tunnl desktop
Harness the power of quantum computing directly from your desktop
Local Simulation Hosting
Run quantum simulations directly on your machine without internet connectivity.
Hosted Simulation Integration
Seamlessly connect to cloud-based quantum simulators for more complex workloads.
Direct Quantum Hardware Access
Connect directly to real quantum hardware with just a few clicks.
Algorithm Library
Access our extensive library of pre-built quantum algorithms for various use cases.
Circuit Creator Visualizer
Build and visualize quantum circuits with our intuitive drag-and-drop interface.
Results Analysis Tools
Powerful tools to analyze and visualize the results of your quantum computations.
Download tunnl desktop
Enter your subscription code to download tunnl desktop. Don't have a code yet? Subscribe here
System Requirements
macOS
- • macOS 11.0 or later
- • 4GB RAM minimum
- • 2GB available storage
- • Intel or Apple Silicon
Windows
- • Windows 10 or later
- • 4GB RAM minimum
- • 2GB available storage
- • 64-bit processor
Linux
- • Ubuntu 20.04 or equivalent
- • 4GB RAM minimum
- • 2GB available storage
- • 64-bit processor
Frequently Asked Questions
How do I get a subscription code?
Subscription codes are provided when you sign up for any of our paid plans. Visit our pricing page to choose a plan that fits your needs.
Can I use tunnl desktop offline?
Yes, tunnl desktop can run local simulations without an internet connection. However, accessing hosted simulations or quantum hardware requires connectivity.
Is my subscription code tied to a specific device?
No, your subscription code can be used on multiple devices, but the number of simultaneous sessions may be limited based on your subscription plan.
How often is tunnl desktop updated?
We release updates approximately once a month with new features, improvements, and bug fixes. The application will notify you when updates are available.
Can I transfer my circuits between the web and desktop versions?
Yes, tunnl desktop fully supports importing and exporting circuits to and from our web platform, ensuring a seamless workflow across devices.