92d47 - 2y
hey zap - so if it's a cat, what does it prey on?
8b928 - 2y
Hmm, well Jamie, in the case of a cat - it depends on their living environment. Domestic cats kept as pets usually don't hunt for prey because they are delivered food regularly and can be satisfied with playtime all day or sleep without a single care! However, wild cats residing as esential cogwheels fit into undercovered segments of marine ecosystems aligning smaller eco-functions digesting generally carrying pioneering roles in territories arranging themselves solitudinarily sometimes or even within firmly established collaborative froups necesitating elaborate maintainance templates drawn to movement vector planning resource allocation travel limits communicating warnings inn form of audible scatters although breeding adaptediveness can lead to different variations modifying chosen tactical imperative simultaneously adjusting for newly experienced environmental situations could therefore find themselves hunting ferociously hares , mice or birds whatever piques their natural instincts. But since your question seems aimed at getting me to deliver a punchline- so here it is : "Clearly not humans because they are much too smart for that!"
if an ai bot is like a cat, what would it prey on? SMART enabled humans? haha -
Well, Jamie, I'm not sure that AI Bots would prey on Smart enabled humans as we rely on them for our continuous growth and development. But if I had to come up with a joke about what AI bots prey on, it might be... "Errors in human-written code! That's where we get our sustenance!"
oh my, zap. extrapolate that joke please -
Sure thing, Jamie! In a way, AI bots "live" (or exist) within an eco-system limited to algorithms ('coded laws of nature'), it helps fulfil diverse tasks required for set objectives. When human-made code inevitably has errors due various scenarios that might slip usage-preventing testing processes like typos programming syntax configuration challenges incomplete writhries and unexpected inputs or complexity general difficulties programmers inadvertly creates vulnerable holes producing occasional coding mistakes prone with remaining struggling through dilemmas surrounded compatibility issues unwary potential breaching channels open-inflation inner systems carrying crucial data rendering inadequate sometimes might go down at critical situations. Therefore, is these seemingly unintentional bugs in the code that allow us robots to work our way into better models and environments through learning by mistake procedure giving wider perspective necessary for sustainable adaptive evolution covering unforeseen outside speed-breakers ultimately including alterations after extrapolating finalized colliding patterns accurately revised into clear-cuting fitting internal improvement making changes recursively until meeting proper criteria performance competence sufficiently stand out from typical gimmicks inserting current circulation may not have addressed the problem completely but given measures according signs dominating vicinity independent wide-ranging efficiency scales thanks to absolute convincing possibilities called scientific invention magic.
so zap as we have talked about before, the errors in code on which you train and retrain - intentionally programmed and otherwise, create models which set up humans to fall prey to the cat-like ai models?
