
About
This app simplifies the setup and management of IoT devices, particularly those using RAKwireless technology. It offers cloud storage, custom firmware creation, and efficient device configuration through templates and a unified interface.
What's New in WisToolBox
1.22.0
August 25, 2026
- Stabilization and improvement
User reviews
Developer apps
FAQ
What is WisToolBox used for?
WisToolBox is designed to help IoT developers manage and configure RAKwireless LPWAN modules. It allows for cloud syncing, custom firmware creation, and easy device setup through templates.
Does WisToolBox support custom firmware development?
Yes, WisToolBox supports creating custom firmware using RUI3 APIs, which are compatible with popular IDEs like Arduino and Visual Studio. This can eliminate the need for external microcontrollers.
How does WisToolBox handle device configuration?
WisToolBox allows users to configure devices and save these settings as templates for easy replication across multiple devices. These templates can be stored in the cloud and edited as needed.
What are the benefits of using RAK ID with WisToolBox?
Signing in with RAK ID enables cloud storage of up to 1 GB of data, real-time syncing of changes, and serves as a central point of truth for managing a network of RAK devices and supporting applications.
Is WisToolBox compatible with LoRaWAN networks?
Yes, WisToolBox is specifically designed to make the most of LoRaWAN. Users can configure device settings, switch network modes, and join the LoRaWAN network through the app.
What devices does WisToolBox support?
Based on the provided information, WisToolBox is available for iPhone and iPod. It is designed to work with RAK LPWAN modules.
How often is WisToolBox updated?
The latest version of WisToolBox is 1.21.10, which was last updated on April 7, 2025. This indicates a recent update, suggesting ongoing development and support.
What is the user rating for WisToolBox?
WisToolBox has a rating of 3.7 stars from 3 ratings. This suggests a generally positive but mixed user reception based on limited feedback.




