From Tiny MCUs to MPUs—One UI Framework

Create high-quality, performant UIs that easily scale across microcontrollers and microprocessors.

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Scaling embedded UIs across different hardware often means rework, redesigns, and time lost to optimization.

Storyboard simplifies this with a consistent workflow that lets you reuse your UI design and make only minimal changes for resource-constrained devices. With pre-built runtimes and memory-efficient rendering, you can confidently adapt your UI from MCU to MPU—without starting over.

Build for Any Hardware—Without the Risk

Storyboard’s flexible architecture supports MCUs, crossover processors, and MPUs, so you can design embedded UIs that scale across product lines. Easily adapt to hardware changes—at any stage of development—without restarting your UI from scratch.

Find Your Platform—See Compatible MCUs & MPUs

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Small Footprint. Big Impact.

Storyboard helps you build polished, resource-efficient UIs for even the most constrained embedded devices. Its optimized runtime and designer–developer workflow ensure you deliver a great user experience—without draining memory, power, or development time.

Learn How a Developer Delivered a High-End Experience on Low-End Hardware
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Design Once, Deploy Everywhere

Avoid duplicating effort across hardware tiers.
Storyboard lets you maintain a single UI project that works across MCUs, MPUs, and everything in between. That means no separate codebases, no manual rework—just one streamlined workflow that scales as your hardware evolves.
 

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Scale Without Breaking Your UI

UI fragmentation is a thing of the past.
Whether you're working with limited RAM on an entry-level MCU or a high-performance MPU, Storyboard can help you adapt. Developers can fine-tune visual fidelity and behavior without compromising performance, ensuring a consistent user experience across all device classes.

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Stay Agile as Hardware Changes

Hardware swaps shouldn’t derail your timeline.
With Storyboard, you can respond to last-minute hardware decisions without starting from scratch. Its architecture separates design from logic, allowing you to port and optimize easily—even late in development—saving time, cost, and your sanity.

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