Thứ Tư, 28 tháng 2, 2018

Auto news on Youtube Feb 28 2018

All right, we got a 2014 Toyota, 4runner and we're gonna be checking

Codes on that check engine light and it also has the traction light on

We've got the Toyota

4 runner

Factory Toyota techstream software hooked up to it, and we're gonna go ahead and connect to this vehicle

And see what we find

And then we have a Toyota 4runner 2014

That looks right and also so select the options with or without smart key, this one believe does have the smart keys

I'm bear with me here. It's a little slow

There we go we're connected

Let's go ahead and go into engine control module first

There's a double clicked on this

Camshaft position a actuator circuit Bank -

Then we have a

start ability malfunction

p1604 and a p0020

So it looks like this looks like our p0020 is

a

current

code so this is a current malfunction and that is for the camshaft adjust position a

Actuator Circuit Bank - so that's for the that's for the variable valve timing

Okay, so let's go check our stability control codes here

Let's go back to go back to select system

And we're gonna find abs and Vehicle Stability and trac

Double-click on

I'll go to trouble codes, and there's no code so right now

The check engine light is causing

The traction light to be on so for whatever reason

On the computer saying because of the engine fault

There's no

traction control

Capability right now so it automatically shuts it off

All right, so I'm gonna pull up the diagnostic procedure for this code, and do a quick visual inspection underneath the hood

Okay well first we're gonna do a visual inspection on this cam actuator or

valve timing actuator you could call it the color

We're getting over the c0020 to zero which is a left bank on this one

That's gonna be on the driver's side and as you can see it's underneath the intake manifold there

And I think we got some

Some nice or some kind of rodents here because it looks like the end of the cable was actually chewed off and there was some

evidence down the intake area of

Nice being in here so this one's gonna be a pretty easy fix

Just gonna have to order a new pigtail and wire it in there if this wasn't the case

normally what I do is I would just pull this actuator out and

Test it right on the bench make sure the plungers moving back and forth check the resistance of the valve

Make sure the oil level in the vehicle is proper

Which is required for these things to work the way they're supposed to but

Quick tip to prevent this from happening stick the mothballs underneath your hood

Okay, I believe we have this circuit all repaired for the p00 to zero cam position a actuate a circuit Bank

-

We ordered a new pigtail, and we wired it in reconnected it so now we're just going to

We're gonna go ahead and be down here and erase it diagnostic trouble codes

Using Toyota Techsteam Software clear codes. codes clear yes, all right, so it's all been cleared out

Sut the car off

Restart it

Sure lights are out. All right later. I'll out or looking good

I'll probably do a drive cycle on this just all the monitor

Just can set make sure we don't have any other issues, but it looks like this one is fixed

Be sure to hit the thumbs up button and subscribe to the channel this information was helpful

I'll be posting new videos daily

Thanks again from The Flat Rate Mechanic until next time

For more infomation >> Toyota Techstream Software, Check Engine light On, Trac light On, Diagnostic Overview - Duration: 6:19.

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An overview of AutoCAD Electrical 2016 version software || 2018 - Duration: 22:10.

Hello! Dear friends

Today i will show you

An overview of autocad electrical 2016 with review

overview & review

The mostly used autocad electrical version

2009

2013

2015

2015

2016

2017 and 18

Now available in market autocad electrical 201

Actually new updates version have poor difference of old version

All the AutoCAD Electrical version have the same basic Tools,

Offering the following fundamental features

If I compared 2012 vs 2015...

But Autocad electrical 2015 and 2016 ,,,, look like same

Same too

Lets start

Now we see the left corner...

Look the Big A symbol

Bellow the A....a small of E

It's mean that ...This is a Electrical version software

This was called by Application Menu

Box

Projects Manager

Look at this side have some projects

For more infomation >> An overview of AutoCAD Electrical 2016 version software || 2018 - Duration: 22:10.

-------------------------------------------

VR UX | Intuitive Controls | Intel Software - Duration: 1:55.

I'm Seth Schneider.

And this is VR UX.

In this episode, we talk about intuitive VR controls.

Intuitive controls means that it should

feel natural to interact with objects.

There will always be a small learning curve when

entering a new VR environment.

So it's best to make exploring easy.

Keep in mind that the same precision required

in the real world is generally not required

in the virtual world.

In the real world, in order to manipulate an object,

you have to grasp an actual object.

In VR, you can generally approximate something,

like picking up an object off the ground,

by triggering an action within a certain range of that object.

The realism should come from the unique ways objects respond

to interactions-- for example, the sound effects they make

or the way an object moves through the air when thrown.

Utilizing features, such as a basin of attraction,

can give players more leeway in how they manipulate objects

so that they don't get distracted by repeated failures

to do simple tasks.

In this context a basin of attraction

represents a set of user inputs that will

result in a desired action.

For example, if a VR user is attempting

to place a bottle upright on a table,

you shouldn't apply an extremely realistic physics model

to see if the bottle stays upright.

The VR application should accept a larger range

of orientations that will result in the desired outcome.

Basically, close should be good enough.

Finally, it is important to avoid

requiring users to make lots of large movements

with their arms.

This risks the possibility of players getting gorilla arms.

This is a phenomena seen in some VR titles

where the players are required to play with their arms always

extended.

Gorilla arms can cause fatigue, discomfort,

and take away from the immersive experience.

Thanks for watching.

Please comment below with topics you would like to see explored.

