If you still assume any blockchain is completely immune to catastrophic software bugs, you are setting yourself up for a nasty surprise.
Most investors blindly trust code immutability right until an exploit drains liquidity or freezes their assets. Watching a network halt or rollback can completely shatter your thesis in seconds.
Back in August 2010, an integer overflow bug quietly generated 184.4 billion $BTC out of thin air at block 74638. Satoshi and early developers had to coordinate an emergency chain rollback within five hours to overwrite the bad transactions while most of the world was asleep.
We often point fingers at modern halts on $SOL or the historic hard fork that split $ETH and Classic as proof that newer chains are sloppy. In reality, even the oldest network required manual human intervention to survive its early days.
If an exploit of that scale happened on a top network today, do you think validators would coordinate a rollback or let the market take the hit?
#Bitcoin #CryptoHistory #Blockchain
Most investors blindly trust code immutability right until an exploit drains liquidity or freezes their assets. Watching a network halt or rollback can completely shatter your thesis in seconds.
Back in August 2010, an integer overflow bug quietly generated 184.4 billion $BTC out of thin air at block 74638. Satoshi and early developers had to coordinate an emergency chain rollback within five hours to overwrite the bad transactions while most of the world was asleep.
We often point fingers at modern halts on $SOL or the historic hard fork that split $ETH and Classic as proof that newer chains are sloppy. In reality, even the oldest network required manual human intervention to survive its early days.
If an exploit of that scale happened on a top network today, do you think validators would coordinate a rollback or let the market take the hit?
#Bitcoin #CryptoHistory #Blockchain
