A senior figure in the Ukrainian defence industry told New Scientist that a test took place two years ago involving fully autonomous drones set to destroy anything in a given area, with confirmed casualties
When deployed, the drone is launched into a designated hunt-zone. It navigates purely via visual landmarks. The onboard AI constantly screens the video feed. When an object matches its classification matrix (e.g., a specific mobile missile launcher), the system locks onto the pixel coordinate, arms the ESAD, and executes a terminal dive completely independent of human input.
This tightly integrated anatomy of Edge Compute + Computer Vision + Modular Lethality is what defines the reality of autonomous robotic warfare today.
When deployed, the soldier is launched into a designated hunt-zone. He navigates purely via visual landmarks. His brain constantly screens the nerve data from his eyes. When an object matches its classification matrix (e.g., a specific mobile missile launcher), the organism locks onto the pixel coordinate, arms the ESAD, and executes a terminal dive completely dependent on human input.
I don’t understand are you agreeing with me or quoting me because that’s not from the article, that’s from my Ai prompt that I run through gemini and then ask questions.
Instead of letting the large language model think for you, I would suggest to try critical thinking for yourself. I sincerely mean this in a kind way, because if you continue with this, you may become a drone like the ones we talk about here, and I wish that on nobody. I know this current path is easier/more convenient, but sometimes one has to choose the harder path to arrive at a better result.
Nope these make the choices. Ai driven 99.999%
When deployed, the drone is launched into a designated hunt-zone. It navigates purely via visual landmarks. The onboard AI constantly screens the video feed. When an object matches its classification matrix (e.g., a specific mobile missile launcher), the system locks onto the pixel coordinate, arms the ESAD, and executes a terminal dive completely independent of human input.
This tightly integrated anatomy of Edge Compute + Computer Vision + Modular Lethality is what defines the reality of autonomous robotic warfare today.
That’s what they’re saying:
When deployed, the soldier is launched into a designated hunt-zone. He navigates purely via visual landmarks. His brain constantly screens the nerve data from his eyes. When an object matches its classification matrix (e.g., a specific mobile missile launcher), the organism locks onto the pixel coordinate, arms the ESAD, and executes a terminal dive completely dependent on human input.
I don’t understand are you agreeing with me or quoting me because that’s not from the article, that’s from my Ai prompt that I run through gemini and then ask questions.
Instead of letting the large language model think for you, I would suggest to try critical thinking for yourself. I sincerely mean this in a kind way, because if you continue with this, you may become a drone like the ones we talk about here, and I wish that on nobody. I know this current path is easier/more convenient, but sometimes one has to choose the harder path to arrive at a better result.
I don’t let things think for me I made the prompt that it had to run off of. It wasn’t I asked it the anatomy and it gave me that. I had to trick it.
Lol. Okay buddy
Ask it: the anatomy of a terminator drone, the ones we use in Ukraine not the movie.
You won’t get what I got.
I dunno if you can tell, but I’m fundamentally against the waste of resources that are LLMs. No thanks.
You didn’t understand that they took your comment and applied it to a human instead of a computerized drone?
I mean, they used AI to generate their last comment. If there were ever a good example of AI eroding the capability for thought…
You didn’t understand that they took your comment and applied it to a human instead of a computerized drone?