And don't forget to "like" this video

and subscribe to the Intel Software YouTube channel.

And we will see you next week for more VR UX.

For more infomation >> VR UX | Intuitive Controls | Intel Software - Duration: 1:55.

-------------------------------------------

Software powering Falcon 9 & Dragon - Simply Explained - Duration: 9:52.

Hey there!

My name is Xavier and as you might know I'm a developer.

But I'm also a huge SpaceX fan and that got me thinking: what software and hardware

powers the Falcon 9, Falcon Heavy and Dragon?

Let's first take a look at what challenges the hardware and software of a spacecraft

faces when it is being launched into space.

First of all its very hard to get your craft into orbit around the earth.

A launch on top of a rocket causes a lot of vibrations and that means that the craft itself

and the electronics have to be able to withstand that.

And once you get in orbit, you are welcomed by even more challenges.

Dragon for instance has to be able to cope with intense heat when it's facing the sun

but also intense cold when sunlight is blocked by earth.

These temperatures range from -150°C all the way up to 120°C

But the biggest problem for the electronics is radiation.

This radiation comes from high-energy particles that are ejected by our sun, particles trapped

in Earth's magnetic field and even cosmic rays or particles from outside our solar system.

These particles can have pretty severe effects on the systems inside a spacecraft.

One of the biggest problems is whats called a bit flip.

This occurs when a high energy particle hits the memory or the processor of the spacecraft.

If it hits the memory it can cause a 0 to become a 1, essentially corrupting a part

of the memory.

Luckily though the software onboard SpaceX vehicles can detect these bit flips and fix

the corrupted memory by using parity bits.

No big deal.

However when the processor is hit with radiation it can cause the result of a calculation to

be completely incorrect.

To demonstrate this, let's ask a processor to calculate 10+10.

In binary that would look like this and the result is obviously 20.

No surprises there!

But let's now take a look at what happens when a bit flip occurs while performing this

calculation.

We still ask the processor to calculate 10 + 10 but because of the bit flip the processor

is actually calculating something completely different.

Right now it will say that 10 + 10 equals 24 because one of the bits flipped while running

the calculations…

Wrong calculations can have very severe effects on a spacecraft.

This was demonstrated by the maiden flight of the Ariane 5 rocket in 1996.

It didn't suffer from a bit flip, but 40 seconds into the flight, the rocket's software

tried to put a 64 bit number into a 16 bit address causing the number to be truncated

and be completely different.

The rocket's avionics then continued to perform their calculations with this wrong

number and performed an abrupt course correction because it thought it was going to wrong way.

The vehicle eventually broke up because the aerodynamic stress was simply too high.

Now back to SpaceX: how do they handle the problem of radiation?

Well they assume that you can't protect electronics completely from radiation and

they design their systems with this in mind.

Instead of using expensive, radiation-hardened parts, SpaceX uses off-the-shelf components.

Let's look at Dragon first.

According to John Muratore, previous director of SpaceX vehicle certification, each Dragon

is equipped with three flight computers.

Each of these flight computers is powered by a dual core x86 processor.

The computers however don't use the multicore capability.

Instead they execute each calculation on the two cores individually and compare the results.

So three flight computer with each a dual core processor can be seen as 6 independent

computers that are constantly checking each others calculations.

If one of the flight computers is hit with radiation and produces a wrong calculation,

the others will spot it.

When that happens the malfunctioning computer will be rebooted automatically to prevent

further errors.

After rebooting the computer has to perform whats called a re-sync.

It has to get up to speed with what the vehicle is doing, so it copies the memory of the other

two computers and runs the same programs.

A bit like rebooting your computer with the option to restore all your windows when you

log back in.

Dragon can even handle a situation where all three of its computers are hit by radiation

at the same time although thats very unlikely to happen.

Besides 3 flight computers, Dragon has 18 other systems onboard that also use triple

redundancy computers.

That brings the total amount of processors up to 54!

And that's just for a single Dragon capsule.

But Dragon isn't alone, also the Falcon 9 has redundant systems.

It has 3 computers for each engine (9 x 3) and triple-redundancy flight computer which

means that it carries 30 processors.

At least that was the situation in 2012.

Right now it's possible that Falcon 9 has even more processors to handle the landing.

Now at this point you might be thinking: hang on…

Does NASA really allow SpaceX to use regular hardware components?

The ones you and I can buy on Amazon?

Well actually yes!

NASA doesn't require the use of radiation-hardened components.

Instead they require SpaceX to do extensive research into what effects the radiation can

have on their spacecrafts.

If they know how they'll be affected, they can compensate for it.

In fact this is called a radiation-tolerant design and is different from a radiation-hardened

design.

In fact NASA itself doesn't use radiation-hardened parts everywhere.

The International Space Station for instance uses a mix of radiation-hardened parts but

they also use regular laptops for some controls.

Even some parts on the Space Shuttle were radiation-tolerant instead of radiation-hardened.

But back to SpaceX: how do they select their parts?

Well they have two conditions: first of all the parts have to be capable enough to handle

their tasks - pretty obvious - and secondly, they take into account what tooling is available

for that particular part.

Tooling determines what kind of people SpaceX can hire.

Off-the-shelf hardware is pretty generic and uses software and tooling that a lot of developers

already know.

And that means that SpaceX has less trouble finding great engineers.

Radiation hardened parts however only work with special programming languages that few

people know, thus limiting the ability to hire new people.

