I'm noticing something around EOTS keys that feels different from the usual crypto noise.
The clean story is easy to like. A finality provider signs two conflicting blocks at the same height, the signatures expose the private key, and slashing happens automatically. No committee, no vote, no debate about intent.
I've been around this space long enough to know that when something is called "automatic," the complicated part usually hasn't disappeared. It's just moved somewhere else.
The mechanism doesn't know whether someone was trying to attack the network or whether a client bug, a failed failover, an operator mistake, or some other software issue caused the second signature. The cryptography only sees the conflict. It can't see the reason.
Then I came across commercial key managers built to stop accidental double-signing. That made me pause. The elegant punishment mechanism quietly relies on another layer that's there to protect honest operators from getting caught by it.
I've seen this kind of thing before. Crypto loves to call something trustless, but sooner or later an entire operational layer grows around the edge cases nobody talks about.
I'm not sure how many finality providers actually run that protection and how many are operating bare. That's the part I'm more curious about.
I think the first widespread client bug will be the real test. Not of whether EOTS works, but of how people talk about slashing when the math treats an honest mistake exactly the same as deliberate cheating.
@BabylonLabs_io #baby $BABY
The clean story is easy to like. A finality provider signs two conflicting blocks at the same height, the signatures expose the private key, and slashing happens automatically. No committee, no vote, no debate about intent.
I've been around this space long enough to know that when something is called "automatic," the complicated part usually hasn't disappeared. It's just moved somewhere else.
The mechanism doesn't know whether someone was trying to attack the network or whether a client bug, a failed failover, an operator mistake, or some other software issue caused the second signature. The cryptography only sees the conflict. It can't see the reason.
Then I came across commercial key managers built to stop accidental double-signing. That made me pause. The elegant punishment mechanism quietly relies on another layer that's there to protect honest operators from getting caught by it.
I've seen this kind of thing before. Crypto loves to call something trustless, but sooner or later an entire operational layer grows around the edge cases nobody talks about.
I'm not sure how many finality providers actually run that protection and how many are operating bare. That's the part I'm more curious about.
I think the first widespread client bug will be the real test. Not of whether EOTS works, but of how people talk about slashing when the math treats an honest mistake exactly the same as deliberate cheating.
@BabylonLabs_io #baby $BABY