Embedded Software Development Cost, Types and Benefits
Embedded Software Development Cost, Types and Benefits. We live in an interconnected world with rapidly evolving technologies. Moreover, home automation systems, smart devices such as smartwatches and smartphones, and industry machinery have become integral parts of our lives. And the functionality and intelligence of these devices come from embedded software.
But what is embedded software, and how does it help? This blog will cover everything that you should know about embedded systems.
We'll jump right into it without wasting any more time.
Embedded Software Development
Embedded software or Firmware refers to the system designed to control devices or machines, commonly known as embedded systems. An embedded system is a combination of computer memory, processor, and I/O peripheral devices. Unlike application software that can easily be installed and modified for different features and functions, embedded software has fixed hardware capabilities and requirements.
The simplest embedded software examples are digital cameras, TV remote control, and traditional calculators. Now it’s an integral part of IoT devices, smart-parking software, smart digital cameras, Engine Control Units (ECUs), robotics, imaging systems, avionics systems, human-machine interface (HMI), and autonomous vehicles.
Types of Embedded Software Development
Based on its functionality and applications, embedded software can be divided into:
Real-time embedded software
Standalone embedded software
Mobile embedded software
Networked embedded software
Real-time embedded software: It is designed and built to give real-time event responses and process data. For those who need applications for a predictable and immediate response, developing real-time embedded software is crucial for the system to work accurately. Some examples of this software include smart thermostats and anti-lock braking systems.
Standalone embedded software: This software operates independently without external communication to conduct its functionalities. For example, digital watches and traditional calculators.
Mobile embedded software: The mobile embedded software is designed for smartphones and tablets. It allows these handheld devices to integrate multiple features like accelerometers, touch interfaces, and GPS navigation.
Networked embedded software: This embedded software enables different devices to communicate with one another and external devices. The networked embedded software acts as the backbone of the IoT or Internet of Things ecosystem. Some examples of networked embedded software are industrial monitoring devices, smart home devices, and so on.
Embedded Software Development Benefits
There are numerous benefits of investing in embedded software, some of which are as follows:
Lower Power Consumption
Optimized Performance: As embedded software is created to seamlessly work with the dedicated hardware, it improves the performance and responsiveness of the system.
Lower Power Consumption: Typically embedded software is designed to operate on low power, making it the perfect choice for battery-operated devices. Also, as the focus of embedded software lies on power efficiency, it helps in reducing overall energy consumption and improves battery life.
Minimized Cost: As embedded software eliminates the requirement for additional hardware components for non-embedded systems, it can easily improve cost-effectiveness.
Better Functionality: Manufacturers can enhance the feature and performance of a device through embedded software as it optimizes the device’s software to the hardware capabilities and allows the device to perform functions efficiently.
Real-Time Response: Some embedded software is designed to respond in real-time to any event or input, making it ideal for safety-critical applications like medical devices and automotive systems.
Compact Size: As embedded software is of smaller size, it can be easily integrated into systems with limited storage and memory capacity.
Embedded Software Development Tools
Similar to any other software, embedded software also requires development tools for production. Some of these development tools are:
Source Code Editor
Source Code Editor: It is a tool designed to write source code in different programming languages. The core functionality of a source code editor is to simplify and speed up code typing through autocomplete, indentation, brace matching, syntax highlighting, etc.
Compiler: It helps in translating the source code of any programming language into machine code, allowing computing devices to understand it accurately.
Assembler: It is a program that interprets programs written in low-level symbolic code or assembly language into code, instructions, or machine code that can be executed by a computer.
Debugger: It is a testing tool that finds and highlights the bugs and errors in the source code at different development stages. So that these bugs can be fixed by developers and avoided in the future.
Linker: It is a tool that links object modules or smaller parts of a program into one object file.
Embedded Software Development Cost
The cost of developing embedded software could be anywhere between $20,000 to $150,000. The cost depends on multiple factors, including but not limited to, project scope, choice of hardware platform, software complexity, development team, testing and quality assurance, technology used, development time, regulatory requirements, and post-development support.
Although it is challenging to put accurate costs for embedded software development with no knowledge about the project specifics.
Wrapping it Up
So that was all about embedded software development. We hope now you have a clear understanding of what embedded software is and why you need one. And if you are someone who has a clear vision about developing embedded software for either an automated vehicle, IoT device, or mobile device, then you are at the right place.
All you need to do is contact our experts, share your vision and requirements, and hire experienced developers. And they will help you build embedded software for your business within your budgets. You will also have complete transparency and control over the project.
FAQs: Embedded Software Development
What is embedded software?
Embedded software or Firmware refers to the system designed to control devices or machines, commonly known as embedded systems.
Where does the embedded software gets integrated?
IoT devices, smart-parking software, smart digital cameras, Engine Control Units (ECUs), robotics, imaging systems, avionics systems, human-machine interface (HMI), autonomous vehicles, etc. are some examples where embedded software is integrated.
What skills do you need to be an embedded software developer?
To become an embedded software developer, you should learn technical skills like C/C++, and Embedded C programming, data structures, basic electronics concepts, microcontroller programming environment, protocol, sensors, device drivers, Kernel programming, C debugger, etc.