To keep up with rapidly changing customer requirements and provide products and services in proper time, software building teams should improve release frequency and improve their time to market. To meet this challenge, numerous software development companies have opted for integrating DevOps best practices into their inner business processes.
As the cloud takes on a more dominant role in the modern world, many businesses are considering the benefits to adopting a cloud first strategy into their IT infrastructure. But what is the definition of the cloud first strategy? Cloud first computing take the approach of utilizing shared (publicly hosted, but still protected) infrastructures versus building and hosting your own private storage facility, systems, etc. There are many benefits to adopting a cloud first strategy, like cost-saving and productivity improvement. In this article, we go through the benefits that may make you consider implementing a cloud-first strategy within your organization.
A growing number of companies tend to skim the cream off endless opportunities the Internet offers to businesses and go digital. Statista proves that online sales gain an increasing power: the number of digital buyers worldwide will reach $1.9 billion by 2018, compared to $1.32 billion in 2014. Also, online sales are expected to increase 60% over this period.
What does a team need to start a software development project? One might assume that all they need is the idea of the end product, sufficient time and resources. However, starting a project is not all that simple.
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.
Right now, IoT (Internet of Things) is that game-changer and IoT platforms are an important part of the IoT industry. In fact, Markets and Markets, an online statistics, market research and business intelligence portal, shows that in 2015, global IoT hardware in retail will have a market size of $35.64 billion by 2020.
Internet of Things (IoT) has already revolutionized the car industry, and the so-called Industry 4.0 is changing the way we look at production. It is important to keep up with new trends to not miss out on opportunities industrial IoT brings. We have already discussed a big question of the differences between M2M and IoT, and in this article, we will go through the ways IoT will be able to help the manufacturing companies in 2017. Reducing business risks using Big Data proved to be one of the biggest moneysavers for manufacturing enterprises in 2016, and this trend will continue in 2017.
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