-
Notifications
You must be signed in to change notification settings - Fork 384
Side Fee Fallacy
There is a theory that transaction fees paid externally represent an individual incentive that works counter to system security (incentive incompatible). The theory holds that a merchant paying a miner "off-chain" to confirm the merchant's transactions prevents other merchants' transactions from being confirmed, or that it raises the cost of those confirmations, giving advantage to those who accept such fees.
One impact of such arrangements is that an average historical fee rate cannot be determined through chain analysis. The apparent rate would be lower than the market rate. This could of course lead spenders to underestimate a sufficient fee. However there is no aspect of Bitcoin that requires future fees to equal some average of past fees. Estimation necessarily compensates, such as by ignoring "free" transactions in full blocks or using standard deviation to identify outliers. But fee estimation is just that, estimation. Actual fee levels are controlled by competition.
Another impact is that disparate relative fee levels can highlight certain transactions as being associated with such arrangements. This can contribute to taint of the merchant's transaction and/or the miner's coinbase. But given the arrangement is a choice made by the creators of these transactions, there is no privacy loss.
There is no impact on market fee rates or the ability of others to obtain confirmations. If the arrangement deviates from market rates then either the miner or the merchant is accepting an unnecessary loss. This is no different than the miner confirming transactions with below-market on-chain fees or the merchant overestimating on-chain fees, respectively. In any case there would be no harm to system security even if all fees were paid off chain.
Bitcoin provides a mechanism for on-chain fees so that a transaction can compensate any miner without the use of identity. It is a privacy-preserving convenience. If miners and merchants prefer to weaken their own privacy by performing additional tasks, there is no basis to consider that undesirable. This theory is therefore invalid.
Furthermore, the merchant must accept a delayed confirmation time inversely proportional to the miner’s hash power. The side-fee is offered at the market rate since the miner will incur an opportunity cost otherwise.
There is a related theory that side fee arrangements constitute a pooling pressure. If fees paid are consistent with the market there can be no effect on pooling. Above market fees are a state subsidy, as we must treat the subsidy as not economically rational. Below market fees are a tax, as we must treat the loss as involuntary. These are distortions just like any other state subsidy/tax and are therefore not unique to side fees. As such the existence of side fees does not create a new pooling pressure beyond what exists with on-chain fees, and the theory is therefore invalid.
Users | Developers | License | Copyright © 2011-2024 libbitcoin developers
- Home
- manifesto
- libbitcoin.info
- Libbitcoin Institute
- Freenode (IRC)
- Mailing List
- Slack Channel
- Build Libbitcoin
- Comprehensive Overview
- Developer Documentation
- Tutorials (aaronjaramillo)
- Bitcoin Unraveled
-
Cryptoeconomics
- Foreword by Amir Taaki
- Value Proposition
- Axiom of Resistance
- Money Taxonomy
- Pure Bank
- Production and Consumption
- Labor and Leisure
- Custodial Risk Principle
- Dedicated Cost Principle
- Depreciation Principle
- Expression Principle
- Inflation Principle
- Other Means Principle
- Patent Resistance Principle
- Risk Sharing Principle
- Reservation Principle
- Scalability Principle
- Subjective Inflation Principle
- Consolidation Principle
- Fragmentation Principle
- Permissionless Principle
- Public Data Principle
- Social Network Principle
- State Banking Principle
- Substitution Principle
- Cryptodynamic Principles
- Censorship Resistance Property
- Consensus Property
- Stability Property
- Utility Threshold Property
- Zero Sum Property
- Threat Level Paradox
- Miner Business Model
- Qualitative Security Model
- Proximity Premium Flaw
- Variance Discount Flaw
- Centralization Risk
- Pooling Pressure Risk
- ASIC Monopoly Fallacy
- Auditability Fallacy
- Balance of Power Fallacy
- Blockchain Fallacy
- Byproduct Mining Fallacy
- Causation Fallacy
- Cockroach Fallacy
- Credit Expansion Fallacy
- Debt Loop Fallacy
- Decoupled Mining Fallacy
- Dumping Fallacy
- Empty Block Fallacy
- Energy Exhaustion Fallacy
- Energy Store Fallacy
- Energy Waste Fallacy
- Fee Recovery Fallacy
- Genetic Purity Fallacy
- Full Reserve Fallacy
- Halving Fallacy
- Hoarding Fallacy
- Hybrid Mining Fallacy
- Ideal Money Fallacy
- Impotent Mining Fallacy
- Inflation Fallacy
- Inflationary Quality Fallacy
- Jurisdictional Arbitrage Fallacy
- Lunar Fallacy
- Network Effect Fallacy
- Prisoner's Dilemma Fallacy
- Private Key Fallacy
- Proof of Cost Fallacy
- Proof of Memory Façade
- Proof of Stake Fallacy
- Proof of Work Fallacy
- Regression Fallacy
- Relay Fallacy
- Replay Protection Fallacy
- Reserve Currency Fallacy
- Risk Free Return Fallacy
- Scarcity Fallacy
- Selfish Mining Fallacy
- Side Fee Fallacy
- Split Credit Expansion Fallacy
- Stock to Flow Fallacy
- Thin Air Fallacy
- Time Preference Fallacy
- Unlendable Money Fallacy
- Fedcoin Objectives
- Hearn Error
- Collectible Tautology
- Price Estimation
- Savings Relation
- Speculative Consumption
- Spam Misnomer
- Efficiency Paradox
- Split Speculator Dilemma
- Bitcoin Labels
- Brand Arrogation
- Reserve Definition
- Maximalism Definition
- Shitcoin Definition
- Glossary
- Console Applications
- Development Libraries
- Maintainer Information
- Miscellaneous Articles