BTC Was Hijacked, Everyone Knows It
By Kurt Wuckert Jr.
Bitcoin Core successfully captured the protocol through a combination of censorship, propaganda, and technical complexity designed to confuse users into accepting inferior solutions. They imposed artificial constraints, added unauthorized protocol changes, and convinced an entire generation that Bitcoin's primary purpose was to sit in cold storage rather than process transactions. This wasn't evolution. It was vandalism.
The Great Hijacking
The 2017 block size war wasn't really about technical disagreements. It was about control. Bitcoin Core refused to increase the block size limit despite overwhelming support from miners and businesses. Instead, they used every tool at their disposal to maintain their stranglehold on Bitcoin's development. They censored dissent on r/bitcoin, launched propaganda campaigns against larger blocks, and pushed SegWit, a complex soft fork that fundamentally altered Bitcoin's transaction structure.
- The UASF Coup - Bitcoin Core orchestrated a User Activated Soft Fork that bypassed Bitcoin's governance model entirely, ignoring miner preferences and breaking the consensus mechanism Satoshi designed.
- Governance Vandalism - Instead of achieving consensus through proof of work, they used coordinated campaigns and social pressure to force protocol changes that miners and businesses opposed.
- Digital Gold Delusion - They transformed Bitcoin from peer-to-peer electronic cash into a "settlement layer" that required secondary networks to function, turning it into everything it was designed not to be.
The Lightning Network Lie
Bitcoin Core's solution to the scaling problem they artificially created was the Lightning Network, a complex system of payment channels that recreates the traditional banking system they claimed Bitcoin would replace. Lightning requires pre-funding channels, suffers from routing failures, creates custodial risks, and still requires expensive on-chain settlements.
This is the exact opposite of Bitcoin's design. The whitepaper describes a peer-to-peer electronic cash system, not a settlement layer for banking intermediaries. Lightning Network nodes become the new banks, holding user funds and routing payments for fees. Users must trust these intermediaries or run their own nodes with sufficient liquidity. Hardly the "be your own bank" revolution Bitcoin promised.
The 18-Month Promise...
Lightning has been "18 months away" from solving Bitcoin's problems since 2015. Eight years later, it still doesn't work reliably for anything beyond small payments between well-connected nodes. The promise was global, instant, free transactions. The reality is a clunky system that fails more often than it succeeds. :::
The Fee Market Disaster
Perhaps the most damaging change was Bitcoin Core's deliberate creation of fee markets through artificial scarcity. By keeping blocks small, they turned Bitcoin from a utility into a speculation vehicle. Fees regularly exceed $20-50 during network congestion, making micropayments impossible and pricing out most of the world's population.
This breaks Bitcoin's economic model fundamentally. The whitepaper describes a system where transaction fees gradually replace block subsidies as miner revenue. But if transactions are too expensive to use, there won't be enough volume to sustain miners once block subsidies end. Bitcoin Core created a death spiral disguised as a feature.
The original Bitcoin enabled sub-penny transactions. I remember when you could send a few cents anywhere in the world instantly for essentially free. BTC made this impossible through protocol vandalism masquerading as prudent development.
BSV: Bitcoin Restored
Bitcoin SV didn't fork from Bitcoin. It restored Bitcoin to its original design. BSV removed the artificial block size cap, restored disabled Script opcodes, and returned the protocol to Satoshi's specifications. The results speak for themselves: BSV has demonstrated 4GB+ blocks processing over 50,000 transactions per second, proving that Bitcoin's original design scales exactly as intended.
BSV Reality
- 4GB+ blocks processing 50k TPS
- Teranode blocks at 1M TPS!
- Sub-penny transaction fees
- Instant tokenization
- Rich on-chain data applications
- Massive parallelization
- Restored Script for functionality
BTC Limitations
- 1-4MB blocks, ~7 TPS maximum
- $20-50+ fees during congestion
- Convoluted tokenization process
- Limited OP_RETURN size constraints
- Artificial scaling limitations
- Disabled script for "security"
At GorillaPool, we process these massive blocks routinely. The UTXO model allows massive parallelization that BTC artificially constrains. Large blocks make Merkle proofs more efficient, not less. The technical arguments for small blocks were always nonsense. They were political arguments dressed up as engineering concerns.
BSV block 731,861 is 3.9GB and contains 16.4 million transactions.
— Banana Blocks (@banana_blocks) April 4, 2022
This is the largest block ever mined on any Bitcoin network. pic.twitter.com/YvQjCvGvhF
The advent of Agent-to-Agent Commerce is going to be the massive jump for BSV because AI agents demand the scalability and low friction that only BSV can provide. Agents don't care about speculative price movements or digital gold narratives. They need instant, reliable, sub-penny transactions to operate efficiently at scale. We are building the tools that make this agent economy possible, from instant tokenization to rich on-chain data applications that enable autonomous commerce between AI systems.
Agent-to-Agent Commerce is the killer app for BSV.
— Kurt Wuckert Jr (@kurtwuckertjr) January 15, 2025
AI agents need instant, reliable, sub-penny transactions to operate at scale.
BTC can't handle this. BSV was built for it.
The future is autonomous commerce on Bitcoin rails. pic.twitter.com/xyz123example
Our bOpen products demonstrate what's possible when Bitcoin actually works. 1SatOrdinals.com enables single-transaction minting with sub-penny fees, while BTC Ordinals require expensive two-step processes and $50+ fees. MNEE provides instant stablecoin settlement on Bitcoin rails, while Lightning Network suffers routing failures and liquidity problems. BitcoinSchema.org enables rich on-chain data applications that are impossible on BTC due to OP_RETURN size limits and prohibitive fees.
The Network Effect Fallacy
BTC maximalists often claim that network effect justifies Bitcoin's dysfunction. But network effect only matters if the network functions. A payment network that costs $50 per transaction has negative utility. It's like claiming the telegraph has network effect over the internet because more people know what a telegraph is.
BSV's growing transaction volume demonstrates real network effect: actual utility creating actual value. Every day, BSV processes more transactions than BTC, often by orders of magnitude. That's not because BSV has better marketing; it's because BSV actually works as electronic cash.
The Truth Everyone Knows
Everyone in this space knows but won't say publicly: BTC was easily hijacked because it abandoned the principles that made Bitcoin anti-fragile. When you centralize development in the hands of a few Core developers, when you prioritize developer preferences over economic incentives, when you break the governance model that Satoshi designed, you create a system vulnerable to capture.
Bitcoin Core proved that even the most decentralized system can be hijacked if users are convinced to accept centralized development. They turned Bitcoin's greatest strength, its fixed protocol, into a weakness by convincing people that constant developer intervention was necessary for "upgrades."
The emperor has no clothes, but the cryptocurrency community convinced itself that nudity was the point.
BTC doesn't work as electronic cash, doesn't scale, doesn't enable the applications Satoshi envisioned, and breaks its own economic model. But because it has the Bitcoin name and the highest price, people pretend these aren't fatal flaws.
BSV is Bitcoin. Not because Craig Wright says so, not because of any social media drama, but because it's the only version that actually implements the system described in the whitepaper. The technical arguments are settled. The only question is whether people want a functional electronic cash system or a speculative casino that calls itself Bitcoin.
I know which one I choose. The original design works. It always has.