How Blockchain Could Improve Your Big Data

By | iot

The rise of cloud storage has helped companies collect and manage massive amounts of data. Data comes from corporate systems, Internet of Things objects and unstructured sources like online forums. New analytics tools like Hadoop help companies make sense of that data.

Yet simply having data and analysis tools doesn’t mean the results of an analysis are meaningful. Getting true insight from data depends on the data being correct. With the many sources that feed into data lakes and the many transformations big data goes through to be processed, there are many possible ways for errors to be accidentally or deliberately introduced. It’s no surprise, then, that one survey found only a third of executives trust their analytics programs.

This lack of trust in the data not only limits its use within the enterprise that collected it but also limits the potential for companies to monetize their data by sharing it with others.

The solution to these problems may be found in an unexpected source: the blockchain technology that supports cryptocurrencies like Bitcoin.

Blockchain and Data Quality

As a technology, blockchain became famous along with Bitcoin, and most companies probably think its relevance, if any, is as another payments technology.

The right way to view blockchain, …

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IBM Blockchain: What Can We Solve Together?

By | iot

About three weeks ago, Dutch authorities learned that 20 percent of the eggs coming from the Netherlands were unsafe. European authorities are now in a dash to pull the bad food from the shelves.

Five months earlier, 3,000 school children in Egypt became ill in the early afternoon. Ambulances were dispatched to elementary schools, as authorities tried to home in on what they believed to be the culprit: contaminated school lunches of cheese cubes, dry sesame paste bars, and bread.

A year-and-a-half before the Egyptian incident, a popular U.S. fast casual restaurant chain came under fire after authorities determined contaminated ingredients in its food had sickened nearly 500 of the company’s customers. In response, the company vowed to think “more about its supply chain,” where their food came from and how best to keep it safe, from the farm to the restaurants.

Foodborne illness, in other words, is not an occasional or regional problem. It happens all the time and everywhere, from Egyptian schools to European supermarkets to your go-to lunch spot in the U.S. Every year around the world, one-in-10 people fall ill – and about 400,000 die – due to contaminated food.

Nor is foodborne illness a simple problem to mitigate and solve. Each of the aforementioned instances involved authorities and companies spending days, if not weeks trying to isolate the source of the illness. In that time, more people can get sick, businesses can lose more money, and more non-contaminated food can go to waste as good food gets thrown out with the bad.

But thanks to blockchain – a technology THINK readers will be deeply familiar with – food companies can more easily track where their food comes from. And if the food turns out not to be safe, they can immediately pull it from the shelf. In the case of the eggs, for example, a blockchain network could be used to trace each carton of eggs from the retailer back to the coop. A retailer in this network would be able to confirm in seconds that their eggs had not come from one of the affected coops and reassure their customers.

This week, IBM took another significant step toward making this scenario a reality for food ecosystems around the world. A group of leading companies in the global food supply chain, including Dole, Driscoll’s, Golden State Foods, Kroger, McCormick and Company, McLane Company, Nestlé, Tyson Foods, Unilever and Walmart , will collaborate with IBM to further strengthen consumer confidence in the global food system by identifying new areas where blockchain technology could bring greater trust and transparency to food supply chains.

IBM has already completed parallel pilot programs demonstrating the value that secure networks with end-to-end transparency would bring to the global food supply chain, most recently with Walmart in China. That project showed that blockchain technology can be used to trace products from farm to retail shelf in seconds rather than days. This ability of all participants along a supply chain – from growers and processers to retailers and regulators – to have access to a secure blockchain network has the potential to massively simplify food traceability. This new collaboration with industry leaders will build upon this work, exploring new ways for blockchain networks to make food safer.

Food safety is just one of the many ways blockchain will benefit society. The technology is now being used to transform processes and streamline transactions for everything from flowers, real estate and trade finance, to education, insurance and medical services.

To accelerate this adoption, IBM has introduced the first fully integrated, enterprise-grade production blockchain platform. It offers the development tools that enable organizations of any size – and from any industry – to set up and participate in a blockchain network, from multinational corporations to a farmer with a smart phone. All members within a blockchain network will see the benefits of faster and more secure transactions and exchanges of information.

