Solution for Greenhouses
The client needed a complex out-of-the-box solution for agriculture greenhouses. The main demands were maximum usability and minimum expense.
The project is an IoT smartwatch based on Snapdragon Wear 5100. The device has removable straps with built-in sensors. Our main task is to develop an Android-based smartwatch IoT solution, including firmware, application, diagnostics, and manufacturing testing.
The global smartwatch market is projected to grow from $22.02 billion in 2021 to $58.21 billion by 2028, with a CAGR of 14.9% in the forecast period, 2021-2028. We can also say that the IoT watch market is a promising segment within the wearable industry, as the global smartwatch shipments have increased over the last years.
A new Qualcomm smartwatch chipset for Wear OS smartwatches, Snapdragon Wear 5100, is a newcomer at the market but it is right in time to take on some major competition in the wearable space.
Our client was looking for Android Open Source Project (AOSP) and Embedded Linux developers to build a prototype of smartwatch IoT apps for Android and Linux environments. Android apps were intended to perform testing scenarios for factory verification.
Our client was searching for AOSP and Embedded Linux developers who can build a prototype of custom smartwatch IoT applications for both Android and Linux environments. Android apps were intended to perform testing scenarios for factory verification.
The CHI Software engineers were to work out an app aiming to integrate all testing scenarios and communication between other low-level system components.
The developed solution for a smartwatch in IoT is used by manufacturing teams to verify all the critical system components and operational flows. It allows to run different combinations of test flows and display results in tester friendly formats. CHI Software developers were:
– Creating Android app prototype that performs different test scenarios;
– Running platform-specific commands to test different Hardware/Software, HW/SW components.