GPU as a Service

Liquid-Cooled GPU as a Service for Dense AI and HPC Workloads

Dedicated NVIDIA GPU Clusters for AI Training, Inference and HPC in India

Run distributed training and low-latency inference across NVLink-connected GPUs on 400G/800G RDMA fabrics, while Cyfuture Cloud operates the stack underneath.

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Elastic GPU Infrastructure for Scalable AI Training and Inference

Ever struggled to run AI, machine learning, or graphics-intensive workloads GPU as a Service (GPUaaS) is a cloud model that gives you on-demand access to GPU computing, so you can train models, run inference and process heavy workloads without buying or maintaining GPU servers. You choose the GPU, the capacity and the billing model. Cyfuture Cloud runs the infrastructure.

CYFUTURE Cloud GPUaaS at a Glance

Enterprise-grade GPU infrastructure built for AI, machine learning, and high-performance computing.

6

NVIDIA GPU families: H100, H200, A100, L40S, V100 and B300

141 GB

Memory on a single H200 GPU for memory-heavy LLMs

8 GPUs

Per H100 SXM5 server, with 8 × 400G NDR networking ports

7

Isolated MIG slices per A100 or H100 for smaller jobs

240 kW+

Rack density supported in the liquid-cooled AI data center

10 MW

Direct liquid-cooled AI data center capacity

500+

Rack spaces at the MeitY-empanelled Noida data center

24×7

Monitoring and expert support

Cloud GPUs for AI

GPU as a Service delivers graphics processing units over the cloud as a managed, metered service. Instead of buying GPU servers, housing and cooling them, and replacing them every few years, you use the capacity you need and stop paying when the job ends. You may also see it searched as GPU rental or GPU cloud hosting. The idea is the same.

Why GPUs? A CPU works through tasks a few at a time. A GPU runs thousands of calculations in parallel, which is exactly what neural network training, inference, simulation and rendering demand.

So how does GPUaaS differ from a GPU server you buy or host yourself?

Model What you get Best when
GPU as a Service On-demand GPU instances or clusters, billed by usage Workloads vary: experiments, fine-tuning, bursty training
Dedicated GPU servers A whole physical server reserved for you Utilisation is steady and you need full isolation
Buying your own GPUs Hardware you own, host and maintain Load is predictable and long-running, and you have in-house ops

Scalable Compute for Modern AI Workloads

Stat What it says
$0 Upfront hardware spend. Billed hourly with a 1-hour minimum.
1 to 8 GPUs Scale up to 8× H100 NVLink with 640 GB of GPU memory, then back down for inference.
6 GPU models The V100 to the B300, in 10 ready configurations.
34% lower An H100 on a 12-month term costs $2.43/hr against $3.66/hr on-demand.
Up to 35% Savings on 6 or 12-month terms, plus capacity priority.
$0 egress No platform fees and no egress within a region. Storage is a flat $0.05/GB/month, and metered usage lets spend trace to projects.

From Provisioning to Production: The AI Deployment Flow

Four steps from request to running workload.

01

Pick your GPU and deployment model

Choose a GPU that fits your model and budget, then decide between on-demand instances and dedicated capacity. Provisioning is through a cloud dashboard or API.

02

Provision your environment

Your instance launches with GPU drivers and common AI frameworks ready to use. Connect through SSH, a web console or notebooks, and attach object storage or block storage for datasets.

03

Run training, inference or HPC jobs

Run jobs directly or orchestrate them with Kubernetes. Multi-GPU clusters handle distributed training when one GPU is not enough.

04

Monitor, scale and optimise

Track GPU utilisation, scale capacity up or down, and, on supported GPUs, use NVIDIA Multi-Instance GPU (MIG) to split one GPU into isolated slices for smaller jobs.

NVIDIA GPU Options for AI, ML and HPC

Choosing a GPU comes down to three questions, in this order. Does the model fit in memory? How fast can memory feed the cores? Do you need many GPUs working as one? Start with memory and the rest usually follows.