Off-the-shelf hardware is also cheaper and that allows SpaceX to extensively test these

systems.

John Muratore said that at one point over 40 flight computers were sitting on people's

desks for testing and development.

You simply cannot do that with expensive and hard to come by hardware.

But enough about all this hardware, what about the software that controls everything?

Well the operating system of choice at SpaceX is Linux.

It runs on the desktops of the engineers and powers its vehicles.

Using Linux everywhere allows them to streamline the development process and use the robust

tools that come with it.

The programming language of choice is C++ and they use it for two main reasons.

First it allows SpaceX to hire a lot of brilliant people because the language is still relatively

popular.

Secondly, they benefits from the large C++ ecosystem.

No need to create custom software when you can just use tools that developers already

know like gcc, and gdb.

But Linux isn't the only platform that is being used.

They also use LabView a graphical programming tool that runs on Windows.

It is used to visualise telemetry that they get from a Falcon 9 or Dragon during flight.

Ground teams use it to keep an eye on important metrics.

Another interesting fact is that SpaceX tries to share as much code as possible between

its vehicles.

The biggest advantage of this is that bug fixes for one vehicle are automatically pushed

to the other vehicles as well.

Oh and another interesting fact is that game developers are usually a good fit for SpaceX

because they are used to writing code that runs in environments where memory and processing

power are constrained.

The last thing we'll take a look at is how SpaceX monitors their software and vehicles.

Engineers are encouraged to add metrics to everything they can think about.

When a vehicle is being used, all these logs are collected and analysed by programs who

raise an alarm if something is not within the safety margins.

All these metrics are stored together with the source code that was running at that time.

If something goes wrong with the vehicle, SpaceX can recreate the exact environment

to reproduce the problem and fix it.

And finally they are using continuous integration to automatically test all the code that is

being written by the engineers.

They even have test stands with all the components of a Falcon 9 bolted on so they can simulate

a complete flight to discover potential problems.

More details about the used hardware and software aren't really available and that's because

the United States government considers it classified.

A rocket like the Falcon 9 is basically a missile that goes to space.

So in the wrong hands, the technology could be misused and cause harm.

But even with limited information we got a pretty good view at what software and hardware

is being used at SpaceX and what challenges the teams face, considering the harsh environment

in space.

That was it for this video!

If you liked it, hit the thumbs up button and consider subscribing.

Also follow me on Twitter for more updates and as always: thank you so much for watching!

For more infomation >> Software powering Falcon 9 & Dragon - Simply Explained - Duration: 9:52.

-------------------------------------------

Commercial or Open Source - which software is safer to use? - Duration: 3:02.

Security of CRM systems, Błażej Pabiszczak - CEO of YetiForce, in our studio

and now we will discuss if it is easy to break into commercial systems.

If this commercial system is available for us,

we can download it,

or we can use it online

we can actually perform security tests.

Of course, provided that we have the rights to do so.

We can't try to break into a system

which is in production, etc.

The easiest way is to run a trial version

and perform tests

and verify whether such a solution is secure or not.

It is necessary to note that there is no need to have access to the source code

in order to perform basic security tests

because it is done in a way and with tools that allow

the interaction with the system

which makes it possible to inject vulnerabilities and

verify how secure and how vulnerable the system is,

so from my perspecitve

when we want to decide which solution

is more difficult to break into - commercial or open source

unfortunately, in most cases,

we break into both solutions in exactly the same way.

A slight advantage of open source solutions is the fact that

we can verify

whether it is really so.

Exactly, a question which immediately comes to my mind is...

whether open source systems are more secure.

If we can break into both systems,

open source and commercial ones,

or perform tests

then, open source provides only one additional advantage

because we can verify whether there is something hidden

this means, whether a producer

didn't create there a loophole which allows him to get access

and this is the greatest advantage

when it comes to open source solutions.

Admittedly, there are some myths claiming that

if something is open source, it is less secure

but if we look at errors

which companies find in Google Chrome

or Microsoft Edge

then, it can be seen that open source is not a problem

because both products

are very simmilar

but depite this

open source solution - Google Chrome - is treated as a more secure solution

because the company invested more money to make this product better,

more stable and more secure.

In just a moment,

in our studio, we will discuss with Błażej

how he takes care of systems' security.

For more infomation >> Commercial or Open Source - which software is safer to use? - Duration: 3:02.

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Subutai(tm) - Open Source Peer-to-Peer Cloud Software by OptDyn(tm) - Duration: 34:12.

Hello my name is Jon "maddog" Hall and

I'm the Chief Executive Officer of

OptDyn, makers of Subutai(tm) Open Source

peer-to-peer cloud software. Thank you

for viewing this video. We hope that you

will learn how Subutai products can

help you make your cloud more effective,

make it safer, more secure and help you

conquer the cloud. OptDyn offers

peer-to-peer cloud computing and IOT for

everyone.

OptDyn and Subutai are trademarks with

pending trademark applications and OptDyn

and all related logos are trademarks

of OptDyn, a Delaware corporation.

References to trademarks associated with

others is meant descriptively or

otherwise as fair use. Say "Opt-in". OptDyn

is a five year old company led by open

source pioneers Jon "maddog" Hall, CEO

Alex Karasulu, founder and CTO and

Sally Khudairi, the Director of Marketing

and Media. These people have world-class

experience. They have developed key

products used by Fortune 50 companies.

They have developed powerful, secure,

next-generation cloud products. OptDyn is

a globally distributed multinational

team with developers and support people

all over the world.

