Paperspace Overview

Paperspace, now part of DigitalOcean, is a leading cloud computing and AI development platform that radically simplifies access to accelerated computing infrastructure. It is engineered to empower individual developers, researchers, and large enterprises to build, train, and deploy machine learning models of any scale and complexity. The platform is built on the Paperspace Stack, which consists of two main products: Core and Gradient, providing a seamless and powerful environment for any AI-driven task.

How to use Paperspace

Getting started with Paperspace is designed to be quick and intuitive, allowing users to go from signup to a running machine in seconds.

Sign Up: Create an account on the Paperspace website. You can start with a Free plan to explore the platform.
Choose a Product: Decide between 'Gradient' for a managed MLOps experience or 'Core' for a fully configurable cloud GPU machine.
For Gradient Notebooks: Select a pre-configured runtime environment with popular frameworks like PyTorch or TensorFlow. Choose an instance type, including free GPU options for smaller tasks, and launch your notebook with a single click. You can then start coding directly in the web-based IDE.
For Core Machines: Select a template, such as the 'ML in a Box' image which comes pre-installed with major ML frameworks, CUDA drivers, and libraries. Choose your desired GPU from the extensive catalog, including powerful options like NVIDIA H100s. Configure storage and networking, and launch your virtual machine. You can then connect to it via SSH with full root access.
Scale and Collaborate: Easily scale your resources up or down as needed. For team projects, invite collaborators, manage permissions, and share resources within a team workspace.

Core Features of Paperspace

Extensive GPU Selection: Access one of the largest catalogs of cloud GPUs, including the latest NVIDIA GPUs like the H100 and A100, suitable for any workload from research to production.
Gradient MLOps Platform: An end-to-end platform for the entire machine learning lifecycle. It includes 1-click Jupyter notebooks, experiment tracking, workflow automation, and model deployment capabilities.
Fully Managed Virtual Machines (Core): Get powerful, dedicated GPU virtual machines with full root access. These machines are pre-configured with everything needed for ML development, eliminating complex setup.
Pre-configured Environments: The 'ML in a Box' template and various notebook runtimes come pre-installed with all major ML frameworks (TensorFlow, PyTorch, etc.), CUDA drivers, and common libraries, enabling you to start working immediately.
Effortless Scalability & Powerful API: Instantly scale compute resources up or down. A robust API allows for programmatic management of machines, storage, and networks, enabling automation and integration.
Team Collaboration: Create teams, invite members, set permissions, and share projects and resources. Fork public projects or create private ones for secure collaboration.
High-Speed Networking: Instances are equipped with lightning-fast networking (up to 10 Gbps backend), crucial for distributed training and handling large datasets.
Containerized Environments: Notebooks are built on Docker containers, ensuring fast startup times, portability, and reproducibility of environments.

Use Cases for Paperspace

Paperspace is versatile and caters to a wide range of computationally intensive tasks:

Machine Learning & Deep Learning: Training complex neural networks for computer vision, natural language processing, and other AI domains.
Data Science & Research: Running large-scale data analysis, simulations, and experiments in a powerful, reproducible environment.
AI Application Development & Deployment: Building and deploying AI-powered applications with scalable backend infrastructure.
High-Performance Computing (HPC): Executing demanding scientific and engineering computations that require significant parallel processing power.
Remote Development: Using powerful cloud machines as a full-fledged remote development environment, accessible from anywhere.

Advantages of Paperspace

Paperspace offers significant advantages over traditional cloud providers and on-premise solutions:

Cost-Effectiveness: Save up to 70% on compute costs compared to major public clouds. With per-second billing and no long-term commitments, you only pay for what you use.
Simplicity and Ease of Use: The platform abstracts away the complexity of infrastructure management, allowing users to focus on their core work instead of DevOps.
Speed and Agility: Go from signup to training a model in seconds. Fast instance startup times and pre-configured environments accelerate the entire development lifecycle.
Flexibility: A wide range of instance types and a no-commitment model allow you to easily switch configurations to find the perfect balance of cost and performance.

Pricing and Plans

Paperspace offers a flexible, freemium pricing model designed for individuals and teams of all sizes. The core cost is based on compute utilization, supplemented by a monthly subscription for advanced features.

Free Plan: $0/month. Ideal for beginners and learners, includes 5GB of storage and access to basic instances, including free GPUs (subject to availability).
Pro Plan: $8/month + utilization costs. Designed for individual ML/AI engineers and data scientists. Includes 15GB of storage, private projects, and priority access to faster free GPUs.
Growth Plan: $39/month + utilization costs. Suited for teams, research groups, and startups. Offers 50GB of storage, high-end instances, and expert support.
Enterprise Plan: Custom pricing. For large organizations that require hosting on their own infrastructure, unlimited usage, and dedicated support.

Compute usage is billed on-demand, often per second, ensuring you pay only for the resources you consume.

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Latest traffic

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Pages per visit6.45

Bounce rate31.6%

Status

Rising+0.3%vs previous month

Updated at 2026-06-15

Monthly traffic trend

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Traffic sources

Source type	Percentage
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Total

100%

Direct92.4%

Referral5.5%

Email2.1%

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