GPU Memory Memory bandwidth Best for
NVIDIA H100 (SXM) 80 GB HBM3 3.35 TB/s LLM training, fine-tuning, high-throughput inference
NVIDIA H200 141 GB HBM3e 4.8 TB/s Memory-heavy LLMs, long-context and multimodal models
NVIDIA A100 (80 GB) 80 GB HBM2e About 2.0 TB/s Deep learning training, research, transformer workloads
NVIDIA L40S 48 GB GDDR6 864 GB/s Inference, generative AI, rendering and video
NVIDIA V100 16 GB or 32 GB HBM2 900 GB/s ML research and legacy model training
NVIDIA B300 For details check: B300 GPU server page See B300 page Large-scale training and inference on current-generation hardware

NVIDIA B300: Built for AI Reasoning at Scale

Training is no longer the only heavy lift. Reasoning models and agents hold long contexts in memory, and memory is where the B300 pulls ahead.

01

The B300 carries 288GB of HBM3e per GPU, built with 12-high stacks rather than the B200’s 8-high.

02

NVIDIA says HGX B300 delivers 1.5x more dense FP4 Tensor Core FLOPS and 2x attention performance versus HGX B200.

03

An 8-GPU HGX B300 system uses 5th-generation NVLink at 1.8TB/s and ConnectX-8 SuperNICs at up to 800Gb/s.

04

An HGX B300 node totals 2,304 GB of HBM3e.

H100 vs B200 vs B300: Architecture, Memory and FP4 Support

Spec H100 B200 B300
Architecture Hopper Blackwell Blackwell Ultra
HBM per GPU 80GB HBM3 192GB HBM3e Up to 288GB HBM3e
FP4 support No Yes Yes, ~1.5× B200 dense FP4

AI Compute Architectures for Elastic, Dedicated and Hybrid Workloads

On-Demand GPU Cloud

Launch GPU instances for experiments, fine-tuning and bursty jobs. Pay for what you use.

Dedicated GPU Clusters

Isolated, high-performance GPU capacity for sustained training and workloads that need stronger separation.

Managed GPU Infrastructure and Advisory

Cyfuture Cloud engineers help you design the cluster, networking and cooling plan, and keep it running. Useful when your team wants results, not rack diagrams.

CPU-GPU Hybrid Pipelines for AI Workloads

Distributed AI pipelines that combine CPU and GPU infrastructure with scheduling and orchestration.

Built for Production AI: Infrastructure and Security

Indian data centers

Cyfuture Cloud operates MeitY-empanelled, Tier III data centers across India.

Fast storage and networking

NVMe SSD storage and high-bandwidth, low-latency networking for data-hungry jobs.

Security controls

Access controls, network isolation, encryption and continuous monitoring.

24/7 monitoring and support

Round-the-clock monitoring and support from the Cyfuture Cloud team.

Independent credentials

Cyfuture Cloud lists MeitY empanelment, PCI DSS and HIPAA among its certifications.

Built for dense GPU racks

Cyfuture also builds a liquid-cooled AI data center for high-density GPU infrastructure.

Who Uses Cloud GPUs, and for What?

LLM training and fine-tuning

Deep learning GPU capacity for foundation and domain-specific models.

Generative AI and LLM inference

Low-latency serving for chatbots, copilots and voice agents.

Computer vision and video analytics

Image recognition, object detection and monitoring.

Data science and analytics

Machine learning GPU power to cut training time on large datasets.

HPC and simulation

Scientific, financial and engineering workloads without heavy capital outlay.

Rendering, VFX and 3D

Dedicated GPU instances for studios and design teams.

Healthcare and life sciences

Medical imaging, genomics and drug discovery simulations.

Teams often combine options: A fintech team fine-tuning a domain language model might use H100 capacity for the training run, then serve the finished model on L40S GPUs, where cost per request matters more than peak throughput.

Accelerated Compute Pricing

Cloud GPU pricing is not one number. It moves with the following:

  • GPU model: Memory and performance tiers carry different rates.
  • Usage pattern: On-demand, committed or dedicated.
  • Scale: One GPU or a multi-node cluster.
  • Storage, network and support tier: Billed on top of compute.

Simple pricing. Powerful GPUs. No hidden fees.

All instances are billed hourly with a 1-hour minimum. Reserve for 6 or 12 months to save up to 35% and lock in capacity priority.

