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AI Cloud

Build on GPUs your way.

VMs, Managed Kubernetes, and Slurm for AI training and inference on high-performance GPU infrastructure. Launch your first workload in minutes.

Resources & guides

Deep dives and reference architectures.

Tutorials, best practices, and production patterns for GPU training, inference, and orchestration on Nebius AI Cloud.
Guide

Bare-metal-class performance for AI inference in MLPerf Inference v5.1

Nebius proves near-bare-metal inference performance across three AI systems in MLPerf Inference v5.1, showing how its virtualized GPU stack serves production LLM inference without a meaningful performance tax.Read on Nebius ↗
Guide

Clusters vs single nodes: which to use for training and inference

When to fine-tune on one machine versus scaling across many nodes — how PyTorch DDP, DeepSpeed and Horovod handle data partitioning and gradient sync, with Kubernetes/Slurm scheduling, illustrated on Nebius GPU infrastructure.Read on Nebius ↗
Guide

Data preparation techniques

Best practices and practical pipelines for preparing large datasets for LLM training and distributed AI workloads on GPU clusters.Read on Nebius ↗
Guide

Fault-tolerant training: how we build reliable clusters for distributed AI

Nebius's multi-layered approach to reliable large-scale training — liveness probes, automatic checkpoint-restart on hardware failure, graceful node termination, and the MTBF/MTTR metrics behind a dependable GPU cluster.Read on Nebius ↗
Guide

Introducing Managed Soperator: your quick access to Slurm training

Nebius's fully managed Slurm-on-Kubernetes solution is now self-service: spin up a training-ready GPU cluster with pre-installed drivers and libraries in minutes. Explains the Soperator operator, shared root filesystem, and automatic node recovery.Read on Nebius ↗
Guide

MLPerf Training v5.1: leading results on NVIDIA Blackwell and Blackwell Ultra

Nebius posted seven first-place finishes in MLPerf Training v5.1 across NVIDIA Blackwell and Blackwell Ultra systems — a look at the hardware-software co-optimization behind training performance on Nebius AI Cloud.Read on Nebius ↗
Guide

Orchestrating LLM fine-tuning on K8s with SkyPilot and MLflow

Manage distributed fine-tuning workloads with experiment tracking on Kubernetes GPU clusters.Read on Nebius ↗
Guide

Running Boltz-2 inference at scale in Nebius AI Cloud

Scale life-sciences inference workloads on GPU clusters optimized for performance and throughput.Read on Nebius ↗
Guide

Running NVIDIA NIM and NVIDIA Blueprint in Nebius AI Cloud

Deploy validated healthcare AI models using NVIDIA NIM on high-performance GPU infrastructure.Read on Nebius ↗
Guide

The role of compute cluster networking for AI training and inference

Why high-speed interconnects (InfiniBand, NVIDIA Quantum-2) make or break large-scale AI workloads, and how Nebius AI Cloud builds fast, reliable GPU cluster networking for distributed training and inference.Read on Nebius ↗
Guide

Using SkyPilot and Kubernetes for multi-node fine-tuning of Llama 3.1

Step-by-step guide to running distributed LLM fine-tuning on Nebius AI Cloud GPU infrastructure.Read on Nebius ↗
Guide

What are GPU clusters and how to choose yours?

A practical primer on GPU compute clusters for training, fine-tuning and inference — covering hardware, orchestration (Kubernetes vs Slurm), InfiniBand networking and shared storage, and how to pick the right configuration on Nebius AI Cloud.Read on Nebius ↗
GitHub

Reference implementations.

Drop-in recipes and solutions library repos for K8s, Soperator, SkyPilot, vLLM, and more on Nebius AI Cloud.
GitHub

Kvax: fast Flash Attention for JAX with context parallelism

Nebius's open-source Flash Attention 2 implementation for JAX, built on Triton kernels with efficient document-mask computation and context parallelism for FSDP/HSDP-sharded long-sequence training on GPU clusters.View on GitHub ↗
GitHub

ML Cookbook: pre-training DeepSeek-V3 with MXFP8 on a B200 cluster

A Nebius ml-cookbook recipe with Slurm job scripts for multi-node pre-training of DeepSeek-V3 (16B and 671B) on a 256-GPU NVIDIA B200 cluster, showing up to 41% faster throughput with MXFP8 mixed precision and DeepEP.View on GitHub ↗
GitHub

Nebius Kubernetes Applications: Helm charts for GPU & AI workloads

Official Nebius repo of 50+ ready-to-deploy Helm charts and manifests for Managed Kubernetes — including vLLM inference, Ray cluster/serve, NVIDIA GPU Operator, Stable Diffusion WebUI, MLflow and JupyterHub. A practical reference for deploying AI apps on Nebius mk8s.View on GitHub ↗
GitHub

Nebius Solutions Library

Reference architectures and ready-to-deploy recipes for GPU training, inference, K8s, Slurm, and SkyPilot on Nebius AI Cloud.View on GitHub ↗
GitHub

SkyPilot — finetuning & orchestrating

Orchestrate multi-node LLM fine-tuning and distributed training across GPU VMs and Kubernetes clusters using SkyPilot.View on GitHub ↗
GitHub

vLLM examples (Nebius PS services)

Reference vLLM deployment examples in the Nebius Professional Services repo. Drop-in configs for production inference workloads.View on GitHub ↗
GitHub

End-to-end Slurm training + vLLM inference demo on Nebius

A community reference project that provisions a 2-node, 16x H100 Soperator (Slurm-on-Kubernetes) cluster with Terraform, runs SFT and LoRA fine-tuning via sbatch, then serves the model with single- and multi-node vLLM — with reported accuracy gains from 2% to 88%.View on GitHub ↗

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