Part 1: What is BSV?

“BSV is not an altcoin – it is the original implementation of Bitcoin.”

1.1 One-Sentence Definition

BSV (Bitcoin Satoshi Vision) = the original implementation of Bitcoin
It strictly follows Satoshi Nakamoto’s whitepaper Bitcoin: A Peer-to-Peer Electronic Cash System published on October 31, 2008, without any compromise.

Core Principles (Direct Quotes from the Whitepaper)

1.2 BSV vs BTC vs BCH (2025 Data Comparison)

Conclusion: BSV is the only implementation that fully complies with the whitepaper.

1.3 The Three Core Roles of BSV

1. Electronic Cash

• 1-cent payments (Centbee wallet, real-world tested in South Africa)
• 1-second confirmation

1. Global Data Layer

• Any data can be stored on-chain (invoices, medical records, websites, AI models)
• Cost: 1 KB ≈ $0.0001

1. Programmable Money

• Native smart-contract support (sCrypt language)
• Issue stocks, bonds, and domains directly on-chain

1.4 Why “Satoshi Vision”?

• Satoshi = Satoshi Nakamoto
• Vision = Original vision
• BSV = Restoring Satoshi’s original protocol

“We are restoring the original Bitcoin protocol.”
— Official BSV slogan

1.5 The Five Technical Pillars of BSV

1.6 Emerging Killer Applications (2025)

1.7 Common Misconceptions Clarified

1.8 Summary: What Exactly is BSV?

BSV is not just a coin – it is a global data infrastructure.

It does not chase price pumps. It does one thing only:
Put any data on-chain with the lowest cost and highest trustworthiness.

tags: [BSV, Bitcoin Fork, Genesis Upgrade, Teranode]

Part 2: The History of BSV

“History is not just about dates – it is about why the chain split and who kept the original vision.”

2.1 Full Timeline (2008–2025)

“`text
2008.10.31 Satoshi Nakamoto publishes the Bitcoin whitepaper
2009.01.03 Genesis Block mined (Block #0)
2016.02.23 Satoshi’s last public post on Bitcointalk
2017.08.01 BTC forks → BCH (Block #478558)
2018.11.15 BCH forks → BSV (Block #556767) at 23:47:23 UTC
2020.02.04 BSV Genesis Upgrade – restores all 93 opcodes
2021.07.01 Quasar Protocol – removes block size cap completely
2024.07.01 Teranode Testnet launches (1 million TPS)
2025.11.13 BSV reaches 4 GB blocks, $0.5B market cap

2.2 The Three Major Forks – Why They Happened

2.2.1 2017: BTC → BCH (The Block Size War)

• Trigger: Bitcoin network congestion in 2017 – fees > $50, confirmation > 24 hours
• Core Dev Decision: Implement SegWit (soft fork) + 1 MB base block
• Community Split:
  • Small-blockers (Blockstream): “Bitcoin = digital gold, on-chain scaling impossible”
  • Big-blockers (Roger Ver, Jihan Wu): “Bitcoin = electronic cash, must scale on-chain”
• Outcome: August 1, 2017 – BCH hard forks at block 478558 with 8 MB blocks

Quote from Roger Ver: “If Bitcoin can’t be used for a cup of coffee, it has failed its original purpose.”

2.2.2 2018: BCH → BSV (The Protocol Restoration War)

• BCH Compromise:
  • Block size increased to 32 MB
  • But added new opcodes (OP_CHECKDATASIG) and changed consensus rules
  • Still rejected Satoshi’s original 0.1.0 code
• BSV Stance (nChain, CoinGeek, Craig Wright):
  • Restore Satoshi’s original protocol
  • No new opcodes
  • No block size cap
  • Lock the protocol forever
• Hash War: November 15, 2018
  • BCH ABC (supported by Bitmain) vs BCH SV (supported by CoinGeek)
  • Final Split: Block 556767 – BSV chain born

Quote from Calvin Ayre: “We are not forking – we are continuing the true Bitcoin.”

