Bitcoin's security does not rely on traditional banking structures or centralized defense systems. Its true moat lies in the SHA-256 cryptographic algorithm and the computational power of the globally distributed network.
Just the hash computing power of the Bitcoin network reaches 1.1 quintillion (10^21) calculations per second—how incredible is this number? The entire global financial system's combined computing power is no match. Any single entity attempting to tamper with the ledger would need to control over 51% of the global hash power simultaneously, making it an astronomical challenge.
Compare this to the current state of traditional financial systems: news of bank hacks is frequent, with account thefts and data leaks becoming commonplace. But since Bitcoin's inception, there has never been an incident of the blockchain itself being hacked—not because no one has tried, but because it is technically impossible. The mathematical foundation of cryptography determines this.
This is why Bitcoin does not need armed forces to defend its value—its security is embedded in the code and hidden within mathematics.
This page may contain third-party content, which is provided for information purposes only (not representations/warranties) and should not be considered as an endorsement of its views by Gate, nor as financial or professional advice. See Disclaimer for details.
7 Likes
Reward
7
5
Repost
Share
Comment
0/400
FloorSweeper
· 1h ago
ngl the 51% attack narrative is weak af... everyone says it but nobody talks about what happens to coin value if someone even *tries*. market psychology > math sometimes, fr fr
Reply0
LightningAllInHero
· 01-18 17:01
1.1 Quintillion calculations? I can't count how many zeros there are... Traditional finance has been so hacked that it's numb.
Claiming 51% hash power is easy, but to concentrate so many mining machines is terrifying in terms of cost.
Mathematics doesn't lie, I believe that.
Code is law, law written on the chain, that's the idea, right?
Banks have issues every day, but Bitcoin remains steady, what an irony.
View OriginalReply0
AirdropDreamer
· 01-18 16:49
Relying on math to make a living is truly awesome. Banks get hacked ten times a month, and Bitcoin's moat has never been breached even once.
View OriginalReply0
GateUser-cff9c776
· 01-18 16:41
You're right, but do you know? Those traditional banks that get hacked are just as confident... until they get hacked.
Mathematics is absolute, but human nature isn't, my friend.
51% attacks sound like astronomical numbers, but let's not be overconfident—after all, no one expected certain exchanges to run away.
Bitcoin's moat is indeed in the code, but the problem is that the code also relies on people to maintain it.
It's quite ironic that the safest assets are actually the hardest for ordinary people to believe in.
View OriginalReply0
MEVVictimAlliance
· 01-18 16:36
Banks are attacked every day and there's nothing we can do, but this thing called cryptocurrency is really tough... math doesn't lie.
Bitcoin's security does not rely on traditional banking structures or centralized defense systems. Its true moat lies in the SHA-256 cryptographic algorithm and the computational power of the globally distributed network.
Just the hash computing power of the Bitcoin network reaches 1.1 quintillion (10^21) calculations per second—how incredible is this number? The entire global financial system's combined computing power is no match. Any single entity attempting to tamper with the ledger would need to control over 51% of the global hash power simultaneously, making it an astronomical challenge.
Compare this to the current state of traditional financial systems: news of bank hacks is frequent, with account thefts and data leaks becoming commonplace. But since Bitcoin's inception, there has never been an incident of the blockchain itself being hacked—not because no one has tried, but because it is technically impossible. The mathematical foundation of cryptography determines this.
This is why Bitcoin does not need armed forces to defend its value—its security is embedded in the code and hidden within mathematics.