Firmware/Software Web application, X platform Apps

Factory software, automation, etc.

Custom bootloaders, firmware development and device drivers are Xekera’s.

(Device drivers,board bring up).

Our capabilities to mitigate hardware issues through firmware.

Custom bootloaders, firmware development and device drivers are Xekera’s forte. Our competency in algorithm writing is unmatchable and hard to find. Our firmware gurus deliver images that are entirely optimized and scalable, featured with diagnostics provisioning. Our capabilities to mitigate hardware issues through firmware are also unique. Through our skillful firmware solutions, we have saved our customers millions of dollars on hardware pins. Firmware provides the control over entire product to monitor,optimize and data manipulation of the system.Our experienced team engineers are specialized in providing fully featured Application development products be it a Kernel development(device drivers,board bring up),Middleware, Automation or IoT devices.Low level programming is key skill to for all the system design approaches. Xeker team offers expertise in Firmware development to create fully featured products by matching the rapid growing industry.

Firmware / Software Design

We work on low-level ,high level subsystems.

  • OPERATING SYSTEM & EMBEDDED OS
  • FIRMWARE & DEVICE DRIVERS
  • ALGORITHMS
  • GUI & UX
  • CUSTOM BOOT LOADERS
  • MIDDLEWARE & APPLICATION SOFTWARE

OPERATING SYSTEM & EMBEDDED OS

An embedded operating system is an operating system for.

From general purpose applications to developing drivers for hardware design, firmware engineers make the best use of both operating system and embedded system, employing the scalability on both software and hardware in a professional manner. We follow an agile methodology to develop embedded firmware that is reliable, extensible and highly efficient. The hardware running an embedded operating system can be very limited in resources such as RAM and ROM, therefore embedded design of these operating systems may have a narrow scope tailored to a specific application in order to achieve desired operation under these constraints. In order to take better advantage of the processing power of the CPU, software developers may write critical code directly in assembly. This machine efficient language can potentially result in gains in speed and determinism at the cost of portability and maintainability.

FIRMWARE & DEVICE DRIVERS

With a deep understanding of low-level hardware design,

With a deep understanding of low-level hardware design, we can develop Board Support Packages (BSPs) and device drivers. Firmware is the code on which the entire system works, device drivers are what make the board workable for a developer. Firmware consists of algorithms, logic and efficient programming in order to achieve the final goal in the best possible way and in the least amount of time. Drivers are libraries that consist of APIs that will be used to develop the actual firmware. For example say my board has an SD card onto which I wish to write some data. Now making a library that would expose APIs that would help me write on the SD card is what device drivers do. On the other hand actually using the API and writing something meaningful is what the firmware does. From a hardware point of view, drivers are closer than firmware. As for the career opportunities both have a lot of scope. Depends on the sort of thing that you want to do through out your career.

ALGORITHMS

We use symbolic manipulation techniques to develop algorithms for high-level.

We use symbolic manipulation techniques to develop algorithms for high-level data-path hardware synthesis, embedded-software optimization and automated application specific embedded processor design. These algorithms bridge the gap between the algorithmic design and the semantics of software and hardware description languages. scriptionIn mathematics and computer science, an algorithm is an unambiguous specification of how to solve a class of problems. Algorithms can perform calculation, data processing, and automated reasoning tasks.

GUI & UX

Due to our top-notch solutions and GUI, you will redefine your product,

And service user experience. Our GUI, bundled with low cost and its flexibility to work on any OS, is widely acclaimed for all these features. At the most basic level, the user interface (GUI) is the series of screens, pages, and visual elements—like buttons and icons—that enable a person to interact with a product or service. User experience (UX), on the other hand, is the internal experience that a person has as they interact with every aspect of a company’s products and services. It’s common for folks to use these terms interchangeably, or sometimes incorrectly. If you’ve ever wondered, “What is UI, what is UX, and what’s the difference between them?” in today’s post we’ll dig a bit deeper into UI and UX to get a better understanding of the differences between them.

CUSTOM BOOT LOADERS

We are experts in the development of custom bootloaders.

We are experts in the development of custom bootloaders that allow firmware updates after field deployment. The following description is very compressed; if you need to really understand this, you will have to dig out a lot more detail elsewhere. My concern here is with the mechanics, not the theory. Or, put another way, I don't really feel like I fully understand everything I know about this yet. It is extremely important to keep in mind that changing the configuration of the boot manager and/or boot loader on your computer can very easily render it unbootable. So if you are going to try this, the usual advice about "make sure you have good backups" is not even enough. I would advise only trying this on a system where you don't mind having to wipe it out completely and reload from scratch. I have done that several times during this process, and now that I have the SSD loaded and configured.

MIDDLEWARE & APPLICATION SOFTWARE

We are the brains starting from low-level code to sophisticated hardware,

We are the brains starting from low-level code to sophisticated hardware, all the while implementing core solutions via embedded firmware up to middleware. We also carry out transactions between layers, and integrate it with the application software. This makes us your ultimate stop for your products. Middleware is computer software that provides services to software applications beyond those available from the operating system. ... Middleware makes it easier for software developers to implement communication and input/output, so they can focus on the specific purpose of their application.

CLOUD DATA MANAGEMENT

Using Cloud Data Management, we ensure the availability.

Using Cloud Data Management, we ensure the availability of mission-critical application data across public and private clouds along with the maintenance of integrity, confidentiality and authenticity of your data. With data management in the cloud, resources can be purchased as needed. Data can also be shared across private and public clouds, as well as in on-premises storage. A cloud-based data management system takes on the functions required of a traditional data management system modified for the needs of the cloud. While some platforms can manage and use data across cloud and on-premises environments, cloud data management takes into account that the data stored on-premises and the data stored