The central server then sends the notification to an app. User of the app is local staff. E.g. they get this message each evening before the store close doors. Same with the freezer room backdoors. At sunday it might escalate to a supervisor who is responsible to a region. This is how such things typically work.

Additional value might be a freezer who can serve a range of minus temperature. It can buffer cold when energy costs are low - typically at night or at sunny days. You need the energy prices online tho.

Put some energy in your thoughts snd you‘ll get it.

Yes, they did. Keep the defrost button pressed.

Typically IoT things controll the temperature in cold chain applications. This is about food safety and health.

Don’t know about those fridges. I assume the monitoring targets open door alarm (glass door fridges), temp controll at all, and saving energy.

But hey, shout out loud your bad energy first. Don’t start thinking.

I assume because of the monitoring cloud-based IoT thing from Danfoss fridges were so comfortable to use. Ok, you don’t need it so often, but hey it’s a cool IoT feature.

Simple thoughts for a complex problem never lead to a solution.

You might think one or two steps further. The 5-W framework might guide your thinking.

They might have underestimated the mix of items. From bagged dog food with 20kg, boxes of all shapes down to small poly‘s is hard to handle. For picking robots as well as the sorting AGV‘s.

Amazon didn’t robotize its entire item spectrum yet, as far as I know. It focus on robotizable items.

If such a heavy dog food bag brakes, all the small pieces lie on the floor that those dumb AGV‘s drive upon. That’s immediately causing clogged wheels and even more. And to clean the mess up, one has to stop the entire AGV area as it’s not safe for humans to enter. One broken dog food bag can cause some expensive maintenance and drives operational costs up. 1 broken bag per month can likely kill your business case.

Wtf: 1747 tracking cookies in one single site?

Comparable to this shitty coffee machine. Didn‘t read it.

Think first, talk then.

But, but… the economy.

This ugly tall wind turbine is build between existing ugly small wind turbines. There’s no need to make it pretty.

People are used to the ugly small ones already.

Besides this, it’s built at an old open-pit lignite mining. If you ever have seen such a spot - which I doubt - you will be happy to see this wind turbine. It looks much better than the pit.

True. In Germany, you have to apply a formular first, before you consider to strike. No joke.

I don’t get the arguments of our youth. On one hand they say „I‘m not going to die in war for ya“ and on the other side they say „Putin will not attack us because we have way more weapons“

One has to fight for its rights, it’s not given as a present. If a neighbor country is aggressive and unpredictable, one has to serve in military service or civil service. Same as all young men in Germany did as well.

That’s the point. All the talks about guardrails and such is for commercial use. Military and intelligence will use ot as weapon without any restrictions.

Sad to say - already done

A cybercriminal has combined a number of premier AI models to steal over 600,000 credit cards from more than three dozen companies, in one of the most severe AI hacks so far

https://www.forbes.com.au/news/innovation/a-chinese-hacker-used-ai-to-attack-more-than-100-companies/

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Double posts

Fraction of costs for deployment (no heavy safety, no design phase, less weight and momentum), overall costs, different gripper, train a new use case in around 4,000 hrs video material.

Think of it as a progression of collaborative robots such as cobot Sawyer. And for most new use case, you don’t need millimeter accuracy, high payload or speed to answer your potential remarks.

It most likely will move into a sort of dual-arm humanoid for stationary use cases (such as Jaka K1). Mobile will likely specialize to fit use cases (wheel, legs)

Even though you comment seems reasonable first view, I have the impression you have a rather theoretical knowledge.

I work with both kinds of robots and it will work and take jobs. I assume the timeline at about 2-3 years for first bigger roll outs.