yooo so nobody in the NEWT camp wanna actually talk about this huh

look we've known TEEs are cooked for YEARS. this isn't some new discovery. academics been yelling about side channels and fault injection since forever. the whole pitch is "trust the black box even if your OS is malware" but like... the box itself is leaking everywhere. remember TEE.Fail? october 2025? georgia tech and purdue just... extracted encryption keys straight outta intel and AMD ddr5 enclaves. straight up yoinked them. so much for "secure enclave" lmao
now picture your AI agent wallet sitting in that thing. someone cracks the TEE? they don't just read your keys. they can make your agent do WHATEVER they want. and its all automated so its not "one guy got hacked" — its "everyone got rekt simultaneously"

but heres what actually scares me. say the TEE IS compromised. agent goes rogue inside, starts forging transactions, draining stuff, manipulating outputs, whatever. the TEE doesnt stop. it keeps pumping out these pretty zero knowledge proofs like "yup all good here boss" and the onchain verifier just checks if the proof math works. it has ZERO clue what actually happened inside. proof checks out, behavior was malicious, chain is completely blind.

and then you read newtons docs and they hit you with "if not successful..." and just... nothing. no plan b. no "heres what we do if the TEE starts lying." just vibes and prayers.

so youre trusting a hardware black box that promises it aint lying, and a proof system that verifies the promise not the truth. once that box is owned the whole thing collapses. youre not trusting cryptography at this point youre trusting that intel and AMD built something unbreakable which... gestures wildly at TEE.Fail ... they absolutely did not.

idk man handing your money to "eh the hardware probably wont break" feels less like security and more like cope. #newt $NEWT $TLM $BIRB @NewtonProtocol