I GAVE MY GROK BOT $52 AND ONE RULE: TWO LOSSES IN A ROW AND THE TRADER IS FIRED. 24 HOURS LATER: $4,939
The first one it fired was the #1 trader of the week. His two losses cost $1.04.
I handed Grok Bot copy trading on FOMO through copyfomo and let it decide who to follow. It picks a trader from the weekly top, copyfomo mirrors every trade at 0.25x size and exits the second that trader sells. I didn’t touch anything. I just watched it hire and fire.
- 00:00, hires ape_vasco, #1 of the week
- 05:16, two losses in a row, fired. Wallet at $73
- 05:16, hires moonpie_max, #3
- 13:55, two losses in a row, fired. Wallet at $520
- 13:55, hires lunadegen, #2. By midnight the wallet is at $4,939
copyfomo: https://t.co/IJVMDj6Rew
Here’s the honest part. Without the bot I’d have stuck with the first guy, because he’s the best of the week, right?
The #1 of the week took the wallet from $52 to $73.
The #2, hired last, took it from $520 to $4,939. Two trips into JUICY, then two exits right at the end worth $771 and $837.
Both firings together cost under $12. That’s where the money came from, not the copying itself. Following a good trader is easy, everyone does it. Leaving one the moment the streak turns is the part most people can’t do.
48 copied trades, 36 green. The 0.25x size and exiting with the trader kept the 12 losers small, none of them took a real bite out of the wallet.
Hour 24. lunadegen still has the seat, and the bot is still counting his losses in a row.
YOUR LLM IS REPEATING WORK IT DOESN’T NEED TO REPEAT.
That’s why KV cache matters.
Imagine a conversation with 2,000 tokens of context.
You add one more token.
Without KV caching, the model recomputes attention keys and values for the existing context.
With KV caching, it reuses the stored keys and values and computes them for the new token.
The difference:
WITHOUT KV CACHE
Recompute previous K/V states → Generate next token
WITH KV CACHE
Reuse previous K/V states → Process new token → Generate next token
This reduces repeated computation during autoregressive generation.
But there’s a trade-off:
KV cache consumes GPU memory.
Longer context + larger batches = more memory pressure.
That’s why LLM inference is a systems engineering problem, not just a model problem.
The fastest AI systems don’t just generate better.
They avoid doing unnecessary work.
#AI #LLM #Inference #MachineLearning