Embedded systems are essentially deemed as computer systems with a dedicated functionality within an electrical system. The software application is embedded within the device along with hardware and other mechanical parts. In layman’s terms, it is an application that is used for specific tasks and consists of a microcontroller to operate seamlessly.
The evolution of embedded systems had started way back in 1833, but its significant implication was done in the year 1974 when the first microprocessor was developed. From the first embedded system named Intel 4004, we have come a long way.
Over a decade ago, embedded software development wasn’t as advanced as it is today. Engineers have literally observed a dramatic shift in the advanced technologies that have been incorporated in the system.
Nowadays, use of embedded software systems has become very important to attain favorable outcomes while integrating it with semiconductors. Initially, the semiconductor companies were apprehensive of the success of the application, but with the onset of advanced applications creating world-class software for usage, the semiconductor companies have started looking towards the brighter part of the embedded software application.
Limitations of Previous Versions of Embedded Systems
In the early models, the systems were mostly operated by mechanical valves and outdated electronic systems with limited functionalities. Now, the systems come with smart technologies and user-friendly setup.
The old versions of tape recorders had the capability for only 40 minutes and were difficult to operate because of the complex functionalities. Nowadays, MP3 players and iPods have effortlessly replaced the tape recorders. They come with advanced functionalities and additionally give a backup of up to 14 hours if played continuously.
Increased Functionalities and Features with Every Upgrade
Previous software systems were limited in quantity and extremely costly, which normal people couldn’t afford to buy. With advancement in technologies, the applications have become cheaper and easier to afford and use. For example, mobile phones have seen a tremendous upgrade in terms of their features, functionalities, look, and expenses. A majority of the population can afford to purchase a smartphone for their personal use.
From Combating Endless Bugs to Smart Technology, the Struggle Has Been Real
The previous versions were infected with a lot of bugs, which led to taking faulty decisions due to false alarms and notifications blurted out by installed systems in various offices. Nowadays, advanced technologies like machine learning and data analytics have kicked in and their near-to-perfect predictions help the authorities take correct decision to scale up their business and ease their work.
Will an Ideal Embedded Software System Pose Threat to Software Engineers?
An ideal embedded software development would be the one, which showcases real-time behavior for current and future events, consists of intelligent sensors, a highly secure system and is not bogged down by small errors that might slow the processing of the systems.
Currently, most companies are implicating automated technologies, which help them to automate most of the stuff such that, it requires minimal human monitoring. While it does pose threat to the job role of most employees, these decisions have been taken in order to do away with the delay in simplistic services such that the employees can focus on more complex problems to avoid any delay due to workload.
Smart Technologies Are the Most Sought-After Functionalities Required by End Users
If 20 years ago, we might have discussed the possibility of having smartphones, smart wallets, and syncing services on a phone with smart home appliances, then it would have seemed too good to be true. Nowadays, every device comes with smart technology and helps you in multiple ways due to its advanced features.
Internet of Things: How Will This Technology Revolutionize the Future of Embedded Software Development?
Currently, this is the latest technology that is taking the industry by storm due to its advanced features and functionalities. It is a network of devices, vehicles, physical objects, and other such things, which are embedded with electronics, advanced sensors, internet connectivity, network security, and data exchange. Rumors have it that in future, every employee would be monitored and simple things like where he is going, what he is feeling, and how good his work output is will be closely monitored, thus revolutionizing the future of embedded software development.
Although the futuristic applications of IoT are yet to be worked upon, with advancements in processor technologies, the upgrade will continue to drive IoT applications towards higher performance. All embedded applications will gain from lower power requirements, higher performance, and improved connectivity for optimum performance and functionality.