Scalability Research
By Sina Nazari & Zach Resnick
Introduction
At Unbounded Capital, we believe the future of blockchain hinges on scalability—the ability to process high transaction volumes at minimal costs. After extensive research, Bitcoin SV (BSV) emerges as the only blockchain capable of meeting global demand. This article shares our findings on scalable blockchains, comparing transaction counts, fees, and network efficiency.
Key Metrics for Scalability
- Transaction Volume: Daily throughput across major blockchains.
- Transaction Fees: Cost per transaction relative to network congestion.
- Fee-Volume Relationship: Whether fees rise (congestion) or fall (economies of scale) with higher volumes.
Data Sources
- CoinMetrics: BTC, BCH, BSV, ETH, ADA, DOT, EOS, BAT, DGB, LINK, QNT.
- Polygon Explorer: MATIC.
- Bitquery: ALGO, BNB, ATOM, XLM.
- Dune: SOL.
Note: Raw data for Solana, Avalanche, and others remains limited. Contributions welcome at [email protected].
Transaction Volume Comparison
| Blockchain | Peak Transactions/Day | Notes |
|------------|-----------------------|-------|
| Solana (SOL) | 240M (incl. votes) | 50M non-vote peak. |
| Bitcoin SV (BSV) | 5M+ | Operates below capacity. |
| Ethereum (ETH) | ~1.5M | Congestion at cap. |
| Stellar (XLM) | 6M–7M | Low fees but sensitive to spikes. |
👉 Explore real-time blockchain metrics
Key Insight: BSV’s transaction peaks fluctuate, indicating unused capacity, while others hit hard limits.
Transaction Fee Analysis
Low-Fee Leaders (Under $0.01 per Transaction)
- Stellar (XLM): Lowest fees, but centralized.
- Bitcoin SV (BSV): Fees decrease with higher volumes (unique inverse relationship).
- Solana (SOL): $0.0053 per non-vote transaction.
High-Fee Blockchains
- Ethereum (ETH): $25–50 per transaction during congestion.
- Bitcoin Core (BTC): Fees spike with demand.
Why Bitcoin SV Excels
Economies of Scale: BSV fees drop as volume rises (see Figure 3).
- Example: Fees peak below $0.05 even at 5M+ daily transactions.
- Data-Driven Fees: Costs scale with transaction size (bytes), not volume.
- Reliability: Zero downtime since inception (unlike Solana’s 1.11% downtime monthly).
Limitations of Competitors
- Solana: Vote transactions inflate volume; PoS consensus risks centralization.
- Stellar: Centralized validators (~44 nodes controlled by Stellar Foundation).
- PoS Networks: Lack miner incentives for scalability investments.
FAQs
1. Why does BSV’s transaction fee decrease with volume?
BSV’s open mining market encourages competition, driving fees down as throughput increases.
2. Is Stellar truly decentralized?
No. Its 44 validators are heavily influenced by the Stellar Foundation, compromising decentralization.
3. How does Solana handle 240M daily transactions?
Most are "vote transactions" for network security. Real-user transactions peak at ~50M.
👉 Dive deeper into blockchain scalability
Conclusion
Bitcoin SV (BSV) is the only blockchain demonstrating:
- Inverse fee-volume scalability.
- Enterprise-grade reliability (zero downtime).
- Decentralization potential (unlike Stellar or Solana).
For large-scale applications, BSV’s design offers unmatched efficiency. Explore our Ecosystem Database for further insights.
Feedback or data contributions? Email [email protected].
### Keywords:
Bitcoin SV, scalable blockchains, transaction fees, Solana, Stellar, blockchain scalability, BSV, transaction volume
### SEO Notes:
- Natural keyword integration (e.g., "scalable blockchains" in headings/paragraphs).