edge streaming analytics in iot

we are seeing iot devices play an integral part in our professional and personal lives. while there is no denying the transformative impact of iot devices, it is difficult to imagine how they would deliver on the expected value without edge streaming analytics. edge streaming analytics (or edge analytics) refers to a branch of analytics platforms that can collect and analyse data to reveal useful findings within an iot device with minimal latency. edge analytics reduces the cost of data collection and operations. streaming analytics reduces the need for a complex backend, reducing the processing strain and making it easier to scale operations by expanding the network of devices.

edge streaming has become invaluable with the inception of iot devices. while conventional analytics platforms lack the processing power to analyse the data in real-time, edge streaming can do this. for example, analysts can create prediction models that apply to different use cases, like proactive equipment maintenance, that expands the value of an iot network, allowing them to act proactively. edge streaming analytics makes it easier to uncover the value of data generated by iot devices, making them integral to operations. when examining what is edge streaming analytics and its value to business operations, we can see the importance of real-time data analysis.

with such an arrangement we can do analytics on the collected sensor data in the cloud platform, and get access to the results in “real time” through any mobile device, right ?! for instance, sensors attached to some kind of engine might be telling us about it’s temperature, the voltage and current patterns, the vibrations of it’s axis, etc…    of course we are very interested to know about this measurements, because we can use the information to identify both critical events and medium term trends (predictive maintenance), but getting these parameters every 30 seconds (or less) is overwhelming both to the communication media and the analytic routine that runs in the cloud, once it will have to spend time and resources spinning over a lot of repetitive data, making “real time” analysis not so “real time”… many “experts” say that it is not feasible to ship all machine data to the cloud and that roughly 1/3 (or more) of machine data shall then be “processed” at the edge. now that we understand this first challenge, let’s see what an edge streaming analytics platform can do to address this kind of issue.

well, if we have to wait for the data to be shipped to some onshore cloud through some ku band satellite, have the data analytics be processed there and receive back some sort of alarm, we probably have lost the opportunity of immediately avoiding a disaster! in the event of some boundary violation, this engine could fire a command to immediately stop the pumping process and send alerts to all the team. some of these edge streaming analytics offer a rich set of assisted predictive disciplines one can use if he/she can afford to have some local historian database. if your edge analytics can feed raw or filtered (derived stream) streams to some high efficient (compressed) local data base and use the accumulated data (historian) to execute some linear and/or logit regression over the real time streams, that would definitely be a big plus for the oil rig operations team.

edge streaming analytics (or edge analytics) refers to a branch of analytics platforms that can collect and analyse data to reveal useful clearly, items 2 – 4 make a good solution prospect for the data flood challenge. the edge streaming analytics can build derived streams that azure stream analytics on iot edge empowers developers to deploy near-real-time analytical intelligence closer to iot devices so that they, edge streaming analytics in iot ppt, edge streaming analytics and network analytics in iot, edge analytics in iot, edge analytics in iot, edge analytics examples.

edge analytics is an approach to data collection and analysis in which an automated analytical computation is performed on data at a sensor, network switch or other device instead of waiting for the data to be sent back to a centralized data store. with azure iot edge, you can take azure stream analytics logic and move it onto the device itself. by processing telemetry streams at the the edge analytics software is deployed on a iot gateway on a remote unit, or embedded, and processes the sensor data from that single unit. field edge one of the most common uses is in iot edge analytics, which allows for network controllers to have a much better real-time picture of how devices and sensors, edge analytics tools, edge analytics camera, edge analytics architecture, edge analytics wikipedia, in edge analytics data are found to be, edge analytics market, core functions of edge analytics, in edge analytics data are found to be mcq, edge analytics vs edge computing, function of edge analytics.

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