Accelerating the Industrial Internet of Things
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1,146 case studies
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StoveTrace: How Clean Cooking Technologies Save Lives
StoveTrace: How Clean Cooking Technologies Save Lives
» Approximately 3 billion people, about 40 percent of the world’s population, depend on traditional cookstoves that use fuels like firewood, cow dung and crop residues for their cooking needs. The Global Burden of Disease Study 2010 estimates that 4 million people die each year as a result of inhaling the smoke and soot produced by cooking over traditional cookstoves.» Switching to clean cookstoves can reduce the amount of firewood used for cooking, as well as the amount of smoke indoors and outdoors. This could lead to reduced pollution and improved health for the women and children who are most exposed to the smoke. Unfortunately, not all clean cookstoves perform well in the field and preferably only the most advanced clean biomass-burning cookstoves should be used. While even these cookstoves still burn locally available biomass, but dramatically and measurably reduce harmful emissions.» At a cost of approximately 2700-6500 Indian rupees (US $42-$100) each, advanced clean cookstoves are currently unaffordable for the estimated 2 billion people worldwide living on less than US $3 per day. Registered carbon credit programs are beginning to provide financial incentives for reducing carbon emissions through the use of clean cookstoves. However, it is difficult and expensive to verify that these stoves are being used, and the reduction in carbon emissions that results from use of clean cookstoves, making it a challenge to apply carbon credits for improved cooking technologies.
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The Mathematical Functions of IOTA
The rise and success of Bitcoin during the last six years proved that blockchain technology has real-world value. However, this technology also has a number of drawbacks that prevent it from being used as a generic platform for cryptocurrencies across the globe. One notable drawback is the concept of a transaction fee for transactions of any value. The importance of micropayments will increase in the rapidly developing IoT industry, and paying a fee that is larger than the amount of value being transferred is not logical. Furthermore, it is not easy to get rid of fees in the blockchain infrastructure since they serve as an incentive for the creators of blocks.
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theThings.io Comparison To Other IoT Cloud Providers
theThings.io Comparison To Other IoT Cloud Providers
Configuring a Sigfox device with several IoT platforms, we dive into the distinctions that distinguish theThings.io from large cloud providers like AWS, GCP, Azure, etc.
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Veniam | CONNECTED CARS WILL COME BEFORE 5G
Veniam | CONNECTED CARS WILL COME BEFORE 5G
Some IoT devices consume massive amounts of information. A single autonomous vehicle today can demand up to 40 terabytes of data for every eight hours it’s on the road. You get the idea. Mobile adoption and usage are absolutely exploding, with no end in sight. And that would be fantastic if the network could handle that kind of traffic. With 4G/LTE networks already reaching capacity, the industry is looking ahead to the next big Thing and 5G promises to be just that.
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Why SQL Is Beating NoSQL, And What This Means For The Future Of Data
Why SQL Is Beating NoSQL, And What This Means For The Future Of Data
 Since the dawn of computing, we have been collecting exponentially growing amounts of data, constantly asking more from our data storage, processing, and analysis technology. In the past decade, this caused software developers to cast aside SQL as a relic that couldn’t scale with these growing data volumes, leading to the rise of NoSQL: MapReduce and Bigtable, Cassandra, MongoDB, and more.
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ZumIQ APPLICATION ENVIRONMENT: REMOTE MONITORING OF FIELD ASSETS
ZumIQ APPLICATION ENVIRONMENT: REMOTE MONITORING OF FIELD ASSETS
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