We offer open source, peer-to-peer cloud

computing combined with Internet of

Things and cryptocurrency mining for

everyone. Why are we producing this? There

are problems with the cloud providers

that most people are familiar with:

Amazon. Google. IBM. and Microsoft Azure.

These clouds are typically fairly

expensive solutions. They may seem to be

inexpensive when you're only using a

small amount of data, or until the

promotions end. Then you get this very

large bill at

the end of the month. These clouds may

seem secure, but some of these companies

may be searching your data and selling

marketing information to other people.

This access to your data can make them

very dangerous. They also are centralized

around a single operator. They only sell

things to you. They do not offer to buy

resources from you. If you had solar

panels or a windmill you could generate

electricity and sell it back to the

electric grid but you cannot do that

with the big cloud providers. Cloud

services should be utilities too. They

are also opaque. They do not let you see

how they work. This tends to promote

vendor lock-in. They do not easily

integrate the Internet of Things (which a

lot of people call the "FOG" or "EDGE"

computing) to the rest of the cloud.

Typically there is a cloud application

that talks to the "thing" and this results

in an unnecessary amount of network

traffic from the EDGE to data centers

where the applications run. There are also

security issues with this approach.

Subutai treats the FOG and the cloud

as one entity. It allows applications or

parts of the applications to reside on

the EDGE where the "things" reside, to talk

directly to the applications. As long as

the application and the "thing"

authenticate to each other they can

trade information, trade data, and

interact locally without compromising

security. This is not true for many of

the other cloud solutions. Some of the

big cloud providers do not allow full

control of your cloud resources. You

really do not know where your data is

being stored. You really do not know

where your applications are being run.

The applications could be run in your

country or they could be run some

other place. This can create a problem

with privacy, security and meeting your

government's legal requirements. Cloud

providers struggle with privacy. People

have seen articles about Apple and other

cloud providers being approached by the

various

government organizations or perhaps

being broken into by hackers. Personal

privacy is a big issue. Medical

information or human resources

information stored inside the big cloud

could be exposed to government agencies

coming to the cloud providers and

demanding to look at the data of the

cloud company's customers. A lot of these

cloud providers are in the United States

and under United States jurisdiction.

They have to obey laws like the Patriot

Act or they have to react to a

subpoena from a court system and this is

bad for other countries. Other countries

do not get to vote for the people who

make these laws in the United States.

They don't have any say or any rights

under US law. A few years ago it was revealed

that the NSA was reading the email of

President Dilma of Brazil. Hackers tend

to target large providers. Hackers try to

steal credit cards or other information

and the Internet of Things makes it even

worse because it will be billions of

"things" out in the world, in the FOG and

if they get infected by some type of

virus they could be turned into a Denial

of Service (DoS) attack. The larger and more

centralized a cloud provider, the more

people try and break in and disrupt the

services. Enter Subutai. We call it the

Airbnb of computing resources. Airbnb

took bedrooms and apartments and houses

that were owned by individuals and made

them visible so that people could use

these bedrooms apartments and houses as

resources. Subutai makes available the

computer resources that people own for

other people to use. The Subutai

product line is made up of three main

parts. The open-source peer-to-peer cloud

software that is open source and free to

everyone. A bazaar which is run by opt-in

but it's also licensable to Economy

Operators by OptDyn. It allows people to

register the resources and applications so

they can be found by other people.

Users will be able to use smart

contracts protected by the blockchain to

create service level agreements. The

Bazaar is completely optional as

Subutai's open-source peer-to-peer cloud

software can run without a Bazaar being

available. The third component is the

Subutai Blockchain Router which

mines cryptocurrency and is a tangible

hardware cryptocurrency wallet. The

Blockchain Router mines cryptocurrency

to pay for itself in months. This is a

new breed of broadband router that goes

beyond normal functions to serve as a

cloud router, and IOT gateway. The IOT

gateway allows the Subutai cloud to

find devices, to enable automation

systems, and interact with the world. The

router is a lot like an electronic Swiss

Army knife. It can replace several

electronic devices in a home or business.

It can act as a Network Attached Storage (NAS)

device to store your files, pictures, and

videos, streaming them as a media server

to a TV, phone, iPad or monitor. The router

can then interact with other devices to

enable home or industrial automation, and

serve as a security system. With millions

of compatible hardware extensions the

device can be rapidly modified to serve

just about any purpose. You are only

limited by your imagination. We believe

the router will be the standard for

cloud IOT and sharing economy

specifically because of its

cryptocurrency functions and Subutai

PeerOS firmware. Like the Bazaar the Subutai

Blockchain Router is optional to

the running of the Subutai Open

Source Peer-to-Peer Cloud Software and

is available for private label to

Economy Operators, companies that create

an entire solution (or "economy") for their

customers. The Subutai PeerOS Open Source

software stack is a container based,

peer-to-peer cloud computing system that

allows anyone

to share barter or rent computing

resources utilizing GoodWill, which is a

digital currency, to be able to exchange

those computer resources. The Subutai

cloud software itself harnesses the

Internet of Things to easily create

dynamic private cloud environments that

can access these devices, these "things" on

the EDGE, very easily. The Subutai

Bazaar is a cloud and IOT device

marketplace. It allows you to register

your resources and register your "things"

in the marketplace so that other people

can purchase the resources from you or

authenticate to your "things". This allows

what we call Economy Operators, companies

that have a lot of resources or have a

lot of customers, to form an economy with

their customers. The Economy Operator can

sell their excess resources to their

customers or they can purchase the

resources from their customers and of

course they will generate a certain

amount of money from this economy. Anyone

can be an Economy Operator. It allows you

to participate in this collaborative

consumption based economy. you don't have

to only buy things from people you can

sell your excess resources to other

people and this works at all different

levels, individuals and commercial

entities of all kinds. The Subutai

Blockchain Router is a powerful

broadband router that also acts as an

IOT gateway. You can attach shields from

Arduinos(TM) and circuitry from Raspberry Pi(TM)-

like devices to be able to control the

"things" inside of your house or business.

