Empowering you with cutting-edge technology
Embedded software is at the heart of all intelligent devices and MobiNext helps product developers to address the ever-increasing demand in this space. Our Development Team possesses a comprehensive skill set which spans board support packages and OS porting to middleware, embedded application development and compatibility testing.
Embedded software services offered by MobiNext are aimed at a broad spectrum of vertical markets such as Consumer Products and Mobility. We are proficient in developing device drivers, firmware, real-time operating systems and protocols. We employ proven methodologies and reliable design services to bring you solutions in embedded software development to enterprises of all categories from aspiring start-ups to renowned blue-chips.
The types of projects that MobiNext Technologies delivers:
- 01. New Product development
- 02. Derivative product development
- 03. Custom firmware development
- 04. Device management
- 05. 3rd Party modules/components integration
Competency in Embedded Software development:
- 01. Board Support Package Development
- 02. Middleware, Applications and Software Development
- 03. Device drivers porting and Integration
- 04. Feature Development
- 05. Android OS Optimisation
- 06. Testing & Validation
With the rising number of cyberattacks on mobile devices, there is a growing need for secure mobile devices designed to protect sensitive information, including financial transactions, personal data, and passwords. By implementing robust encryption measures and adopting advanced security features, these devices can offer users an enhanced level of protection against cyber threats.
As cyberattacks on mobile devices continue to rise, the need for secured mobile devices has become increasingly crucial. These devices should incorporate robust encryption measures, advanced security features to ensure the security of financial transactions, data, and passwords. By prioritizing cybersecurity at the device level, users can enjoy a safer mobile experience and protect their sensitive information from malicious actors.
Encryption at TEE Kernel
Secured mobile devices should employ strong encryption protocols to safeguard financial transactions. End-to-end encryption ensures that data exchanged between the device and the financial institution remains confidential and secure at TEE Kernel. This encryption prevents interception and tampering by malicious actors, providing users with a safe environment to perform transactions such as online banking, mobile payments, and e-commerce.
GMS certification and the related activities must be considered during the project’s initial phase as the GMS certification is not a feature to be parked for a later product design phase. The product features, mechanical form factor, budget for the GMS activities, etc. should be considered during the initial product lifecycle phase.
If an Android device is to be GMS certified, it must fulfil all the requirements listed in the Compatibility Definition Document (CDD). This document lists the requirements that the devices must meet to be compatible with Android’s latest version. To be considered compatible with Android, device implementations must meet the standards outlined in this compatibility definition, including any publications referenced. For each release of the Android platform, a detailed CDD is provided. This document defines the Android device requirements for various device categories such as handheld, television, automotive, watch, and tablet, etc.
