It didn't succeed - they tried to be a jack of all trades, and became a master of none...
The Billionaire vs. Bitcoin: What Happens When the Security Budget Halves?Think about how a billionaire secures their wealth. If you have $10 billion, you might spend a few million a year on elite bodyguards, fortified estates, and advanced surveillance networks. That is a microscopic fraction of your total net worth (around 0.05%), and it is a relatively flat, predictable cost. Once your physical security grid is built, it stays up.
Bitcoin operates on a completely different paradigm. It doesn't have walls or guards; it secures its $1.66+ trillion market cap by aggressively burning real-world capital. Every single day, the network coordinates a massive global spend of roughly $36 million in electricity, ASIC hardware depreciation, and infrastructure facilities. It’s the equivalent of a billionaire being forced to rebuild and re-fund their entire security apparatus from scratch every 24 hours just to prove no one can breach the perimeter.
But Bitcoin's security model faces an existential economic clock: the halving.
Right now, miners are paid 3.125 BTC per block. In 2028 (just two years from now), that drops to 1.5625 BTC. By 2032, it slashes again to 0.78125 BTC.
If the fiat price of Bitcoin does not more than double due to dollar devaluation with each halving, or if transaction fees don't skyrocket to make up the difference, the total security budget effectively collapses in purchasing power.
At what point does the system break?
Mathematically, the critical fracture point arrives when the fully absorbed cost to mine (electricity + hardware + facility debt) severely outpaces the market price of the reward across multiple hardware generations.
If Bitcoin's price stagnates while the block reward is cut by 75% over the next six years, we will see a massive, violent capitulation of miners. As industrial mining operations shut down their rigs because they are burning more fiat in electricity than they are earning in BTC, the network's total hash rate will plummet.
When the hash rate drops significantly, the "computational wall" defending the ledger thins out. At that point, the cost for a hostile entity—or a nation-state—to lease or accumulate enough hardware to launch a 51% attack drops from quite expensive to entirely feasible. If it becomes cheaper to attack the network than the network is worth, the fundamental game theory breaks down.
Bitcoin is betting everything on the assumption that either its price will outpace inflation indefinitely, or that the layer-2 and on-chain transaction fee market will grow massive enough to replace the vanishing block rewards. If both fail, the security budget collapses, and the digital vault cracks open.