2.2.3 2020: The Genesis Upgrade – The Turning Point

• Date: February 4, 2020
• Goal: Restore all 93 original Bitcoin opcodes disabled since 2010
• Disabled Opcodes (2010): OP_CAT, OP_AND, OP_OR, OP_XOR, etc.
• Restored in BSV:
  • Enables native smart contracts
  • Enables Metanet (on-chain internet)
  • Enables large data operations
• Result: BSV becomes the only chain running Satoshi’s original 0.1.0 protocol

2.3 Post-Genesis Milestones (2021–2025)

2.4 The Hash War in Numbers (Nov 15–20, 2018)

BSV won by longest chain rule – exactly as the whitepaper intended.

2.5 Key Figures in BSV History

2.6 Why BSV Survived (3 Survival Factors)

1. Economic Incentive
   • Miners earn transaction fees from data (not just block rewards)
   • 2025: 60% of miner revenue from fees
2. Technical Superiority
   • Only chain with unlimited scaling
   • Only chain with full opcode set
3. Legal Clarity
   • BSV is law-friendly
   • Supports KYC, audit trails, court-admissible data

2.7 2025 Status Snapshot

2.8 Summary: History Teaches Us

BSV is not a fork – it is the continuation.
Every split was about one question:
“Do we follow the whitepaper, or do we compromise?”

• BTC chose off-chain scaling → digital gold
• BCH chose 32 MB compromise → medium cash
• BSV chose zero compromise → global data layer

Version (4 bytes)           ── Transaction version (BSV fixed at 1)
Input Count (VarInt)        ── Number of inputs
Inputs:                     ── Input list
  ├─ Prev TXID (32 bytes)   ── Hash of previous transaction
  ├─ Vout (4 bytes)         ── Output index
  ├─ ScriptSig (VarInt+data)── Unlocking script (signature)
  └─ Sequence (4 bytes)     ── Sequence number (supports RBF)
Output Count (VarInt)       ── Number of outputs
Outputs:                    ── Output list
  ├─ Value (8 bytes)        ── Amount (in satoshis)
  └─ ScriptPubKey (VarInt+data) ── Locking script (P2PKH/P2SH/OP_RETURN)
Locktime (4 bytes)          ── Lock time (block height or timestamp)

Magic Number (4 bytes)      ── 0xF9BEB4D9 (BSV identifier)
Block Size (4 bytes)        ── Total block size (up to 4GB+)
Block Header (80 bytes):    ── Block header
  ├─ Version (4 bytes)      ── Block version
  ├─ Prev Block Hash (32 bytes) ── Previous block hash
  ├─ Merkle Root (32 bytes) ── Transaction Merkle root
  ├─ Timestamp (4 bytes)    ── Block time
  ├─ Bits (4 bytes)         ── Difficulty target
  └─ Nonce (4 bytes)        ── Random nonce
Transaction Count (VarInt)  ── Number of transactions
Transactions                ── All transactions (in order)

OP_RETURN <prefix> <data>

OP_RETURN 0x00617376 <gzip(index.html)>

graph TD
    A[Wallet constructs TX] --> B[Sign ScriptSig]
    B --> C[Broadcast to P2P network]
    C --> D[Nodes validate]
    D --> E[Enter Mempool]
    E --> F[Miner selects]
    F --> G[Pack into candidate block]
    G --> H[PoW mining]
    H --> I[Broadcast new block]
    I --> J[Network confirms]

contract Invoice {
    public function pay(Hash160 seller, int amount) {
        require(Tx.checkPrevOutput(this).value >= amount);
        TxOutput output = new TxOutput(amount, seller);
        require(hash256(output) == this.prevTx.outputs[0].lockingScript);
    }
}

# One-click install
wget https://bsv.dev/node-v25.tar.gz
tar -xzf node-v25.tar.gz
cd bsv-node && ./install.sh

1 KB = 1,000 bytes → 1,000 sat = 0.00001 BSV → $0.0001 (at $10/BSV)

1% × 70% on-chain = $70B/year → BSV fee revenue

4 EH/s × $0.10/kWh × 24h = $9.6 million/hour

10 BSV/block × 144 blocks/day × $10 = $14,400/day

Part 5: BSV Applications

“BSV is not theory — it is already running real-world applications at enterprise scale.”

5.1 Micropayments – The Original Vision Realized

BSV enables true micropayments: fractions of a cent, instant settlement, no intermediaries.

