The solution helps monitor a dog’s physical activity, behavior, and location. Its functional components include a GPS module, step counter, and a built-in microphone-speaker combo, which allows pet owners to issue voice commands remotely.
"When I came across Softeq I was immediately impressed with their professionalism and their customer list. My sense from Softeq’s genuine level of interest and enthusiasm for the project is that they really got it. They leaned in a big way to understand the marketplace, the competitive landscape, the specific requirements of what would differentiate my product from others. It’s been a very collaborative process."
Smart Dog Collar: Precise Pet Activity Monitoring and Safety Control
Softeq’s team executed extensive R&D and analysis to make sure our customer’s idea was feasible. The smart collar is a multi-sensor wearable device that monitors a dog's location, physical activity, and behavior, and helps prevent car accidents.
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To diagnose the suspect lesion’s condition, the system monitors vascular refilling rate and proceeds to the custom algorithmic data analysis complete with a plain report output on the UI. The solution is capable of detecting malignant skin growth in 96.7% of suspect cases with no extra examinations.
Softeq developed firmware for a startup healthcare project backed by a US National Cancer Institute grant. The solution is a complex Wi-Fi-enabled system that incorporates an FPGA-powered handheld device, embedded software, and an array of hardware components: audio speaker, accelerometer, and display among others.
Firmware for a Custom Skin Cancer Screening Device
Veriskin decided to build a novel device that uses Machine Learning algorithms for non-invasive skin cancer detection. They turned to Softeq to test the viability of their idea through proof of concept (PoC) and develop firmware components powering the device.
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Softeq developed a wearable device with a pet simulation game featuring well-designed graphics and motion recognition.
With multidisciplinary hardware and software development capabilities at hand, we built the entire solution in-house - game logic and graphics based on the client’s idea, firmware, 3D enclosure model, circuit diagram, and printed circuit board from scratch. The device allows children to learn how to take care of a virtual pet before getting a real one.
Wearable Device with a Pet Simulation Game
A consumer electronics company turned to Softeq to design a wearable device with a pre-installed game that helps children learn how to take care of a virtual pet.
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