It also supplies network attached

storage that can be used to store your

data for both residential and commercial

environments. The Subutai Blockchain

Router registers with the Subutai

Bazaar to allow you to easily list the

computer resources in your environment

that you want to sell. It uses security

and performance accelerated firmware to

offload the main CPU from having

to worry about security and to worry

about the performance of your Network

Attached Storage, your RAID devices, your

IOT devices, and your Wi-Fi in this field

programmable device. The Blockchain

Router works in a plug-and-play type of

situation. Your devices in your

environment can be listed almost

automatically. As a multi-function device

it can act as a media center, it can run

home automation. The Blockchain Router

utilizes Open Source and in addition to

all these facilities it does Hardware

cryptocurrency mining and acts as a

hardware wallet. The Blockchain Router

uses only 18 watts, which is about the

same as a regular router that would be

used in the house but the same 18 Watts

allows you to do mining of

cryptocurrency in a very "green" way while

the router is doing its other functions.

GoodWill is a digital asset token. It is

a very lightweight token used in the

exchange of resources. It is like an

amusement-park. You go to the ticket

window and give money for some tickets

in exchange. You may use one of these

tickets for very small ride, or you may

use three tickets for the roller coaster,

but you don't exchange money at the ride,

you exchange money for tokens at the

ticket office. This is the same way that

GoodWill works. GoodWill itself is used

to buy and sell and barter resources and

you can also earn GoodWill by doing

things like installing Subutai, getting

other people to use Subutai, creating

what OptDyn calls "Blueprints" or putting

various pieces of code into the Subutai

environment. GoodWill is a very

lightweight token. It would be very bad

if the overhead that a cost to purchase

or sell resources was greater than the

benefit you actually received and this

is why GoodWill is extremely lightweight.

However GoodWill is protected through

the blockchain ledger so you can know

when you buy GoodWill and when you sell

GoodWill. it is earned or purchased with

various crypto currencies.

GoodWill is also used to encourage open

source community participation. Many

people say "I love Open Source but I am

NOT a programmer and I'm not a systems

administrator. I did not even write very

good documentation. How can I help?" The

Subutai Bazaar pays the cost of

resources plus an additional bonus in

GoodWill for those who allow Open Source

projects on the GitHub to use their

peers. The bonus increases if the open

source project makes application

Blueprints available in the Bazaar. This

is a very painless way to help Open

Source communities and projects.

Who benefits from all this?

First of all commercial users. If you are a

telecom you may say to your customers

instead of using a regular router use

the Subutai router. Not only will it do

everything your other router did, but it

will also allow you to mine

cryptocurrency. If you're an Internet

Service Provider (ISP), or hosting provider, you

can sell your resources to your

customers and they can run their

applications on your resources very

easily. If you are a hospital there may

be many computer systems inside the

hospital that are used infrequently and

by using Subutai the hospital can

make better use of all these unused

resources to be able to solve problems

they have and run programs that are

required, all done inside the hospital

environment, so that the hospital knows

the patient data is not going outside of

the hospital. The hospital knows where

the applications are being run. Research

facilities often have many unused

resources that Subutai could help make

more efficient use. Utility companies,

such as electric power plants, could use

a Subutai router to control home and

industrial automation, to reduce the

amount of electricity, or to smooth out

the amount of electricity used to be

more efficient and to stop having to

turn on and off the costly

generating facilities such as coal or

oil. The utility companies would have the

protection of the Subutai Router from

having the Internet of Things devices

inside the house or business affecting

the grid and likewise having any

viruses on the grid from infecting the

devices in the home or business.

Universities typically have much excess

computing capacity but they either do

not know how to free that capacity and

use it efficiently or they do not have

the staff necessary to manage it. With Subutai

the universities could use that

excess computing to save them from

having to buy commercial

high-performance computing systems or

they can sell some of their

underutilized facilities to other people

who wanted to buy them. Small to Medium

Enterprises (SME) and Small Businesses (SMB) and many more

entities can utilize Subutai and

OptDyn's products, but even individual

users can take advantage of it. For

example if your systems administrators

are struggling to make efficient use of

your resources, Subutai is a perfect

way of helping them balance the loads.

Developers developing on top of Subutai

allows you to move your applications

from system to system without having to

worry about lock-in. Subutai itself is

free. It is open source and allows you to

run on top of the commercial cloud

providers if you wish, protecting you

from big cloud lock-in. Students can

learn how to use Subutai and sell

their services and knowledge to other

people. The cloud and IOT combined market

size is estimated at seven hundred sixty

billion dollars, yet when you look at the

utilization of computers today very

small amounts of the computer resources

are actually used. Studies show that only

five to seven percent of computers in

the cloud are utilized efficiently.

