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Runpod has officially achieved SOC 2 Type II certification, validating that its enterprise-grade security controls not only meet strict design standards but also operate effectively over time. This milestone proves Runpod’s ongoing commitment to protecting customer data and maintaining trusted, compliant AI infrastructure for enterprises and developers alike.
Slurm on Runpod Clusters makes it simple to scale distributed AI and scientific computing across multiple GPU nodes. With pre-configured setup, advanced job scheduling, and built-in monitoring, users can efficiently manage training, batch processing, and HPC workloads while testing connectivity, CUDA availability, and multi-node PyTorch performance.
DeepSeek V3.1 introduces a breakthrough hybrid reasoning architecture that dynamically toggles between fast inference and deep chain-of-thought logic using token-controlled templates—enhancing performance, flexibility, and hardware efficiency over its predecessor V3-0324. This update positions V3.1 as a powerful foundation for real-world AI applications, with benchmark gains across math, code, and agent tasks, now fully deployable on Runpod Clusters.
Deploy Wan 2.2 on Runpod to unlock next-gen video generation with Mixture-of-Experts architecture, TI2V-5B support, and 83% more training data—run text-to-video and image-to-video models at scale using A100–H200 GPUs and customizable ComfyUI workflows.
Deploy DeepCogito’s Cogito v2 models on Runpod to experience frontier-level reasoning at lower inference costs—choose from 70B to 671B parameter variants and leverage Runpod’s optimized templates and Clusters for scalable, efficient AI deployment.
Run MoonshotAI’s Kimi-K2-Instruct on Runpod Clusters using H200 SXM GPUs and a 2TB shared network volume for seamless multi-node training. This guide shows how to deploy with PyTorch templates, optimize Docker environments, and accelerate LLM inference with scalable, low-latency infrastructure.
Benchmark Qwen2.5-Coder-7B-Instruct across NVIDIA’s B200, RTX 5090, and 4090 to identify optimal GPUs for LLM inference—compare token throughput, cost per token, and memory efficiency to match your workload with the right performance tier.