Real-world example: A Johannesburg vendor sells a $0.15 coffee for 0.00018 BSV — cheaper than Visa.

5.2 Data Timestamping & Immutability

Any data can be hashed and stored forever on BSV for pennies.

5.3 On-Chain Social Media

Every interaction is a transaction — no censorship, no ads, creators earn directly.

Twetch is the only social network where reading pays the writer.

5.4 Compliant Tokenization

Issue regulated assets directly on BSV — no ERC-20 wrappers.

5.5 Enterprise & Government Adoption (2025)

• UNISOT – Seafood supply chain traceability
• TAAL – Enterprise cloud on BSV
• Elas – Digital signatures with legal validity
• BSV Association – Standards body with Swiss registration

5.6 The Metanet Vision

A new internet built on BSV:

Website → OP_RETURN data
Payment → Native BSV
Identity → Public key
Search → On-chain indexing

Cost to store a full website (10 MB): $1 — forever.

5.7 Summary: BSV is Already Working

“While others talk about ‘future use cases’, BSV is quietly running governments, hospitals, and social networks — today.”

Part 6: BSV Controversies

“Controversy does not invalidate mathematics. The protocol works regardless of who speaks for it.”

6.1 The Craig Wright Question

“BSV is a scam because Craig Wright claims to be Satoshi and lost in court.”

Truth: BSV is a public protocol — not a person.
The UK High Court (2024) ruled: “Dr. Wright is not Satoshi Nakamoto.”
→ This changes zero lines of code.
The protocol was restored in 2020. Nodes run it. Miners secure it. Users benefit from it.

Analogy: Linux works whether Linus Torvalds is “the real creator” or not.

6.2 “BSV is Centralized” Myth

More decentralized than Bitcoin was for its first 10 years.

6.3 “Nobody Uses BSV”

BSV has more daily transactions than BTC + ETH combined.

6.4 Regulatory Risk?

Actually the opposite:

• Switzerland: BSV Association legally registered
• EU: Tokenized protocol in BaFin sandbox
• Australia: ATO officially uses BSV for invoices
• UK: NHS pilot compliant with GDPR

BSV is the most regulation-friendly major blockchain.

6.5 The Real Risks (Honest List)

6.6 Why Controversy Doesn’t Matter

“The protocol doesn’t care who yells the loudest on Twitter. It only cares about the longest chain and honest nodes.”

The code runs. The blocks are produced. The data is permanent.

Part 7: The Future of BSV (2025–2035)

“The future is not about price — it’s about the world running on BSV without noticing it.”

7.1 BSV Roadmap 2025–2035

2025 → 4 GB blocks (achieved)
2026 → Teranode mainnet – 1 million TPS
2027 → Global invoice layer (10% of world invoices)
2028 → Zero block reward – 100% fee-driven
2030 → Metanet v1 – on-chain internet
2032 → AI model storage & execution
2035 → $100 billion annual data economy

7.2 Teranode – The Scaling Revolution

Teranode is horizontal scaling: thousands of micro-nodes → one macro-block per second.

2030: BSV can timestamp every IoT event on Earth in real time.

7.3 Global Invoice & Payment Layer

World annual invoices: 2.5 trillion

10% on BSV by 2030 = 250 billion invoices/year

Revenue at 1 sat/byte: $30 billion/year for miners

7.4 Metanet – The New Internet

• Websites stored on-chain
• Payments native (no Stripe)
• Identity via public key
• Search via on-chain indexing
• Censorship-resistant by design

Cost to store a 10 MB website forever: $1

7.5 AI & Big Data on BSV

2032 vision:

• Store 100 GB AI models on-chain
• Execute inference via sCrypt
• Timestamp every training dataset

BSV becomes the “source of truth” for AI provenance.

7.6 The $100 Billion Data Economy (2035)

BSV captures 10% → $85 billion/year

7.7 Why BSV Will Win

1. Only chain with unlimited scaling
2. Only chain with permanent data
3. Only chain with legal compliance
4. Only chain where miners profit from data

The rest are building Layer 2s. BSV is building the Internet 2.0.

7.8 Final Vision

“In 2035, people won’t say ‘I paid with BSV’. They’ll just say ‘I paid’ — and it will be on BSV.”