---
title: "Crusoe Cloud Review (2026): Sustainable GPU Compute"
slug: "crusoe-cloud-review"
meta_description: "This comprehensive Crusoe Cloud review analyzes its sustainable GPU hosting, stranded energy use, storage pricing, and zero-egress network model."
schema_type: "review"
author: "ahmad-nugraha"
primary_keyword: "crusoe cloud review"
secondary_keywords:
  - "crusoe cloud pricing"
  - "crusoe cloud gpu"
  - "sustainable ai cloud"
search_intent: "commercial-investigation"
commercial: true
published_at: "2026-07-19"
updated_at: "2026-08-19"
status: "published"
human_reviewed_by: "ahmad-nugraha"
human_reviewed_at: "2026-08-19"
sources:
  - id: crusoe-homepage
    title: "Crusoe Cloud - Sustainable AI Infrastructure"
    publisher: "Crusoe"
    url: "https://www.crusoe.ai"
    accessed_at: "2026-08-19"
    source_type: primary
  - id: crusoe-pricing
    title: "Pricing"
    publisher: "Crusoe Cloud Documentation"
    url: "https://crusoecloud.com/pricing"
    accessed_at: "2026-08-19"
    source_type: primary
  - id: crusoe-docs
    title: "Crusoe Cloud Documentation"
    publisher: "Crusoe"
    url: "https://docs.crusoecloud.com"
    accessed_at: "2026-08-19"
    source_type: primary
---

## Crusoe Cloud review: quick verdict

Crusoe Cloud provides sustainable, high-performance GPU hosting designed for artificial intelligence training and inference workloads by utilizing stranded energy resources.[cite id="crusoe-homepage"][cite id="crusoe-docs"] It is a strong choice for teams seeking zero network egress fees and high-speed remote storage, but users should note the limited physical datacenter locations.[cite id="crusoe-pricing"][cite id="crusoe-docs"] GPU Picks did not perform hands-on testing or verify green efficiency metrics.

[key-takeaways]
- Infrastructure is powered by stranded energy, utilizing Digital Flare Mitigation at oil well sites and grid-connected renewable sources.[cite id="crusoe-homepage"][cite id="crusoe-docs"]
- The provider divested its legacy cryptocurrency mining operations to focus exclusively on artificial intelligence and machine learning cloud resources.[cite id="crusoe-homepage"]
- Billing is calculated per minute while virtual machines are active, and compute charges halt when instances are stopped.[cite id="crusoe-docs"]
- Zero network ingress or egress fees are charged for VPC or internet traffic.[cite id="crusoe-pricing"][cite id="crusoe-docs"]
- Core infrastructure availability is backed by financial remedies under an uptime SLA ranging from 99.5% to 99.98% depending on setup.[cite id="crusoe-docs"]
[/key-takeaways]

The verdict comes from official pricing, documentation, and manufacturer specifications accessed on the dates in the source list. GPU Picks did not run a paid trial or benchmark. Documentation explains how the service is designed, but it cannot show how quickly or reliably a reader's application will run.

## How Crusoe Cloud works

Crusoe Cloud operates on a sustainability-first model that distinguishes it from traditional hyperscalers and conventional specialized GPU clouds.[cite id="crusoe-homepage"][cite id="crusoe-docs"] Rather than placing datacenters solely based on proximity to major network exchange points, Crusoe places its compute infrastructure near underutilized or stranded energy sources.[cite id="crusoe-docs"]

Originally, Crusoe's primary operational focus was cryptocurrency mining, which was used to monetize excess energy at oil well sites. However, the company divested its bitcoin mining operations to focus exclusively on AI and machine learning cloud infrastructure.[cite id="crusoe-homepage"] This transition redirected their power resources toward high-density GPU compute nodes designed for training large language models and serving inference endpoints.

### Energy sourcing and infrastructure

Crusoe Cloud's energy model is built on three primary pillars of power generation:
- **Digital Flare Mitigation (DFM):** Operating mobile datacenters directly at oil well sites, Crusoe uses otherwise wasted, flared natural gas to power generators that run their compute hardware.[cite id="crusoe-homepage"][cite id="crusoe-docs"] This prevents methane and carbon dioxide from being released directly into the atmosphere without producing useful work.
- **Grid-Connected Renewables:** Utilizing wind, solar, and geothermal power sources connected directly to their regional datacenter facilities.[cite id="crusoe-homepage"] This allows them to scale compute capabilities beyond the power limits of individual well-site installations.
- **Stranded Energy Utilization:** Targeting remote areas where energy generation exceeds local grid transmission capacity, allowing Crusoe to buy electricity at low rates while supporting renewable energy projects that would otherwise face curtailment.

