Every software development process goes through similar steps. The requirements are collected, the system is designed, and finally, the code is written. Testing is the last step in the traditional software development process. Due to inevitable delays in projects, the last part is frequently the one to be cut in resources. The implication is that companies deliver bug-ridden products that infuriate their customers and drive them to competitive products. In this article, we will go through the best practices and best tools to improve embedded software testing that we widely use along with embedded software development tools.
Forecasts are showing that spending on the Internet of Things (IoT) will surpass several trillion dollars over the next five years and Gartner projects that spending on connected devices will reach 20.4 billion by 2020. and both B2C and B2B companies are scrambling to understand what this tidal wave of spending and technology will mean to their products, customers, employees, production practices and how will it change their industries. But is the IoT really that new? Let’s take a look back to understand the genesis of this wave.
Making business in a highly turbulent market is always risky and challenging but it discovers promising prospects at the same time. Staying tuned about latest trends before they become a buzzword allows companies make the best use out of the innovations and be ahead of their competitors. We suggest being predictive and get to know about future tendencies in advance.
Raspberry Pi was started at a time when the IIoT (Industrial Internet of Things) was picking up steam; since then, new uses for the product in the industrial sector have been supported by numerous industrial-application-specific releases of the product.
Anytime something new makes a monumental splash, there are a host of products and services that pop up around the game-changer. These products and services provide support, infrastructure and, at times, new uses to throngs of users.
The manufacturing industry is currently experiencing an increasing influence of the Internet of Things (IoT), aka Industry 4.0. The IoT has a positive impact on both production and business management processes.
Although the Internet of Things is quite a newish phenomenon in manufacturing, healthcare, logistics and other industry and service domains, it has gained significant magnitude and power. Indeed, it keeps winning businesses, which has resulted in its ever-growing market value. It totaled $917.2 billion in 2016, and now it shows a tremendous growth rate: 23% in 2016 compared to the previous year. Experts predict it to almost double by 2019, which will be $1710.4 billion.
Along with the rapid evolvement of various portable electronic devices, smart home appliances and technological equipment, the internet of things keeps gaining critical importance and significant control. Because of its value and a powerful influence on our way of life, it has even been nicknamed the Next Industrial Revolution. Indeed, our habits and behavior have changed as the internet’s ubiquitous presence in day-to-day operations has simplified them tremendously. If this trend continues, what will be the internet of things in 2020?
We have been using internet-connected car technologies for years, in ways that by now seem routine for many: they link to our smartphones, register real-time traffic alerts, stream music from the Internet, and offer emergency roadside assistance at the touch of a button.
Over the years, we have been implementing M2M and IoT solutions. In this article, we go through the distinctions and the pros and cons of both communication technologies. First, let us take a look at definitions.