The Internet of Things: Changing Big Data Analytics

[fa icon='calendar'] Jun 13, 2016 2:14:53 PM / by Brittney Borowicz posted in analysis, analytics, Big data, big data analytics, Consumer, data, data-gathering, device, General, internet, Internet of Things, IoT, Nathan Rockershousen, outscale, technology, Will Hayles

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By Nathan Rockershousen, Technical Writer

The collection of data through large datasets is becoming increasingly popular among businesses. The prominence of the Internet of Things (IoT) has created a surplus of data that is now being utilized for statistical analysis. Big data analytics and IoT devices are interconnected in the sense that IoT devices enable companies to access large quantities of information. This information is then used to help gather details about the consumer and the product. IoT technology is transforming the collection of data and the information that the data provides allows for the development of more advanced IoT devices.

As more devices become connected to the internet, there will be more data that companies will be responsible for sorting through. Once IoT technology matures and becomes widely adapted, big data analytics will no longer be optional. The analytical value in having access to large datasets that are continuously updating can be substantial for any organization. Not investing in big data technology that can sort through the immense quantity of the data gathered will be a major hindrance in maintaining IoT devices. Will Hayles, a technical writer for Outscale, reinforces this concept by stating, “Without the proper data-gathering in place, it’ll be impossible for businesses to sort through all the information flowing in from embedded sensors.” This essentially means that the inability to utilize data efficiently will create obstacles in terms of competing with other IoT-based companies as analytics can provide insight into consumer wants and needs.

The integration of IoT technology and big data has the potential to create higher expectations for technological innovations. Simply being able to collect data from IoT devices will not be sufficient. Companies need to implement some sort of analytical platform that can sort through the vast amount of data gathered. Big data analytics and the IoT are interdependent. When organizations are able to access information about their products, they are able to immediately update the technology to provide new and improved content to users in addition to being able to improve any issues. Essentially the influx of data is creating a higher standard for technological innovation. Any business that does not wield the power of big data analytics will quickly lose relevance due to an inability to recognize the potential for improvement that is provided by collected data.

The adoption of big data analytics within the corporate environment is inevitable as wirelessly enabled devices begin to play a larger role in the consumer lifestyle. This change will not happen overnight, but it is crucial that organizations start to develop the analytical tools necessary to manage vast amounts of data. This means that the infrastructures of many businesses will need to be modified in order to compensate for the changing nature of IoT technology.

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10 Internet of Things (IoT) Design Considerations: Power and Size

[fa icon='calendar'] Jan 19, 2015 7:00:57 PM / by Brittney Borowicz posted in antenna connector, applications, battery, circuit board, connectivity, device, Ethernet, existing products, General, hardware, Internet of Things, IoT, IP, manufacturer, mating connector, modules, network connector, networking technologies, pin-header, PoE, power, power conservation, Power-over-Ethernet, power source, surface mount, technology, through-hole, wall outlet, wireless network, wireless technologies, White Papers, Wireless

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5. Power

Power considerations need to be made when connecting a product to the IoT. Products already using a wall outlet will not have an issue. Manufacturers of products not using a wall outlet will have to consider how their power source will affect their product’s design.

IoT devices running on batteries will have to make hardware decisions based on power conservation. There are also a variety of different types of batteries to be taken into consideration: alkaline, lithium (rechargeable) and coin. There are also AA, AAA, coin cell, C, D, 9V, or custom batteries to choose from. As noted earlier, wireless technologies have different power requirements based on use-cases. Once a manufacturer understands how long and how often a device will be connected and the wireless network is chosen, a properly sized and type of battery can be chosen.

Another source of power for Ethernet-based devices is Power-over-Ethernet (PoE). This technology is popular for low-wattage IP phones and security cameras. Recent advancements and new switching technology is pushing the wattage available through PoE to new levels, thus opening up new possibilities for more power-hungry applications and devices.

6. Size

Many manufacturers start testing the IoT waters by modifying their existing product designs to add networking technologies. Because these devices already exist, many early entrants into the IoT world fail to redesign the product to allow for its newly added connectivity. Fortunately, there are a number of compact modules available for networking technologies that will fit in a manufacturer’s existing products.

These small modules are different though. Some modules are surface mount, others through-hole or pin-header and some still use a specialized mating connector. Also, how the network connector or antenna connector are integrated into the product vary from module to module. Designers must consider the space they have available on their circuit boards and/or in the product’s enclosures to allow whatever technology selected to be used in existing designs.

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>  For more information, please call Grid Connect Inc. at +1 (630) 245-1445, or email us at [email protected].

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