Taking a broader perspective, this platform has the potential to increase the productivity of entire networks. In our increasingly interconnected and global world, the efficient exchange of information is a key to success. Business now moves at the speed of information, and business ecosystems are only as fast as the slowest communicator. With this new platform, IBM is making it easier for all parties within an ecosystem to perform at consistently high levels, truly living up to the company purpose to be essential.

The post IBM Blockchain: What Can We Solve Together? appeared first on THINK Blog.

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Arduino: Tips and Tricks to Learn Arduino quickly and efficiently

By | iot, machinelearning

This eBook on Arduino: Tips and Tricks to Learn Arduino Quickly and Efficiently is a guide on what you know-and if you don’t know that is okay, on how to handle your Arduino board.
Many programmers have either heard or are currently using Arduino as a board to help them understand programming better. Engineers and new programmers use Arduino as a guide board to help them understand what programming is since most of them probably have no clue how to program their devices. This can be most likely seen in first-year students in campus or colleges around the world.
With Arduino as a guiding device, you can increase your knowledge or skills from programming to coding. This is where this fantastic eBook comes in.
Inside, you will find the knowledge, as a beginner or if this is your first time trying to learn about Arduino; the definitions of Arduino and how long it has been several years since the first board was made and the changes and/or versions released have made tremendous impact in the community, that is the programming and coding community.
You get to know which boards, aside from Arduino are there in the market and depending on how deep your pocket is, which is best suited for you. There are other versions that, according to some, are better than Arduino328P. It is debatable which one you should use and why. With insights from reputable sources, the information gathered here shows the difference between these versions and Arduino and which is better. Go ahead and take your pick from what the book has provided, please.
The book also shows you a couple of changes that can be made in your Arduino device.
The book is filled with pictures as well (not just a read with no guides on some of the procedures that would be horrible!) on how to fix some things, read to satisfy your curiosity, mmh?
The tips and tricks in this e Book have been tested and proven to work, we wouldn’t want you to try some of these things without trying them out first, now would we? These tips are meant to be helpful to you in making sure that with your device and tab, you utilize it as much as you possibly can or/and want.
There are codes too (exciting for you users out there) that you can counter check with when you do your installation of either libraries or bootloaders; or when upgrading your bootloader.
Once you flip the book open, you will find:
●How to install a bootloader on your device
●Ways in which you can upgrade your device’s voltage generator
●Means you can use to use your bootloader to its potential
●How to install on your device, be it Mac or Windows Libraries
●What libraries are and how they can be useful to you
●The definition of a bootloader
●Some common problems that might arise from installing libraries on your device and how you can go about them.
●The history of Arduino
●Who uses Arduino and when
●And so much more…

Don’t be shy, grab yourself a copy of this book!


By | iot

The organizing committee is delighted to invite you to the IEEE 5G-IoT Summit Helsinki and the 2017 IEEE Conference on Standards for Communications & Networking (CSCN’17), going to be held in…

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32-bit RISC-V processor Paves Way To Low-power IoT Designs

By | iot

Want to be aware of all the cool and tempting IoT news? The following list will bring you up to date:

32-bit RISC-V processor Paves Way To Low-power IoT Designs

A new processor core based on RISC-V architecture for low-energy IoT nodes has been unveiled by Embedded CPU core supplier Codasip. Leveraging the new processor, IoT ASIC designers can move up from 8bit processors to 32bit processors. The Bk-1 is fully compliant with the RISC-V open standard, so that customers’ embedded software is truly portable and their designs are not locked into a proprietary instruction set architecture such as ARM. Designers can request an evaluation kit free of charge. Read more.

MIPS Comes To High-volume Smartphone LTE modems

Imagination’s multi-threaded MIPS I-class CPUs are to be deployed in high-volume smartphone LTE modems from Mediatek. This is for the first time after the MIPS technology is featured in the firm’s new flagship MT6799 Helio X30 processor. According to Imagination, MIPS multi-threading technology offers performance and efficiency advantages in real-time, power sensitive applications such as LTE, AI, and IoT. Read more.

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