Northwest · M
It's a marketing term. Its utility is in the ecosystem it provides to application developers.
It's not about your fridge being IoT enabled, it's about you knowing when the door was left open, and you're on vacation, and the options you may have available to you. For instance, you can contact a service desk, send them a one-time access code, to enter your home through the IoT enabled garage door, or door, as you watch through your home camera, as they go in, fix the problem, and get it, and as they leave, the access codes are terminated.
Or, if I am at work, and my garage door application, tells me that the door is open.
Or, if the package delivery person shows up, to enable them to put perishable items in the fridge.
And that's just the tip of the iceberg.
It's not about your fridge being IoT enabled, it's about you knowing when the door was left open, and you're on vacation, and the options you may have available to you. For instance, you can contact a service desk, send them a one-time access code, to enter your home through the IoT enabled garage door, or door, as you watch through your home camera, as they go in, fix the problem, and get it, and as they leave, the access codes are terminated.
Or, if I am at work, and my garage door application, tells me that the door is open.
Or, if the package delivery person shows up, to enable them to put perishable items in the fridge.
And that's just the tip of the iceberg.
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ShaythePanTransMan · 22-25, T
@Northwest I guess I misunderstood it then. I still don’t see how it could be all that useful but I guess we’ll have to wait.
Northwest · M
@ShaythePanTransMan The reason why I call it a marketing term, is that it's an "umbrella", covering a whole bunch of stuff, to create the Internet of Things ecosystem. IoT has its origins in UpNP (Universal Plug and Play), an originally Microsoft effort, that the entire industry was recruited to participate in.
At the very core of IoT, is a concept called end point description. This would be something like:
I am a printer
I am an inkjet printer
I can handle 8.5x11 paper size
I have 4 color cartridges
My color cartridges can give me capacity level
I can produce 3 pages per minute
I can connect through a USB port
I can connect through a WiFi connection
My model is....
My serial number is....
Here's where you can download my Windows 10 driver:......
etc.
This is what allows Plug and Play to take place, where you plug something into your computer, phone, etc. and setup magically happens.
If you refrigerator is IoT enabled, it means it is capable of identifying itself, if it's a passive device, or communicate with other devices, by asking them to identify themselves, if it's an active device.
The most obvious use of IoT for a fridge, in a home, is maintenance, and in some not too distant future, next to machine vision, identify everything that goes in and out of a fridge. Let's say this is not a home application, and you run a chain of restaurants, and you have a contract with a company to service these fridges. A single person, at the company's headquarters in St Louis, is notified of a problem, with a fridge, at one of the restaurants, in San Mateo, California.
This is just a simple example. The power of IoT, is when all things can be discovered, and a higher level application can make use of it.
Let's say you walk into a conference room, and you would like to deliver a presentation. The room already has an LCD screen in it. The LCD screen is WiFi access point, to allow WiFi enabled devices to connect to it.
Your presentation is on the cloud somewhere.
You have a smart Phone.
The application, using the standardized IoT protocols, running on your phone, can discover everything in the room, ask for the presentation data, connect to the LCD screen in the room, and using either voice commands, or the phone app itself, allow you to deliver the presentation, using nothing but your phone.
In a future scenario, you will not need the phone. You will walk into the room, look into an IoT enabled camera, get identified, through biometrics, and use a passthrough, to get your data from your cloud, and display it to the LCD screen in the room.
This is how the cable company, for instance, manages your cable box, in your home, from an outsourcing office in India.
Hope this helps.
At the very core of IoT, is a concept called end point description. This would be something like:
I am a printer
I am an inkjet printer
I can handle 8.5x11 paper size
I have 4 color cartridges
My color cartridges can give me capacity level
I can produce 3 pages per minute
I can connect through a USB port
I can connect through a WiFi connection
My model is....
My serial number is....
Here's where you can download my Windows 10 driver:......
etc.
This is what allows Plug and Play to take place, where you plug something into your computer, phone, etc. and setup magically happens.
If you refrigerator is IoT enabled, it means it is capable of identifying itself, if it's a passive device, or communicate with other devices, by asking them to identify themselves, if it's an active device.
