especially in high-traffic environments like customer support centers.

NVIDIA has developed tools like Triton Inference Server to help businesses serve AI models efficiently across multiple hardware types. The company has also collaborated with Oracle to speed up the creation of agentic AI applications

ML Teams, Rejoice: Here’s Who This Helps

The integration of NVIDIA CUDA-X libraries into the Snowflake ML platform unlocks significant performance and usability gains. Here's who stands to benefit most:

  • Data Scientists and ML Engineers: Workers can leverage GPU acceleration for training and inference directly within existing workflows without rewriting code or managing complex infrastructure.
  • Enterprise Analytics & BI Teams: Teams responsible for turning data into actionable insights will benefit from faster processing of massive datasets, reducing time-to-insight.
  • AI Product Development Teams: Teams building AI-driven features and applications, especially those requiring low-latency, real-time inference, will find this integration accelerates product timelines.
  • Chief Data Officers & IT Leaders: For decision-makers managing cloud strategy and AI initiatives, the native GPU integration aligns with long-term goals of scalability, performance optimization and reduced technical debt.

Related Article: Nvidia Hits $5 Trillion Valuation as AI Demand Fuels Growth

Snowflake at a Glance

Founded in July 2012 in Bozeman, Montana, Snowflake targets enterprise technology leaders and data professionals seeking scalable cloud-based data solutions.

What Snowflake Brings to the Table

Snowflake provides a cloud-native data platform designed for data warehousing, data lakes, data engineering and data sharing. Its core product enables organizations to store, process and analyze large volumes of structured and semi-structured data using standard SQL. The platform is offered as a fully managed service across major public clouds, supporting integration with a range of analytics and business intelligence tools.

Learning Opportunities

Where Snowflake Wins in the Market

Operating in the cloud data platform sector, Snowflake serves large enterprises and mid-sized organizations across industries such as financial services, healthcare, retail and technology. Industry analysts have noted its significant traction among organizations pursuing multi-cloud and data-driven strategies.

About the Author
Michelle Hawley

Michelle Hawley is an experienced journalist who specializes in reporting on the impact of technology on society. As editorial director at Simpler Media Group, she oversees the day-to-day operations of VKTR, covering the world of enterprise AI and managing a network of contributing writers. She's also the host of CMSWire's CMO Circle and co-host of CMSWire's CX Decoded. With an MFA in creative writing and background in both news and marketing, she offers unique insights on the topics of tech disruption, corporate responsibility, changing AI legislation and more. She currently resides in Pennsylvania with her husband and two dogs. Connect with Michelle Hawley:

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