The Multiple Dimensions of Big data

There are always two sides to any coin and same goes for any technology that comes to the mainstream. A lot has been said about the changing dynamics of information sharing as mobility is taking center stage and evolving to create a new ecosystem of connected devices. All of this innovation is surely slated to change the way end user looks at technology. There is no denying the fact that big data would be the focus point as far as IOT is concerned. As more and more devices get connected to the internet there would be a tsunami of information that would be unleashed.

Currently most of the data being pushed is still in scattered form, making it difficult for analysts to deduce vital trends. This has created a wide debate regarding the frightening perils as well as advantages of big data in the consumer space. One cannot ignore the advantages of big data in various sectors like pharma and healthcare. Even now there are a slew of cases where big data has helped to make vital head ground and provide seamless integration with legacy processes. Still there have been some critics of big data who are of the view that as more and more data is gathered there would be privacy concern that will emerge.

Even hollywood has been at its best to put some scare into the minds of end users with science fictions where supercomputers take over human race by understanding their traits. But the fact of the matter is that we already have been gathering data for many years which has resulted in highly efficient style of living. The only difference with big data is that it would lead to custom mobility solutions which can be used among enterprises as well as consumer space. Data being accumulated today has been streamlined to a greater extent with developers incorporating analytics to churn out better products and services.

Imagine a retail shop where you shop frequently would be able to offer you with great services once it gather ample knowledge about you needs and fashion taste. Even you physicians would be able to better predict your future health based on your everyday diet and schedule. As mobility is taking center stage much of this is getting possible. Users are now using their mobile devices more frequently which is helping backend service providers understand their requirements.

It is an age of mobile apps programming where developers need to reinvent their approach towards mobility. It is not just about mobile app but user engagement via IOT and big data. As the security infrastructure increases over time, developers as well as end users would ease of the privacy concerns which in turn would unleash the prospect of vertical growth. As most of these scenarios come to existence, technology would enter each and every part of our lives. The only questions that remains is how fast that change would come. the answer lies in the mass adoption among user base and better tools that could seamlessly analyse the data being generated.

What does IOT Mean for Consumers

A common phrase these days revolves around Internet of things as well as connected devices. Mobility which has become core of all user interactions has evolved in such a way that it has given way to more personalised and rich engagement between businesses as well as their targeted audience. The coming of IOT has brought with it many familiar devices in a new incarnation. From refrigerators to TVs and wearable devices, the connectivity with internet has definitely given these devices a whole new meaning. although the age of IOT has started a while ago, still many users are reserved to the effect that it will have on their lives.

Most of these cases include those users who do not understand the concept of internet of things and how it will improve the way they undertake their daily tasks. The biggest reason for that can be the unavailability of that killer app that would force end users into adopting IOT as a mainstream technology. Although Enterprise mobile apps development surely has started to evolve in order to accommodate IOT, there is still a huge void between smartphones and connected devices which is making the switch very complex.

From a technical point of view internet of things works on a basic principle of connecting devices with each other via internet and sharing vital data so as to enhance their future growth. Each and every device is given a unique identifier which can communicate with each other. The sole aim of this technology is to create a word of devices which can quickly communicate with each other in real time with and without user input.

The future is all about connected with each other and incorporating a scenario where a range of action can be held on a single platform. The real world interaction between devices and internet would lead to a diversified world which would become highly smart. A few examples include a pacemaker implant that can be monitored via remote healthcare system, a device alert that can warn you if any appliances are left running after you leave your home, while driving an app would warn you if the road ahead is blocked, and a wristband that would include all you medical history so that the doctor won't have to go through a rigorous process.

All these examples give an insiders view on how IOT will change the lives of people and allow things to work with a predicted efficiency. With big data also coming into picture, IOT will get a much needed push as it would provide vital statistics to enhance and improve the product and service. There are a range of mobile app developers who have taken up the task of integrating their mobile applications in the ecosystem of connected devices. Currently android wear from google and upcoming iWatch from Apple are slated to reinvent application integration. The only hindrance in front of these platforms is the lack of developers support and relevant apps that can drive the growth story of IOT. With time on their hands, these micro-platforms would surely overtake smartphone mobility and start a new revolution in the consumer as well as enterprise sector.