Linux, Embedded and IoT

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Embedded Software Development

The scale of the Internet of Things revolution will be immense, with the potential of trillions of devices becoming IP-enabled. The impact of the Internet of Things will be significant in areas such as environmental monitoring, energy savings using smart grids, efficient manufacturing, better logistics, and better healthcare & smart homes.

The vision behind the Internet of Things is that embedded devices, also called smart objects, are universally becoming IP enabled, and an integral part of the Internet.

Examples of embedded devices and systems using IP today range from mobile phones, personal healthcare devices, and home automation, to industrial automation, smart metering, and environmental monitoring systems.

Hardware makers use embedded software to control the functions of various hardware devices and systems. Embedded software controls device functions in the same way that a computer’s operating system controls the function of software applications. Almost any device can contain embedded software – from those so simple you might not imagine they had computer control, like toasters and light bulbs, to complex tracking systems in missiles.

What is embedded software?

Embedded software differs significantly from computer software that runs on an operating system, instead it’s specialized for the hardware on which it runs.

Its principal role is not the transformation of data, but rather interaction with the physical world. it executes on machines that are not first and foremost computers.

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and so on

Although the term is often used interchangeably with firmware, embedded software is often the only computer code running on a piece of hardware, while firmware, in contrast, hands over control to an operating system that in turn launches and controls programs.

Embedded software is a special-purpose system in which the computer is wholly dedicated to the device it controls.

Embedded Software is used to control limited preset functions of hardware devices that don’t typically need user input. Functions of Embedded Software usually are activated by external controls; either external actions of the device itself, or remote input. The device may communicate with other devices for functionality, or when the device needs to be adjusted, calibrated, or diagnosed. It’s also through these connections that someone might attempt embedded systems hacking.

Embedded devices
"... all around me"

Embedded software shapes our world, it’s difficult to imagine day-to-day life without it. Embedded software varies in complexity as much as the devices it is used to control. Examples of embedded software runs include pacemakers, remote monitoring systems, cell phones, home appliances, energy generation and distribution, satellites, and automotive components such as antilock brakes.

The worldwide market for embedded systems is around 160 billion us dollars, with an annual growth rate of approximately 9 percent.

With demand comparable to that of the world’s biggest software packages, such as Microsoft Windows, embedded software is far more complex due to the real-time and interface constraints that do not affect IT, application, or desktop software.

Any context
Any place
Any path
Any network
Any Device
Any service
Any business

Challenges of the embedded software

Embedded-software systems pose extraordinary challenges to the software engineer due to their complexity. The main source of complexity is the large number of subtle and often unexpected interactions among the various parts of these systems, which have the following common features:

  • functionality represented by states and events;
  • real-time behavior of events and expected actions;
  • combined software/hardware systems equipped with distributed software, computers, sensors and actuators;
  • high demands on availability, safety, information security, and interoperability;
  • and long-lived systems in which embedded software is expected to work reliably.

Embedded software development practices vary to a high degree across industries. Because of the high-reliability and quality requirements for embedded applications, as well as stringent performance requirements, the embedded world is necessarily focused on practices that yield high quality software. Compared to other forms of software such as desktop applications, and business information systems, the embedded-software domain tends to use more sophisticated software quality assurance, better quality measurements, formal inspections, and more test stages.

How will sirin software help you?

Sirin Software provides a broad portfolio of commercial runtime, tools, services, and support to enable the development of embedded software that meet industry standards and address multiple application segments.

Sirin software will design, develop, integrate, and deploy a complete software system for any embedded application that’ll surpasses your expectations. we use modern, established, and proven technologies in the development of all of our software products.

We quickly and thoroughly complete all tasks set by our customers while exceeding expectations. Our finished products fully satisfy customer requirements while maintaining scalability for the broadening of system functions in the future.




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