On the one hand, products that were initially operated without electronics, such as watches, and on the other hand, products that could not exist without electronics, such as cordless phones. Early electronic controllers included analog electronics (timers), and digital circuits were built using standard logic circuits. With the advent of microprocessors and microcontrollers, more and more functions have been implemented in embedded software.

photo credit: Unsplash

One of the products that made microprocessors possible is the personal computer (PC). Computer software is developed all over the world, there is a wide selection of different software available for download at any time, and changes (updates) happen regularly. The software that defines the functionality of managing electronic products will no longer be software; it will become hardware.

There is a distinct difference between “unstable” computer software and “stuck” software. To emphasize this distinction, we classify it as “embedded software.” This term was born in the time of the “embedded system” for the electronics that control the product. An embedded system is an electronic control component integrated into a product and is an integral part of that product and its functions. Embedded software refers to software (step-by-step instructions in a computer’s architecture) whose sole purpose is to enable the hardware to perform product-related tasks that users cannot change.

We are starting to see embedded systems everywhere. Calculators, telephones, game consoles, televisions, audio equipment, cameras, thermometers, microwave ovens, washing machines, cars, modems, printers, hard drives, and many other things. Long before the term embedded system was coined, these systems were ubiquitous. The built-in system can consist of the following:

• Design from one chip (clock, calculator);
• A small system with a microcontroller, a power supply, and various inputs and outputs (room thermostat);
• A computer with software recorded on it (a system with a graphical LCD, running Windows with minor modifications).

Source: Markus Spiske / Unsplash

This is a very diverse collection. The similarity is that embedded systems are implemented using embedded software. By the way, embedded systems also have embedded systems. Modem chips are embedded systems (with microcontrollers and DSP capabilities), and some AD converter chips have CPU execution code that is invisible to the user. The display module also contains a microcontroller that executes the display commands.

Embedded systems include programmable electronic components such as integrated circuits, transistors, resistors, capacitors, inductors, transformers, and connectors.

Can Embedded Software Development Meet Your Business Needs?

Today, more and more companies are focusing on implementing digital solutions tailored to their specific needs. Stop using expensive, one-size-fits-all software solutions from “best of breed” vendors. They have unnecessary features that cost a lot, or, conversely, you need additional third-party applications to solve your business problems fully; research and development services offer proven embedded software development services that are fully supported on your hardware. This enables the most cost-effective and scalable digital transformation.

What is Embedded Software?

The software is a binary file stored in EPROM (Erasable Programmable Read Only Memory) controlled by an onboard controller. Without embedded software, a PCB-based device is a “brick” It cannot be changed, so there is nothing for the user to do. The software allows you to develop the programs installed in your device’s flash memory and extend and reprogram the functionality of the built-in device (for example, you can change some settings).

Embedded software development is often in demand in niches where management is required. With Indeema, you will find the right software solutions embedded in robotic systems, intelligent devices, manufacturing, and other PCB control systems.

Comprehensive early-stage research and analysis are required to gather and process embedded system design requirements to reduce project risk. You can get all the facts by evaluating and planning before you start working on a project. Help with selecting and mapping third-party operating systems, libraries and frameworks, hardware components, and software is essential. Review the final design before submitting it to the embedded systems development team.

Software development services for embedded systems include:

• Development of software for device drivers and printed circuit boards;
• Development of secure loaders for branded equipment;
• Development of the motherboard support package, including porting to Linux and other operating systems;
• Migration of third-party software packages, middleware and protocol stacks;
• Installation and configuration of development tools;
• Software development, coding, and testing;
• Review and testing of software design and architecture;
• Continuous integration, building, structure, and management of embedded systems.

Assemble all system components for embedded devices and test everything to ensure it works and meets all design specifications. Ensure your code is clean, readable, and well-tested through product and system testing, rigorous quality control, and debugging procedures—round-the-clock monitoring and management of system performance. If we find bugs, we can quickly fix them and add new features at your request.

Why should you contact Indeema?

It is a team of seasoned professionals with many years of hands-on experience in software development for embedded devices, as well as in-depth knowledge of applications in various industries. Indeema offers a complete development cycle from initial analysis, requirements management, hardware design, design, rapid prototyping, continuous support, and continuous improvement. Indeema guarantees full transparency of the process and the progress of the project.

Access to detailed documentation, software tools for regular reporting and project management, and close communication with product and development managers is possible through close online interaction. The QA department is involved early in the development process to ensure complete test coverage and accurate quality assessment.