While this environmental focus is a primary value proposition, it also introduces physical constraints. Crusoe Cloud datacenters are located in energy-first sites, such as Abilene, Texas and North Dakota well-sites, rather than being distributed globally across all major public cloud regions. For enterprises requiring low-latency geographical edge serving or strict regional data residency compliance outside the United States, these location limits represent an important architectural check.

## Crusoe Cloud pricing and total cost

Estimating the cost of running workloads on Crusoe Cloud requires looking at compute rates, storage tiers, and the absence of bandwidth fees.[cite id="crusoe-pricing"][cite id="crusoe-docs"] Compute is billed by the minute, which provides fine-grained control compared to hourly rounded billing.[cite id="crusoe-docs"]

| Cost category | Price policy | What to verify before deployment |
|---|---|---|
| GPU compute | On-demand, spot, and reserved pricing agreements are available.[cite id="crusoe-pricing"] | Verify instance availability and choose spot rates for interruptible jobs.[cite id="crusoe-pricing"] |
| CPU compute | Starts at $0.04/vCPU-hr for general-purpose nodes.[cite id="crusoe-pricing"] | Check if you need storage-optimized nodes starting at $0.09/vCPU-hr.[cite id="crusoe-pricing"] |
| Persistent disk | Remote persistent block storage at $0.08 per GiB/month.[cite id="crusoe-pricing"] | Note that stopped VMs continue to incur persistent storage charges.[cite id="crusoe-docs"] |
| Shared storage | Remote shared storage volumes at $0.07 per GiB/month.[cite id="crusoe-pricing"] | Confirm multi-node read/write requirements for cluster storage.[cite id="crusoe-pricing"] |
| Network bandwidth | Zero network ingress or egress fees for VPC or public traffic.[cite id="crusoe-pricing"] | Confirm network paths are routed through your VPC setup.[cite id="crusoe-docs"] |

Compute instances are billed per minute while running, and compute charges halt when virtual machines are stopped.[cite id="crusoe-docs"] However, stopped VMs continue to incur charges for attached persistent remote disks until they are deleted.[cite id="crusoe-docs"]

### Compute instances and billing states

Crusoe Cloud provides CPU compute instances alongside its GPU-heavy nodes:[cite id="crusoe-pricing"]
- **General-Purpose CPU Nodes:** Priced starting at $0.04/vCPU-hr, suitable for standard application tasks, staging, and lightweight preprocessing.[cite id="crusoe-pricing"]
- **Storage-Optimized CPU Nodes:** Priced starting at $0.09/vCPU-hr, configured with high-performance local NVMe storage for data-intensive processing.[cite id="crusoe-pricing"]

For GPU compute, Crusoe offers NVIDIA L40S, A100, H100, and H200 instances.[cite id="crusoe-pricing"] These can be rented through three billing models:[cite id="crusoe-pricing"]
1. **On-Demand:** Standard hourly/minute rates with no long-term commitment, subject to current capacity availability.
2. **Spot:** Discounted rates for interruptible compute, allowing Crusoe to reclaim the instance when on-demand workloads require the capacity.
3. **Reserved:** Committed contracts ranging from several months to years, guaranteeing capacity at significant discounts for predictable, long-running projects.

### Bandwidth and zero-egress policies

Bandwidth cost is often a hidden charge in AI deployments, especially when models need to download large training sets or stream massive datasets for batch inference. Crusoe Cloud does not charge network ingress or egress fees for traffic within a Virtual Private Cloud (VPC) or to and from the public internet.[cite id="crusoe-pricing"][cite id="crusoe-docs"]

This zero-egress policy provides high predictability. An enterprise can egress terabytes of model checkpoints or processed data to their local infrastructure or third-party storage providers without incurring network transfer charges.

