IoT, The Cloud and Big Data are all enormous, state-of-the-art concepts, undergoing constant development and growth. While The Cloud and Big Data are well known among the masses, IoT is a tad more obscure.
As digital industry professionals plough on with developing IoT gadgets, connectivity and batteries, the value of IoT as a concept keeps skyrocketing. Its walls are constantly stretched and edges reshaped to adjust to the latest innovations and breakthroughs.
“…yet, as Cisco recently reported, only half of the companies in the industry leverage data for effective decision making; fewer than one-third can deliver the right information to the right place in a timely manner; fewer than one-fifth are connecting people in more relevant and value-added ways...
Sitepoint recently published an article highlighting the biggest technical challenges IoT is facing. The challenges have been broken down into four groups: security, privacy, connectivity and compatibility/longevity. The article discusses what form these challenges might take, and gives insight to what the industry may do to avoid them.
IoT specialist Naveen Joshi recently published an article describing the effect of IoT on oil pipelines. What makes the article of particular interest is that Joshi never once mentions digital oilfield as a whole, but instead chooses to break it down into parts. He explains the catalyst effects of systems such as SCADA and TAMI in detail, perhaps to avoid generalising digital oilfield as one. The article is also useful in terms of acquainting oneself with the digital oilfield deeper than just the name.
Vodafone’s Internet of Things department has once again conducted their big annual IoT Barometer, this year round with over 1000 respondents of senior management level. The focus for this issue is keys to IoT’s business value.
While Internet of Things(IoT) is said to be the greatest innovation since the World Wide Web, it is also undisputable that it faces many problems. One of these is how smaller devices would function for hours on end without a wire to connect it to a power source. IoT devices would most likely consume an enormous amount of energy in small time periods, and so far the options to solve this problem are limited.
As IoT has developed rapidly in the recent years, many industries have benefitted from the added speed, efficiency and connectivity it has brought along. One of these industries is mining, which could be subject to many an improvement, yet can at times be slow to incorporate new technology.
With every step IoT takes, all technologies even remotely related strive to follow. This ranges from security to power generation, and in this case, storage. Yet another alternative to cloud services has recently emerged to take over IoT devices: Fog computing is engaging people by storm.
When it comes to renewable energy and its production, the options are limited. Often times, it comes down to solar and/or wind energy, despite there being other solutions out there. Biomass, biofuels and hydroelectricity are often dismissed as a less viable. Recently, researchers at Griffith University (world top 3%) in Brisbane, Australia have discovered “significant new potentials” to further the development of light power.