arrow_circle_right LVGL development services
One UI layer. Every device in your portfolio.
LVGL runs on any chip, any OS, from bare-metal MCUs to Linux systems — so your UI logic is never tied to a hardware decision.
Adopt LVGL as a shared foundation across products, reducing fragmentation and cutting long-term maintenance overhead.
arrow_circle_right Competencies and partnerships
Most embedded UI development doesn’t scale
As product portfolios grow, UI debt compounds. Each device gets its own approach, its own codebase, and its own maintenance burden. Consistency breaks, and teams spend more time patching than building.
Three problems that compound over time:
UI built differently across each device or product line
No shared foundation, no component reuse.
No shared component layer
Every new product starts from zero, regardless of what came before
Interface logic tightly coupled to hardware
Changing chips means rewriting interfaces, often from scratch.
LVGL gives you one UI layer across your entire product portfolio
LVGL is designed to run on any hardware, any operating system, and any display type. From bare-metal MCUs running at 100 MHz to multi-core Linux MPUs, the library works the same way. That portability is the point. Four capabilities that make this work.
Runs on any chip and OS
MCU to MPU, bare metal to Linux, FreeRTOS, and Zephyr.
Reusable component library
Build once, share across products and teams.
Platform-independent UI logic
Decouple your interface from hardware decisions.
Open and royalty-free
No vendor lock-in, full commercial use permitted.
arrow_circle_right Services
What our LVGL development services cover
We work with embedded engineering teams at every stage: from architecture decisions through to long-term maintenance.
LVGL development
Ongoing support and maintenance
Training and workshops
LVGL development
We design and implement embedded user interfaces using LVGL, from architecture and design system definition to full UI development across devices.
Ongoing support and maintenance
We ensure the long-term stability, scalability, and evolution of your UI layer across product generations.
Training and workshops
We enable your internal teams to build and maintain LVGL-based UIs, from fundamentals to advanced workflows and architecture.
HMI development across industries
We support embedded UI development across commercial and regulated sectors, using the LVGL variant appropriate to your product’s context.
LVGL Open (current):
• Consumer electronics • Smart home and IoT • Wearables • Human-machine interaction
LVGL Safe (Q3 2026, functional safety certified):
• Automotive • Industrial and Industry 4.0 • Medical devices • Avionics
Why work with Spyrosoft on LVGL?
Embedded systems depth
We have hands-on experience across embedded architecture, hardware integration, and UI frameworks. We understand the constraints your team works within.
Flexible engagement
From full project delivery to team augmentation, we adapt to your structure. You choose the cooperation model that fits your organisation.
Fast ramp-up
Our cross-functional teams have a structured onboarding process designed for embedded development timelines. You will not spend weeks getting us up to speed.
arrow_circle_right Our team
Meet our experts
Passionate about daily human and machine communication, I take care of the development of the HMI area and empower Spyrosoft teams to stay at the forefront of this dynamic field. With a strong background in both technical and managerial positions, I know how to translate business needs into an appealing and functional product that elevates the experience of an end customer.
I’m a firm believer in the cultural ramifications of user-focused design in technology.
Throughout my career, I have led teams in developing modern products on a multitude of software and hardware platforms. The knowledge of HMI architectures and C++/C#/Java and Python languages, has allowed me to work with OEMs and TIER1s on the next-gen production HMI platforms.
With my motivation of building tomorrow’s digital society, I’m is mainly responsible for shaping the technology definition and vision of HMI Services at Spyrosoft.
I use the experience I have gained in twenty years of work to design interfaces for HMI. I highly value simple solutions to complex problems.
In my work, the most important thing is to diagnose and understand the problem, listen to the stakeholders and propose a solution that meets the established criteria.
I especially appreciate the substantive support of programmers, thanks to which our projects move easily to the implementation stage, which allows us to quickly test our hypotheses.
arrow_circle_rightcontact us
Let’s talk about your embedded UI
Przemyslaw Krzywania
HMI Director
FAQ
LVGL is used to build graphical user interfaces on embedded devices: touchscreen panels, HMI displays, IoT devices, industrial terminals, and any device that needs a visual interface without the overhead of a full desktop operating system.
Qt is powerful and well-suited to higher-resource platforms, but it carries licensing costs and hardware requirements that not every product can meet. LVGL is lightweight, royalty-free, and runs on hardware where Qt cannot. The right choice depends on your target hardware and product constraints.
Yes. LVGL runs on bare-metal MCUs, FreeRTOS, Zephyr, and Linux, among other operating systems. It is designed to be OS-agnostic, so your UI layer is not tied to your OS choice.
LVGL Safe is a functional-safety certified variant of LVGL, built for use in safety-critical applications: automotive systems, medical devices, avionics, and industrial equipment. It is scheduled for release in Q3 2026. Spyrosoft is preparing delivery capability ahead of that date.
We start with a short discovery to understand your product portfolio, target hardware, and team structure. From there we propose an architecture and an engagement model: full delivery, team augmentation, or training. Most projects move from discovery to active development within two to three weeks.