The cloud market revenue slide shows the

amount of revenue that's generated by

the cloud market at the top but at the

bottom are traditional systems, still

on-site in most companies, that go unused.

Studies show that only 2 to 3 percent of

home computers are utilized and 3 to 5%

of computers in company data centers. Tt

would be safe to say that overall 90% of

the world's idle computer resources

perish every day when they could be put

to good use, but people that need the

resources cannot access them. Here is an

interesting model of hybridization.

Instead of buying all of your resources

from some large cloud like Amazon on the

right, you could utilize some of the

resources that you have on-site and mix

the two of them together to get a much

lower cost of ownership. So if you used

all Amazon Cloud configuration the type

of computing might cost close to two

thousand eight hundred US dollars. If you

did all of that with an on-demand hybrid

cloud your cost dropped around $900 a

month. With Subutai there is no effort

in hybridization. Subutai moves your

infrastructure around friction-free to

optimize for performance. It is the ultimate

multi-cloud solution, there is no limit

to where your infrastructure can run

across peers. Another big problem with

cloud computing is accounting. If you're

using multiple clouds just tracking

where your systems are running and how

much you should pay is a headache. That

often requires one permanent employee.

Small to Medium Business have no time

for that, or to shop around for the best

deals.

Subutai uses machine learning

algorithms to perpetually shop around

for the best prices while maintaining

performance requirements. Subutai

doesn't have any real competition. A lot

of cloud providers may say they compete

with Subutai, but when you list all the

different features of Subutai has,

there's no cloud provider that even

comes close. Subutai is truly a unique

product of which we are very proud. The

traditional Small to Medium Business,

also known as SMB, customer profile is

somebody who's very sensitive to monthly

cloud utility bills. They start to use

the large cloud providers and at the end of

the month they get this horrendous bill

that they had not been expecting. SMB's

lack the time, the money, the staff and

the resources to be able to monitor the

usage and take control over it because

the existing cloud services are too

complex for their staff to actually do good

modeling of the service model. If the SMB

goes multi-cloud the problem gets even

worse. SMBs need simple solutions to

common problems and SMBs want to

just click on an application and be able

to have it run just like any other

application. SMBs are typically not

able to take advantage of automated

delivery of services like larger

installations. They want to have packaged

solutions. Subutai provides these

packaged solutions through the

marketplace. Subutai blueprints can

allow you to create your own environment

by putting together a series of cloud

applications which can be rolled out as

Internet Service Packages from Economy

Operators such as telcos, electric

utilities and hosting groups. As an

example, a point of sales and accounting

software could have a Blueprint created

and launched with a single click.

It could be contact management and

marketing software, or a variety of other

types of software, that could be packaged

up and easily launched. There can also be

residential customers. A lot of people

are looking at Google's Nests, Amazon Alexa,

and all types of different home cloud

devices. These are closed, inflexible

hardware platforms written specifically

to one particular home cloud. In the end

these will add up to large electronic

trash heaps as these different companies

lose interest and walk away from the

devices they sold you last week. The

Subutai router is open hardware. It

is literally like a Swiss Army knife and it's

so flexible it allows open replacement

of devices in the home, an IOT

marketplace. It allows Economy Operators

to compete against the big cloud

providers without having the same

investment in the infrastructure, to

allow the Economy Operators to reach out

to their customers. The benefits to

end-users can be almost unlimited.

End users can take their own cloud wherever

they want to go. End users could put a

free operating system on a live USB

memory stick and then install Subutai

on top of that. When they plug in their

USB memory stick and boot as a software

boots it could automatically put them

into their own personal cloud

environment wherever they go. When they

are finished they close down the

operating system store it back on the

USB stick, pull the USB stick out of the

computer and go on to their next

computer. This functionality will also be

useful on netbooks, Chromebooks and

other very portable devices that do not

have a lot of storage. When end users

boot a device that can reach out with

Subutai, setting up their environment

the way they are used to it, and allowing

them to use their device over the

Internet.

There is also a remote desktop that allows

end users to have a desktop hosted in

their cloud, accessible from any browser.

There's a cryptocurrency wallet that's

built into the router, which is also a

cryptocurrency miner, and this is another

benefit for the end-user. Using the

router may generate enough

cryptocurrency every month to pay the

owners internet bill. The internet

provider could make a contract with the

end-user to use the router as a

broadband router, and as a Network

Attached Storage device, but the internet

provider gets the cryptocurrency that is

generated by the router,

giving the end-user Internet access

either at a greatly reduced price or

even free. The router has advanced

security functions. The router uses fuzzy

hash price-based pattern matching

algorithms to examine packets going in

and out of the router to make sure the

packets do not have viruses or

other malware in them. The router also

examines how the operating system is

running. If there are any differences in

the way the router operating system is

running, the router will immediately flag

this as a problem and perhaps shut down

to protect the house, protect the

business, or protect the grid. This is an

all-in-one open platform that does a

variety of things at an inexpensive

price. A lot of people say "This is a

wonderful story but how many years is it

going to be before we have all of this?"

The Subutai peer-to-peer cloud

software is in its six major release. It was

originally created through a contract to

a government organization who needed a

stable and secure peer-to-peer cloud

environment for their own use.

