These days, I took some time to study Midnight again and figured out its Partner Chain architecture scheme. After watching it, I can only describe it with one word: vacuum spherical chicken—too idealistic.

In the past, when people discussed privacy, they always felt it was a cryptography issue. But here at Midnight, it has been transformed into an "administrative management" issue. I found that many people are still too lenient in discussing the architecture of @MidnightNetwork and even have a bit of blind optimism. It did not choose the currently mainstream L2 Rollup, but rather opted for an extremely flashy Partner Chain path. This is not just a technical choice; it's a "big move" in the underlying trust logic.

You have to know that even if L2 is terrible, its security is locked in the L1 contracts of the Ethereum or Cardano mainnet. But as an independent execution layer, Midnight's lifeline is in the hands of a few "federal validators" like Google Cloud and Blockdaemon. This becomes very interesting: if what you trust is decentralized consensus, then Midnight may disappoint you. Because once these few major nodes decide to cause trouble, or are raided by regulators with a lawsuit, the thousands of staking pools on the Cardano mainnet cannot save your assets at all.

I originally thought that "decentralization of power" was the essence of blockchain until I saw this so-called "federal decentralization." To put it bluntly, you have to trust these few large institutions. If Google goes down, does that mean Midnight has to stop as well? Compared to the millions of validators on Ethereum, this is practically a large-scale "centralized cloud service." For compliance agencies, Google's name is indeed more pleasant than that of anonymous validators; but for the extreme privacy-seeking Cypherpunk, every federal node is a lurking monitoring point.

The more concealed knife is hidden in the design of the Kachina Protocol. To deal with compliance, Midnight has reserved a so-called "God's eye view" disclosure mechanism. Is this really privacy protection, or is it a backdoor for regulators?

If you're trying to avoid centralized monitoring, the $NIGHT architecture is clearly not for you; but if you just want to leave a loophole for the tax authorities or auditors while protecting commercial secrets, then it is indeed precise. But my personal lesson tells me: if a project's circuit code is not open source, the audit report is not transparent, and the ownership of the god-level private key is ambiguous, then its so-called privacy is just a sophisticated "security deception" exercise.

Of course, I'm not saying this route has no chance of success; there are many successful cases, and this architecture has significant advantages in efficiency over traditional architectures. The question is how to truly reassure everyone, which requires more technical disclosures. The current related materials only allow people to see the outline of the project, and specific details require more algorithmic proof.#night