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This is AI:UX, a miniseries focused on 10 guidelines

created to assist you in the design and development

of AI-based systems.

I'm Daria Loi, an Intel researcher.

And today, I will give you five tips

to follow guideline number three,

to design socially trusted and trustworthy platforms.

A socially trusted and trustworthy platform

is when the platform is void of security or privacy concerns

and is designed and recognized as capable of protecting

its users' information.

Here are a few tips to achieve such a platform.

First, ensure your platform addresses privacy and hacking

concerns upfront.

This can be achieved by offering data

protection services and warranties bundled

in the product.

Second, include a check and balances mechanism

into the fabric of the system as well as optometric encryption

of all data.

Third, data types should be separated.

Only the user's system should have the ability

to assemble data into a cohesive picture.

Think for instance of existing brokerage models used

to pay for purchases without providing credit card

details to the seller.

In those cases, a product can be purchased

and the seller can receive payment

because of the intermediary.

The same thinking could be applied to data,

meaning that an application could provide

a service to the user by dealing with a data broker

instead of getting access to all user data

to perform the action.

Fourth, make AI motivations and actions transparent,

and offer multiple ways for users

to provide feedback to the system.

The system should also explain how and when

feedback will be executed.

Fifth, explain where data is stored

in an accessible and transparent way.

Explain where the data will go and for how long

and who will be able to access it and why.

There are so many opportunities to create

trusted and trustworthy platforms that

provide peace of mind and ensure that data is safe.

One of my interviewees asked, it's always listening,

how secure is it?

What do they do to protect you?

When he says they, he means us, the designers.

People are trusting us to design with their safety

and protection in mind.

Thanks for watching.

Don't forget to like this video and subscribe.

I will see you next week on Tuesday for more AI:UX.

[INTEL SOUND EFFECT]

For more infomation >> AI UX | Design Socially Trusted & Trustworthy Platforms | Intel Software - Duration: 2:49.

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Intel® Developer Zone Update | May 2018 | Intel Software - Duration: 2:44.

I'm Stephanie Essin, and this is the Intel Developer Zone

update.

In this episode we provide marketing tips

for your indie game, bring you the newly released Intel System

Studio 2018 Update 1, and show you

how to improve your VR projects with Google blocks.

If you're an indie game developer

and you're ready to bring your game to market,

consider these tips.

Focus on a single brand, snag a good domain name,

keep it simple, avoid branding by committee,

apply your brand consistently, and protect your brand.

This article, Get Ready, Get Noticed,

Get Big: A Practical Guide to Marketing Your Indie Game,

will give you more tips about marketing

your game that can be directly applied to your strategy.

It covers everything from marketing on a budget

to tips about self-promotion and how to become an authority

figure in your industry.

Just recently released Intel System Studio 2018 Update 1.

You can now tap into new features

that make system and IoT application development easier.

Here's how it can help.

Move from prototype to product easier with new capabilities

that seamlessly import apps from our Arduino Create

to Intel System Studio.

Developers can create, build, and edit native Java apps

using Intel System Studio.

And you can use code samples easily

through the new project Creation Wizard,

which automatically sets configuration options for you.

Check it out.

We're breaking the typical workflow for VR development

with Google Blocks.

VRs unique visual perspective creates

issues of scale, placement, and detail when

prototyping, and the combination of code and assets

can get tricky.

There are some huge benefits to prototyping in VR, including

working in the natural 3D environment

by actually moving and shaping in room scale.

In this way, 3D modeling is more like working with clay

than it is adjusting vertices in a modeling app.

Google Blocks provides a simple build by creating and modifying

primitives approach for VR that allows

quick volumetric sketching.

This combination of modified shapes and simple color

surfaces also lends itself to an aesthetic style that

is clean looking and low poly.

Here's what it could look like.

First you'd use the Google Blocks app to build

models in VR using an HTC Vive.

Next, you'll export and share the models

using the Google Poly Cloud Service.

Then use the models in Unity or Unreal Engine software

for actual development.

Lastly, work with the models in your preferred modeling

app for finalized asset development.

Thanks for watching.

Don't forget to check out the links provided

and like and subscribe for more Intel Developer Zone updates.