Regardless of how well or poorly I may have articulated it, my point is in agreement with your statement:
"This business about "whatever it takes" is simply false. It's "safe enough" when the consumers determines that the benefits are worth the risk."
The key reality is that we have to find the appropriate safety vs. risk tradeoff point.
Sorry, but that misses the point. Those who get in their cars might think they're the safest drivers in the world, but they cannot be clueless to the point of not knowing that someone else can crash into them, through no fault of their own.
And yet, they drive a car they can afford. Not a Sherman tank.
Same with pedestrians. "Whatever it takes" would mean that sidewalks are protected by concrete barriers, and people walk around with bulletproof vests. And yet, no one expects that.
So once again, this emotional "whatever it takes" makes absolutely no sense. An engineer basically dismisses it as emotional nonsense and proceeds to do his job.
Those people getting into their cars everyday have also decided that they are safe enough drivers; that the chance of them injuring or killing someone is acceptably low. The people who say "whatever it takes" do not apply the same standard to themselves unless they spend every dollar they have to ensure that they never cause harm to another person, directly or indirectly.
Judgement is a very difficult thing, but it is one of the characteristics that make us human.
And yet people get into their cars every day without a second thought. Evidently, THEY have decided that they ARE safe enough.
That's my point. This business about "whatever it takes" is simply false. It's "safe enough" when the consumers determines that the benefits are worth the risk. End of story.
In truth, if people die, it was not safe enough.
If no one is ever injured, then it was probably too safe.
No device will ever be completely safe, no matter how much engineering effort is made. We just cannot predict all of the various scenarios in which something will fail.
We only know there is a problem after it breaks.
Just a thought.
There is no guarantee of safety for our every day lives. What does it cost to make the power plant safer? Maybe it costs some lives of people that can't afford the electricity due to that added cost. There will always be trade offs. I just hope that the engineering community will make the best decisions possible.
Yes indeed. There's a question with no quantifiable answer. Even the non-technically-oriented person, who might blurt out "whatever it takes," is being disingenuous. If he would spend some time thinking about it, he will realize that he's balancing benefit and risk with every step he takes.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.