Cross-platform software libraries and APIs
Qt Creator IDE and productivity tools
UI Design tool for UI composition
for Qt projects
Digital advertising for UI apps
Usage intelligence for embedded devices
GUI test automation
Code coverage analysis
Test results management and analysis
Software static code analysis
Software architecture verification
The latest version of Qt.
Make the most of Qt tools, with options for commercial licensing, subscriptions, or open-source.
Explore Qt features, the Framework essentials, modules, tools & add-ons.
The project offers PySide6 - the official Python bindings that enhance Python applications.
Qt empowers productivity across the entire product development lifecycle, from UI design and software development to quality assurance and deployment. Find the solution that best suits your needs.
Insight into the evolution and importance of user-centric trends and strategies.
Learn how to shorten development times, improve user experience, and deploy anywhere.
Tips on efficient development, software architecture, and boosting team happiness.
Get the latest resources, check out upcoming events, and see who’s innovating with Qt.
Whether you're a beginner or a seasoned Qt pro, we have all the help and support you need to succeed.
Here at Qt, we get excited when we see what cool software Qt users come up with. Sometimes they make lives easier, more fun, save money, make us laugh or frown in amused confusion. Finally, there are those that save people's lives and make our hearts swell.
Veriskin, Inc. is a medical device startup company that, in collaboration with our partner Witekio, has developed a novel, inexpensive handheld device for non-invasive skin cancer screening.
Recent clinical studies performed in multiple dermatology clinics across California and Arizona proved that the device can determine whether a skin growth is cancerous within two minutes at an unparalleled 100% sensitivity and 96.7% specificity.
In 2016 Veriskin, Inc. has been awarded an SBIR Phase II grant award by the National Cancer Institute of the National Institutes of Health (NIH).
Cancer detection with this device is also relatively cheap. This might encourage people to sign up for more regular screenings. According to Veriskin, skin cancer causes around 30'000 deaths per year in the US and the EU alone. This is especially tragic considering that most patients could be saved if a melanoma is detected early.
In addition, the device also aims to reduce unnecessary biopsies and dermatologist appointments.
Igmar Hernandez, Senior Embedded Software Engineer, Witekio
Witekio integrated the solution's overall low-level software layers, improved to the device's boot time, and developed an innovative Qt5 user interface.
Initial mockups were created in Photoshop and imported to Qt. Additionally, ready-made Qt Quick controls were used to save time and effort in the UI development.
Veriskin's device runs on a Variscite System on a Module based on Qualcomm Snapdragon 410. This Linux BSP supports the onboard hardware components of the System on Module (esp. connectivity features, such as Wi-FI.) This gives the end user the combined benefit of all the functionalities of a Linux operating system and the raw performance and perks of the Qualcomm processor.
If you want to learn more about the Veriskin case and Witekio's expertise in embedded software, the medical market, and tackling technical challenges, head on over to Witekio's website.
Igmar Hernandez, Senior Embedded Software Engineer, Witekio
Veriskin, Inc. is a medical device startup focusing on developing a noninvasive device for skin cancer screening.
Qt Group includes The Qt Company Oy and its global subsidiaries and affiliates.