At night, in darker conditions, cameras dial up their light sensitivity so that they can see faint light (the human eye does the same thing through the iris). So in that mode, they’re sensitive to the brightness that can be produced by human-made light emitters.
But during the day, they’re already set for sunlight levels of brightness so that blinding them in that setting will require more light than is feasible to produce using normal light emitting technology. Infrared or visible light.
Think about trying to blind someone with your car headlights in the middle of a bright sunny day. It just doesn’t work.
Well that’s disappointing. Guess I’ll have to integrate visible wavelength LEDs too. I’ll just market them as a wearable work light.
It’s not about wavelength, but about intensity.
At night, in darker conditions, cameras dial up their light sensitivity so that they can see faint light (the human eye does the same thing through the iris). So in that mode, they’re sensitive to the brightness that can be produced by human-made light emitters.
But during the day, they’re already set for sunlight levels of brightness so that blinding them in that setting will require more light than is feasible to produce using normal light emitting technology. Infrared or visible light.
Think about trying to blind someone with your car headlights in the middle of a bright sunny day. It just doesn’t work.
So i just have to get out at night? Mmh interessing
And not under particularly bright indoor lighting.
TBH the tiny Meta glasses cam probably won’t work at night anyway. If it’s small enough to be “stealth” then it just can’t pick up much light.
1,000,000 lumen work light glasses. What kind of work, you ask? The Lord’s work.