Once that contract was finished the

government decided to allow the software

to be open sourced and for the past five

years OptDyn has been working to make the

software available to everybody. The

global Bazaar is operational and is

ready to be licensed by Economy

Operators who want to be able to utilize

the Subutai cloud platform to operate

their own Subutai Bazaar. Subutai

is here to allow Economy Operators to

instantly create their own cloud crypto

economies backed by their own token,

which their customers mine using

rebranded Blockchain Routers. The Subutai

Blockchain Router's second major

design is complete, and is being made ready

for mass manufacture, expected no later

than Q3 of calendar year 2018. The

Router will be mass-produced in very

large quantities and available for the

Economy Operators to sell to their

customers or for individual purchase.

The Subutai Router has support for

Arduino shields, Raspberry Pi extensions

and PMOD hats to give it flexibility.

Several Memorandums of Understanding (MoUs) are

being signed by very large economy

operators to be able to bring Subutai

with the greatest possible speed to

their customers, and there is a

multinational team in place for product

support. Current partners of OptDyn are

(for example) the University of Sao Paulo

and LSI Tech through a project called

Caninos Loucos (Crazy Canines in Portuguese). This is a project to

create hardware platforms for the

Brazilian Internet of Things program.

Jon Hall, the CEO of OptDyn, is on the Caninos

Loucos Advisory Board and the Subutai

Blockchain Router has been chosen as a

high-end hardware platform for the

program because the Blockchain Router is

open hardware. The current design for the

Blockchain Router is on GitHub for

anyone to see and use. The Subutai

Blockchain Router will be running Open

Source software for all of the router

functions and LSI tech will be

manufacturing this router in their

facility in Q2 Calendar Year 2018 to

have the first engineering prototypes

and then after that high production for

the marketplace. The Vanbex group is

a consulting company that facilitates

the creation and marketing of block

chains and cryptocurrencies. We are

working with Vanbex to make sure

that our token and our ability to handle

crypto currencies is world-class. We

also have potential partners such as a

very large global telecommunications and

Internet service provider. We are in

discussions with a national open

Technology Center and Research Center in

a very large utility company and have

demonstrated the software to them. We are

also talking to a national social

security and welfare organization. They

are interested in using Subutai

software in their very large data center

to provide services for over 60 million

people. Some have even envisioned using the

Subutai Blockchain Router as a

extension of the medical facility with

devices attached

for recording blood sugar and blood

pressure. Subutai would make such

applications possible to facilitate

patient care from the home. We are

talking to the largest open source

training and consulting company in

Brazil. We showed them the Subutai

software and they were so enthusiastic

about it they said "We will send some of

our course developers to your internal

training session so we can develop

training courses for Subutai products.

As you roll out the products we will be

able to sell the training courses to

people who want to know how to better

use the Subutai software. We would

also help you to develop end-user

documentation for this." We are talking

with a major certification program to

allow people to be certified as Subutai

Professionals. OptDyn will be

funding the certification program to be

developed and once the certification has

been developed the certification will be

offered to over 140,000 systems

administrators in 180 countries around

the world. We are also talking to the largest

computer manufacturer in Brazil who is

considering manufacturing the Subutai

Router. The people in OptDyn have

industry leadership. The CEO has 49 years

in the computing industry and has had a

wide range of different jobs. He has been

an Open Source entrepreneur for over 23

years. He writes articles for Linux Pro

Magazine, both the paper magazine and

blogs, which goes out into a hundred

countries in five different languages.

The CTO has 25 years experience as a

long time Apache developer, has developed

many of the projects which (quite frankly)

were very difficult to do, and have been

adopted as a backbone for several core

products of Fortune 50 companies. The

Director of Marketing has 24 years in

Open Source, has been the head of PR and

marketing for the Apache Software

Foundation, W3C, and many other

Open Source organizations. Currently

there is a team of 35 people around the

world and we are seeking to double the

staff

in the next year. We have a recognized

open source team. We believe heavily in

open source, we understand the open

source business model. We believe that

Open Source actually gives us an

advantage in developing this software

quickly and making it available to

people quickly. We have special abilities

in security and identity management, in

cloud and IOT technologies and

distributed ledger technologies and we

are bringing in raw talent from

countries around the world and teaching

them how to develop software with the

widely adopted "Apache Way" of development.

In summary the Subutai product line

is unique. There is no other cloud

software which is like it.

In fact OptDyn believes that no other

cloud system even comes close. The Subutai

product line delivers real value to

both end-user consumers and data center

suppliers, whether it be an electric

utility, a large company that has lots of

computers or an educational institution

or a hospital. Subutai not only

allows you to use your resources more

efficiently but allows you to sell your

excess capacity to people who need it.

The Subutai product line is mature. It

is ready to deploy today. People have

been successfully deploying it all over

the world

and the newest version of the router

will be ready to deploy in Q3 Calendar

Year 2018. Thank you for viewing this

video and we invite you to visit the

OptDyn.com and Subutai.io websites to

learn more.

For more infomation >> Subutai(tm) - Open Source Peer-to-Peer Cloud Software by OptDyn(tm) - Duration: 34:12.

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How to install scio eductor clasp64 software - Duration: 5:04.

In this video, we will show you how to install the "scio-eductor Clasp64" software.