## Storage options and network features

AI workloads depend heavily on storage bandwidth. Crusoe Cloud relies primarily on remote persistent storage systems rather than relying solely on local disks.[cite id="crusoe-pricing"][cite id="crusoe-docs"]

### Persistent and shared storage pricing

Crusoe offers two distinct remote storage options:[cite id="crusoe-pricing"]
- **Remote Persistent Block Storage:** Priced at $0.08 per GiB/month, these volumes provide persistent storage for a single instance, surviving VM stops and restarts.[cite id="crusoe-pricing"]
- **Remote Shared Storage Volumes:** Priced at $0.07 per GiB/month, these volumes allow multiple instances to mount the same storage pool, which is useful for multi-node training clusters.[cite id="crusoe-pricing"]

Local ephemeral storage is bundled directly with compute instances and is not charged separately.[cite id="crusoe-pricing"] However, because local storage is ephemeral, it is destroyed when the instance is stopped or terminated. Any data that must persist across instance power cycles must be stored on a remote persistent block storage volume.

### Network performance and VPCs

Crusoe Cloud environments are built around Virtual Private Clouds (VPCs), allowing users to define private subnets, configure firewalls, and route traffic securely.[cite id="crusoe-docs"] Multi-node GPU environments utilize high-speed InfiniBand networking to ensure low-latency communication between nodes during distributed training runs.[cite id="crusoe-docs"]

### Service level agreements and support

The reliability of the platform's infrastructure is defined by its service level agreements:
- **Uptime SLA:** Crusoe Cloud's core infrastructure uptime SLA ranges from 99.5% for single-instance configurations up to 99.98% for multi-zone deployments with high-availability configurations, backed by financial credits if the targets are missed.[cite id="crusoe-docs"]
- **Customer Support:** Support is available 24/7, with documentation noting a sub-6-minute average first response time for critical infrastructure issues.[cite id="crusoe-homepage"][cite id="crusoe-docs"]

## Who should use Crusoe Cloud

Selecting Crusoe Cloud depends on whether its sustainable infrastructure aligns with your operational requirements. It is a strong fit for:

- **Environmentally Conscious AI Startups:** Startups that prioritize carbon-neutral or carbon-negative footprints can directly align their compute needs with Crusoe's stranded energy and flare mitigation projects.[cite id="crusoe-homepage"]
- **Workloads with Massive Egress Requirements:** Teams that need to transfer massive datasets, trained models, or continuous streams of inference results back to local storage or other clouds will benefit from the zero-egress network policy.[cite id="crusoe-pricing"]
- **Multi-Node Cluster Training:** Projects that require high-speed remote shared storage (at $0.07 per GiB/month) alongside InfiniBand interconnects to train large models across multiple nodes.[cite id="crusoe-pricing"][cite id="crusoe-docs"]

For these use cases, Crusoe Cloud's combination of sustainable power, zero egress fees, and robust network and storage options is highly effective. Startups looking to optimize their deployment costs can review the [GPU clouds for startups](/best-gpu-cloud-for-startups/) guide to compare operational models. To compare currently available pricing, you can use the [compare live GPU prices](/lookup/) tool.

## Who should skip Crusoe Cloud

Conversely, there are specific scenarios where Crusoe Cloud is not the right choice:

- **Hobbyists Needing Legacy Consumer GPUs:** Crusoe focus is on high-performance datacenter GPUs like the NVIDIA A100, H100, and H200.[cite id="crusoe-pricing"] If your project only requires cheap, older consumer GPUs (such as the RTX 3090 or RTX 4090), you will find the catalog limited.
- **Developers Looking for Managed Serverless APIs:** If you need a fully managed serverless API endpoint where you do not manage virtual machines at all, Crusoe is not the fit. You will need to manage the VM compute layer yourself.
- **Global Low-Latency Edge Requirements:** Since Crusoe datacenters are placed where cheap, stranded energy is located (like Texas and North Dakota), they cannot provide low-latency edge nodes across Europe, Asia, or South America.
- **Teams Lacking Recovery Automation for Spot Instances:** While spot instances offer significant savings, they can be interrupted at any time. If your software does not support automated checkpointing and recovery, you should skip spot instances.

If these limitations impact your architecture, you should explore other options. Check out the [GPU cloud provider comparison](/best-gpu-cloud/) to compare other models.

## Crusoe Cloud alternatives

For teams evaluating other providers, CoreWeave and RunPod are common points of comparison:

- **CoreWeave:** A large-scale specialized AI cloud offering a wider range of GPU models and massive cluster configurations. The [CoreWeave review](/coreweave-review/) outlines its bare metal and Kubernetes-native approach, which suits enterprises requiring massive, immediate scale.
- **RunPod:** A popular self-serve GPU cloud that provides both interactive container instances and serverless APIs. The [RunPod review](/runpod-review/) highlights its flexibility for developers who want quick, self-serve setups without subscription commitments or physical location limits.