The most obvious use of IoT for a fridge, in a home, is maintenance, and in some not too distant future, next to machine vision, identify everything that goes in and out of a fridge. Let's say this is not a home application, and you run a chain of restaurants, and you have a contract with a company to service these fridges. A single person, at the company's headquarters in St Louis, is notified of a problem, with a fridge, at one of the restaurants, in San Mateo, California.
This is just a simple example. The power of IoT, is when all things can be discovered, and a higher level application can make use of it.
Let's say you walk into a conference room, and you would like to deliver a presentation. The room already has an LCD screen in it. The LCD screen is WiFi access point, to allow WiFi enabled devices to connect to it.
Your presentation is on the cloud somewhere.
You have a smart Phone.
The application, using the standardized IoT protocols, running on your phone, can discover everything in the room, ask for the presentation data, connect to the LCD screen in the room, and using either voice commands, or the phone app itself, allow you to deliver the presentation, using nothing but your phone.
In a future scenario, you will not need the phone. You will walk into the room, look into an IoT enabled camera, get identified, through biometrics, and use a passthrough, to get your data from your cloud, and display it to the LCD screen in the room.
This is how the cable company, for instance, manages your cable box, in your home, from an outsourcing office in India.
Hope this helps.
ShaythePanTransMan · 22-25, T
@Northwest That’s really cool! It does help. When you say stuff like that it makes me wish I was born later.
CharlieZ · 70-79, M
Back to it´s origins, the Internet ones, the open public communication that today seems or is it´s main purpose, was not in the early objectives.
It was thought mainly for dedicated communications between few under conditions of dissaster for normal ways.
The connection of humans with remote technical devices (mainly military ones) were part of the goals.
Much later, the communication between remotely located computers /nets, with no human interaction, become a "silent" but widlely used tech.
Same as communications between computers and remote sensors, devices, no humans in the middle.
Java was originally designed for that purpose.
So, nothing so new.
You don´t need to imagine fridges chatting each other, but yes, probably, getting from the web climate forecast to adjust tomorrow temp in advance.
It was thought mainly for dedicated communications between few under conditions of dissaster for normal ways.
The connection of humans with remote technical devices (mainly military ones) were part of the goals.
Much later, the communication between remotely located computers /nets, with no human interaction, become a "silent" but widlely used tech.
Same as communications between computers and remote sensors, devices, no humans in the middle.
Java was originally designed for that purpose.
So, nothing so new.
You don´t need to imagine fridges chatting each other, but yes, probably, getting from the web climate forecast to adjust tomorrow temp in advance.
ShaythePanTransMan · 22-25, T
@CharlieZ Oh, I don’t really understand....
CharlieZ · 70-79, M
@ShaythePanTransMan All what I´m saying is that the main actual use of Internet was, really, a later byproduct of something older.
It was more (originally) thought to communicate machines than humans.
What is and was happening, anyhow.
Not by personal home fridges in the past.
But if computers could (all this time, known or not), any machine with a chip may also do it.
Of course, for simpler purposes.
An example.
Computers may "automatically" get data of updated "to the minute" exchange rates between currencies, via internet, with no human intervención.
Makes it some sense, now?
It was more (originally) thought to communicate machines than humans.
What is and was happening, anyhow.
Not by personal home fridges in the past.
But if computers could (all this time, known or not), any machine with a chip may also do it.
Of course, for simpler purposes.
An example.
Computers may "automatically" get data of updated "to the minute" exchange rates between currencies, via internet, with no human intervención.
Makes it some sense, now?

SW-User
I’m not typically a “get off my lawn” type of person, but the idea of a smart refrigerator, a smart coffee maker, a smart washing machine, etc., etc., etc., draws me closer to being a “get off my lawn” person.
ShaythePanTransMan · 22-25, T
@SW-User 😂
I love my internet connected toilet.
ShaythePanTransMan · 22-25, T
@canusernamebemyusername Lmao. I just wonder if hackers could make it so it floods itself all the time.
MethDozer · M
I think its a stupid and wasteful idea to sell higher priced household goods and enhance forced obsolescence.
Sidenote:
I spend way too much money on Adafruit stuff.
Sidenote:
I spend way too much money on Adafruit stuff.
ShaythePanTransMan · 22-25, T
@MethDozer That’s true, it would probably wear out faster and need more repairs.





