DEVICE SOFTWARE DEVELOPMENT
Application development covers creating software for various platforms, including desktops, mobile devices, web browsers, and complete backend services.
Offering Overview
In the modern era, almost every electronic device includes software. Whether it's a washing machine, vacuum cleaner, or LED light controller, software is essential to their operation. This software dictates the device's behavior, overseeing functions such as water consumption, temperature settings, drum rotation speed, and other necessary actions to ensure effective performance, such as achieving clean laundry in the case of a washing machine.
Where is this offering applied?
Whenever there's a modification to the current device, such as a component replacement or memory expansion, it needs adjustments and reconfiguration of the software. At Sasken, we integrate application development seamlessly into our operations, possessing a comprehensive understanding of both software and hardware complexities. Whether it involves developing a new product or enhancing an existing one, we at Sasken manage the interconnection between software and hardware.
Addressing customer needs
Typically, our customers seek originality in various forms. This could entail integrating a new sensor into an existing product or platform, creating an entirely new product, or replacing an existing sensor or component in an older device. We've handled numerous scenarios where we've developed new device drivers, customized and adjusted bootloaders, fine-tuned power consumption, or even implemented comprehensive device functionalities from scratch.
A closer look at Sasken offerings
Device software development covers embedded software, drivers, peripheral integration, DSP, and firmware. This suite of software components transforms your physical device into a fully functional and dependable product.
Device software enables the addition of services and features to your products. It facilitates the utilization of identical boards across multiple products while distinguishing between models through software configurations and designs. Moreover, custom device software can ensure production quality, simulate error scenarios, gather and analyze data, rectify corrupted information, and more. The only constraints on its utilization stem from the physical design of the device.
Laboratories and testing facilities
In our work across different domains, we employ a variety of technologies tailored to each application type. In the world of embedded systems, we use Linux, Android, RTOS, and Bare Metal technologies.
From kernel and driver development to ultra-low-power system design, our focus covers specialized areas like sensor systems and camera software development.
Case Study
Bluetooth Smart TAG
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Automatic ceiling mounted guidance system
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Air quality
map tool
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