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Smart Industry 2/2018

Smart Industry 2/2018 - The IoT Business Magazine - powered by Avnet Silica

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<strong>Smart</strong> Solutions Data<br />

structured data sets with the insights<br />

of skillfully trained AI opens<br />

additional value streams not otherwise<br />

accessible.<br />

Another simple example is the<br />

amalgamation of all data on autowipers<br />

in cars (wiper on = rain). A<br />

car manufacturer that captured<br />

and processed that data could become<br />

the timeliest weather forecasting<br />

service. Remember that The<br />

Weather Company was sold to IBM –<br />

which is housing it under its Watson<br />

AI group – for a reported $2 billion<br />

in 2016.<br />

Look at the infrastructure<br />

These developments could have<br />

a bigger impact on industry than<br />

any incremental steps of automation<br />

because they allow value to be<br />

unlocked in parts of organizations<br />

that were not deemed valuable in<br />

the past. For example, Volkswagen<br />

would arguably not have attributed<br />

a ten-figure valuation to its wiper<br />

division.<br />

To be able to surface these values,<br />

it is necessary for organizations to<br />

look at their data infrastructure and<br />

Machines,<br />

robots, and<br />

sensors have<br />

become<br />

data nodes<br />

and the true<br />

opportunities<br />

can now be<br />

unleashed.<br />

Now everybody’s<br />

doing it!<br />

All major players are<br />

now offering a new<br />

wave of enterprise<br />

services that come<br />

with a specific sensitivity<br />

as they handle<br />

the very core of a<br />

company’s data<br />

infrastructure.<br />

bring it into a shape where it can<br />

easily be accessed and processed.<br />

Arcane legacy systems will hamper<br />

the efficient deployment of IoT solutions<br />

as value can only be partially<br />

unlocked.<br />

This requires the building of a data<br />

science function that can dive deep<br />

into the leading edge of AI systems.<br />

The building blocks for such systems<br />

are now widely and easily available<br />

but the minutiae in their deployment<br />

is varied (do Monte Carlo<br />

systems perform better than multiarmed<br />

bandits? No, I wouldn’t know<br />

either…) and the integration of<br />

such functions are not trivial. When<br />

well implemented, they will boost<br />

almost every organization’s ability<br />

to extract, analyze, and action data<br />

sets to improve performance on all<br />

facets of the value chain: faster and<br />

better product development, deeper<br />

customer understanding, more<br />

focused product innovation cycles,<br />

higher productivity.<br />

We are thus looking at a new wave<br />

of enterprise services that come<br />

with a specific sensitivity as they<br />

handle the very core of a company’s<br />

data infrastructure. This will<br />

likely take the shape of a layered<br />

cake: the various data layers residing<br />

in the company’s domain,<br />

whilst the processing of (often anonymized)<br />

data sets taking place<br />

in standardized AI frameworks<br />

hosted in the cloud. All major players<br />

are now offering suites of services<br />

and tools to handle the key<br />

elements of this, including Google<br />

(TensorFlow), Microsoft (Cortana),<br />

IBM (Watson), and Amazon (Lex<br />

and Polly via AWS).<br />

Lex and Polly via AWS<br />

72

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