GPU On-Demand 6-Month 12-Month Best for
NVIDIA B300 · 288 GB Reserved only $5.75/hr $5.51/hr Frontier-scale training
NVIDIA RTX PRO 6000 · 96 GB $2.70/hr $2.40/hr $2.25/hr Inference & rendering
NVIDIA V100 · 32 GB $0.60/hr $0.48/hr $0.43/hr Dev & prototyping
NVIDIA L40S · 48 GB $1.38/hr $0.75/hr $0.68/hr FP8 inference
4× L40S · 192 GB $5.39/hr $2.88/hr $2.59/hr Inference fleet
NVIDIA A100 · 80 GB $2.20/hr $2.16/hr $2.08/hr Fine-tuning
2× A100 NVLink · 160 GB $4.36/hr $4.18/hr $3.99/hr 70B training
NVIDIA H100 · 80 GB $3.66/hr $2.92/hr $2.43/hr LLM pre-training
4× H100 NVLink · 320 GB $14.32/hr $11.22/hr $9.24/hr Multi-GPU scale
8× H100 NVLink · 640 GB $28.36/hr $22.20/hr $18.29/hr Frontier models

Cyfuture Cloud Perspective: GPU as a Service (GPUaaS)

At Cyfuture Cloud, we understand that modern AI, ML, and data-intensive workloads demand more than just hardware—they require reliable, high-performance GPU infrastructure. Our GPU as a Service (GPUaaS) is designed to deliver scalable compute power on demand, helping businesses accelerate innovation without the complexities of managing dedicated hardware.

Security and compliance are at the core of our offering. Every GPUaaS deployment is safeguarded with advanced security protocols, access controls, and continuous monitoring, ensuring your critical AI and ML workloads remain protected against evolving cyber threats. Our infrastructure aligns with industry standards, giving you peace of mind while you focus on growth.

Reliability and uptime are essential for mission-critical workloads. Cyfuture Cloud's GPUaaS environments are built with redundant systems, high-speed interconnects, and robust monitoring, minimizing downtime and ensuring smooth operation for large-scale AI training, inference, and analytics tasks.

With GPU cloud services from Cyfuture Cloud, you gain flexibility, scalability, and expert guidance. Whether you're exploring GPU as a Service Hivenet setups, evaluating the GPUaaS market, or comparing top GPU as a Service companies, our solutions provide a dependable platform to power your AI ambitions.

Partner with Cyfuture Cloud and unlock the full potential of GPUaaS, combining performance, security, and scalability to meet your business and AI infrastructure needs today.

Compute provisioning tiers

Provisioning tier How it works Best for
On-demand Pay for the GPU hours you use Experiments, bursty jobs
Reserved Commit for a term in exchange for lower rates and guaranteed capacity Steady training and production inference
Flex or spot Discounted capacity that can be interrupted Fault-tolerant batch jobs
Enterprise Dedicated clusters and custom terms Large or regulated deployments

Not sure which GPU fits your workload?

Tell us your model size, dataset and timeline. Our team will recommend a configuration and send a custom quote.

Why Cyfuture Cloud for AI Infrastructure in India

Built for high-density AI

A liquid-cooled AI data center designed for dense GPU racks.

Flexible ways to buy

On-demand, reserved and dedicated options for different stages of a project.

Engineers, not just hardware

Advisory and managed services when you want help designing or running the environment.

Enterprise credentials

MeitY empanelment, Tier III facilities and listed certifications.

Certifications

  • SAP

    SAP Certified

  • MEITY

    MEITY Empanelled

  • HIPPA

    HIPPA Compliant

  • PCI DSS

    PCI DSS Compliant

  • CMMI Level

    CMMI Level V

  • NSIC-CRISIl

    NSIC-CRISIl SE 2B

  • ISO

    ISO 20000-1:2011

  • Cyber Essential Plus

    Cyber Essential Plus Certified

  • BS EN

    BS EN 15713:2009

  • BS ISO

    BS ISO 15489-1:2016

Awards

Testimonials

FAQs - GPU as a Service

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Get a custom quote or speak with our team about the right GPU, deployment model and pricing for your project.

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