When comparing these alternatives, ensure you look beyond the base hourly GPU compute rate. Compare persistent storage fees, shared storage pricing, and egress network charges to understand the true total cost of ownership.

## Pros and cons

The summary below is based on Crusoe Cloud's official documentation, pricing guides, and reported infrastructure characteristics, rather than hands-on measurements.[cite id="crusoe-homepage"][cite id="crusoe-pricing"][cite id="crusoe-docs"]

[pros-cons]
+ Sustainable compute powered by stranded energy, renewables, and flare mitigation.[cite id="crusoe-homepage"][cite id="crusoe-docs"]
+ Zero network egress or ingress fees simplify budgeting for high-bandwidth tasks.[cite id="crusoe-pricing"]
+ Remote shared storage volumes at $0.07 per GiB/month support multi-node configurations.[cite id="crusoe-pricing"]
+ Billing is calculated by the minute, avoiding hourly rounding overhead.[cite id="crusoe-docs"]
- Datacenter locations are restricted to energy-first sites, limiting global edge options.
- Lacks a managed serverless API layer, requiring teams to orchestrate VMs directly.[cite id="crusoe-docs"]
- GPU Picks has not verified green efficiency claims, carbon offsets, or network latency.
[/pros-cons]

## Methodology and sources

This review of Crusoe Cloud is compiled from official documentation, pricing sheets, and platform announcements published by Crusoe.[cite id="crusoe-homepage"][cite id="crusoe-pricing"][cite id="crusoe-docs"] GPU Picks did not provision virtual machines, execute machine learning workloads on their hardware, measure actual network throughput, or verify the environmental efficiency of their flare mitigation systems.

To understand our validation process and data boundaries, please read our [GPU Picks research methodology](/methodology/). Users are encouraged to verify current rates and capacity directly on the Crusoe Cloud console, as pricing, hardware models, and terms may update.

## Frequently asked questions

[faq]
## How does Crusoe Cloud power its datacenters?
Crusoe Cloud powers its datacenters using stranded energy resources.[cite id="crusoe-homepage"] This includes Digital Flare Mitigation (DFM), which captures and uses natural gas that would otherwise be flared at oil well sites, as well as grid-connected renewable sources like wind, solar, and geothermal power.[cite id="crusoe-homepage"][cite id="crusoe-docs"]

## Does Crusoe Cloud charge for data egress?
No. Crusoe Cloud does not charge fees for data ingress or egress, whether the network traffic is moving within a VPC or to and from the public internet.[cite id="crusoe-pricing"][cite id="crusoe-docs"] This is a major benefit for applications that require moving large datasets or frequent model checkpoint transfers.

## Do stopped VMs on Crusoe Cloud still cost money?
Yes. While compute billing stops when an instance is powered down, you continue to pay for remote persistent block storage at a rate of $0.08 per GiB/month until the storage volume is deleted.[cite id="crusoe-pricing"][cite id="crusoe-docs"] Ephemeral local storage, however, is destroyed upon stopping the VM and does not incur ongoing charges.[cite id="crusoe-pricing"]

## What is the difference between persistent and shared storage on Crusoe?
Remote persistent block storage is priced at $0.08 per GiB/month and is designed to be attached to a single running instance.[cite id="crusoe-pricing"] Remote shared storage is priced at $0.07 per GiB/month and allows multiple instances to mount the volume simultaneously, making it suitable for distributed training clusters.[cite id="crusoe-pricing"][cite id="crusoe-docs"]

## What uptime SLA does Crusoe Cloud offer?
Crusoe Cloud offers an infrastructure uptime SLA that ranges from 99.5% for single instances to 99.98% for multi-zone high-availability configurations, backed by financial credits if the uptime commitment is not met.[cite id="crusoe-docs"]

## Where are Crusoe Cloud datacenters physically located?
Crusoe Cloud locates its datacenters near stranded energy resources rather than traditional network hubs.[cite id="crusoe-docs"] Major installations are located in energy-rich regions in the United States, such as Abilene, Texas, and North Dakota, which may limit latency performance for non-US users.[cite id="crusoe-docs"]
[/faq]