What does innovation and connectivity actually mean? What is happening behind the scenes?

When we think of the word 'innovation' and where it is happening in technology right now, we can’t look too far beyond the Internet of things (IoT). According to the ever-reliable Wikipedia, IoT is 'used to denote advanced connectivity of devices, systems, and services that goes beyond machine-to-machine communications (M2M) and covers a variety of protocols, domains, and applications.' Simply put, IoT is a well-connected infrastructure where nearly every type of machine / device has basic inbuilt intelligence, which is used to transfer data and interact with other machines / devices; and through these devices with people.

IoT has often been referred to as the industrial Internet and aptly so, as it has the potential to herald a transformation in business and society akin to the First Industrial Revolution. According to Gartner, there will be 26 billion devices on IoT by 2020, while ABI research says the number of devices wirelessly connected to it will be close to 30 billion in the same timescale. Given that the world population is currently seven billion and is expected to be around 7.7 billion by 2020 – that is an astonishing number of devices talking to each other and to us.

Numbers are one thing. But what does this innovation and connectivity actually mean?

In the near future, we could be living in a world where the temperature in buildings will adjust to weather conditions outside. Fridges could restock themselves based on the dietary regime set by doctors, cars could book in for a service and order the parts they need. These new networked devices would be able to publish data on the Internet and this information could be used in various ways to improve products and services we consume on a daily basis. It will form the basis of smart grids and smart cities, improving energy consumption and usage, traffic flows, and citizen-based services. Indeed, the IoT could help solve multiple problems in two major domains: Energy and healthcare. Buildings waste more energy than they use effectively. With IoT we will be able to cut this waste down to almost nothing. Healthcare is currently delivered in lumps: Most of us visit the doctor a couple of times a year, and get our blood pressure checked every now and then. IoT will allow us to monitor bodily functions at all times. A couple of sensors discreetly attached to the body will keep us constantly informed about our vital functions.

IoT is also likely to have a major impact on the logistics industry and supply chain as objects become aware of their environment and can be re-routed more easily in case of disruption. Greater use of sensing technologies and connected devices will be in asset management – the BT LDAT multi-sensor platform, something that Gartner refers to as operational technology (OT), is likely to expand the remit of CIOs from IT to broader asset management.

The potential is astonishing. But as with any huge technological change, there is a lot of hard work to be done behind the scenes to make these transformations to everyday life a reality. And this is where companies like BT are working tirelessly to ensure that the underlying infrastructure and connections are capable of sustaining the IoT.

At BT, we are making sure the underlying infrastructure is reliable and that we are able to sustain this huge expansion of the Internet and the demands, both as wired and wireless connections. The more interconnected the world becomes, the more dependent we are on networks. We also need to work on ensuring that the right regulations are in place and that we are abiding by them at all times. And finally, there are privacy and security issues at all levels. The technology will allow companies and governments to collect unprecedented amounts of data and everyone involved will have to be vigilant and adaptable to make sure the data remains safe.

For us, IoT is all about the art of connecting in action. This art of connecting is our vision for networking that is not just about technology; but also about imagination, know-how, and insight. It’s as much an art as a science, and the recognition of the need to balance technology and creativity. CIOs have become creators who bring their vision for the networked world to life.

Whether it is about delivering great network performance, realizing possibilities in the cloud, or working anywhere in harmony, deploying latest mobility and collaboration solutions, the art of connecting is about the unparalleled experience and insight BT brings to a connected world.

Innovation is 1 percent inspiration and 99 percent perspiration – or so says a popular adage. In the context of IoT, we could say 99 percent is about machines and the connecting infrastructure that supports them. But having things connected would mean nothing without the intelligence to make those connections matter, to transform the world around us, and make it a better place to live and work. And it is that 1 percent of 'art,' which will help develop the Internet of things into the Internet of something.

SOURCE CREDIT: INFOSYS LIMITED

A world class solutions architect looks at the existing environment and analyzes what technologies are available and what functional design must be developed to provide the best solution for the problem that needs to be solved. From there, the solutions architect creates an overall strategic technical vision—not unlike an architect designing a blueprint for a building. We develop an outline design for producing a solution or to seek advanced solution based on that vision. 

After the stakeholders have agreed on the project, our responsibility is monitoring the process and keeping stakeholders updated and informed on the progress. Most of the time, the project involves both technical and non-technical stakeholders, and the solutions architect must make sure that each party's needs are considered and factored into the project's scope.