First, open the Mandelay downloader, type in your "Username" and "Password". Click on "Log In" then click on "Click Here to Install CLASP64 Software"

The installation will start shortly

You will have to accept the "Software License Agreement", then click on "Next", then "Next" again

Click on "Install" and the installation will start in a few seconds. The time required to finish the installation depends on the speed and power of your computer. Please wait patiently

The pop-up window will help you install the database. Click on "Next", "Next", "Next" and "Next" again, then click on "Install". Finally, click on "OK"

Click on "Finish" to complete the database installation

Now the program will help you instal the latest version of "DivX player". Simply click on "Next", "Next", "Next", "Next", and "Next" again, then accept the "License Agreement" by clicking on "Yes" and "Yes" again

Please close the folder window

Wait for the installation to finish

Close the popup folders

And click on "Close"

You will need to type in the "Serial Number" of your device, choose its type then click on "OK"

Click on "Next" for driver installation, then click on "Finish"

Congratulations! <br>The "scio-eductor Clasp64" software is finally installed your computer!

Thank you for watching this video!

For more infomation >> How to install scio eductor clasp64 software - Duration: 5:04.

-------------------------------------------

How to export import client database scio eductor software - Duration: 1:51.

In this viedo, we will show you how to Export Imoport your client database.

First, double click on the "Clasp64" icon to start the Scio-Eductor stoftware

Wait until the system recognises your scio-eductor device

When software recognition is at 25%, click on "Close" to close the window

The system is loading

Click on the "Continue" button to move forward to the next screen, then click on "Password"

Type in the "0210" code and then click on "OK"

Click on the "Demographic" button to open the Demographic/Client information

Click on the Patient Data (Load New or Previous Patient)" to open the Client Database, then click "OK" to load

Click on the "Export/Import" tab on the top and choose "Export patient data". Choose the target folder for saving the data. On the pop-up window, click on "OK"

Please click on "Close" then proceed on closing the software

There is a new folder called "Clasp64 PatientExport" on the selected destination. This folder contains the saved information

Now let's see how to import the client information back to the system. First, double click on Clasp64 icon to start the scio-eductor software

Wait until the system recognises your scio-eductor device.

The system is loading

When software recognitions is at 25%, click on "Close" to close the window.

Click on the "Continue" button to move forward to the next screen, then click on "Password"

Type in the "0210" code and click on "OK".

Click on the "Demographic" button to open the "Demographic/Client" information

Click on "Patient Data (Load New or Previous Patient)" to open the client database, then click "OK" to load

Click on the "Export/Import" tab on the top and choose "Import patient data", then choose the location of the "Patient database folder"

When you find the files, choose the "patient" file and click on "Open". Then click on "OK".

Now all of your Client databases are back in the system again!

Thank you for watching this video!

For more infomation >> How to export import client database scio eductor software - Duration: 1:51.

-------------------------------------------

How to download and install scio eductor clasp64 software - Duration: 6:42.

In this viedo, we will show you how to download and install the scio-eductor Clasp64 software.

First, double click on Mandelay downloader icon.

You need to type in Username and Password, then click on "Login".

Click on the "Click Here to Download and Install CLASP64 Software" to start downloading.

The download time and speed depends on your internet speed. The time needed can range from 20 minutes to hours! Please wait patiently.

When downloading is complete, click on "Click here to Install Clasp64 Software", the installation will start in a few seconds.

You will need to accept the "Software License Agreement" and click on the "Next" button, then click on "Next".

You need to click on "Install". Installation will start shortly. The time required to complete the installation depends on your computer speed.

To install the database, click on "Next", "Next", then "Next" again and finally click on "OK".

Click on "Finish".

Now you will have to install the lates version of the "DivX player". To do so, please click "Next", "Next", "Next", "Next", "Next", then "Yes" and "Yes" again.

You need to close the pop-up window.

Please wait for the installation to complete. This may take some time.

Please close the location folders.

Click on "Close".

Now you will have to type in the Serial Number of your device, choose the type of your device then click on "OK".

Click on "Next" to install the drivers, then click on "Finish" and "Finish" again.

Congratulations! Your scio-eductor Clasp64 software is finally installed your computer.

Thank you for watching this video!

For more infomation >> How to download and install scio eductor clasp64 software - Duration: 6:42.

-------------------------------------------

How to activate scio eductor clasp64 software - Duration: 2:05.

In this video, we will show you how to activate the scio-eductor Clasp64 software.

First, double click on the Clasp64 icon to start the Scio-Eductor stoftware.

Wait until the system recognises your scio-eductor device. This may take a couple seconds.

When software recognition is at 25%, click on the "Close" button.

The system is starting up and loading.

Click on the "Continue" button to move forward to the next screen, then click on the "Password" button.

You will need to Insert your name in the "Name" field, select your country and click on the "I agree all terms and save" button.

Please read the License Agreement carefully, then click on "Close".

Click on the "Activation" button. You need to type in your Username and Password, then click on the "Send to Server" button

Congratulation, Your computer is finally activated! Please click on "OK". The system exits automatically and you can start using your scio-eductor software.

Thank you for watching this video!

For more infomation >> How to activate scio eductor clasp64 software - Duration: 2:05.

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Software licenses - what should you know about them? - Duration: 1:08.

Błażej Pabiszczak, YetiForce company, today about licensing.

Let's keep in mind that a license

is used for limiting.

What does it mean in practice?

It means that the license causes that we can do less,

doesn't allow us to do certain things that would be important to our business.

The second aspect I want to touch upon today is that

you have a choice when it comes to

the license, the product that you choose

that's why at the stage of choosing the product and the producer

it is important to choose carefully

the license under which this solution will be provided to you

because your business and your future depend on it.

The last element that we will touch upon

is the fact that you need to understand the license,

in practice, it means that every company

should be fully aware of

business benefits, and most importantly,

risk and limitations

are related to a particular license.

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