Trading Strategies

Shares practical strategies, techniques, and risk management methods. By combining market case studies with technical analysis, it helps traders optimize decision-making and enhance profitability.

Advancing MM 1: Market Maker Inventory Quoting System

"Attack of the MM 1: Market Maker Inventory Quoting System" by Dave explores why altcoin prices often move against retail traders immediately after their purchases, debunking the myth of intentional manipulation by "market manipulators." The article explains that this phenomenon is not due to malicious intent but is a result of automated market maker (MM) systems using the Avellaneda-Stoikov model for inventory-based pricing and protection against toxic order flow. When retail traders execute large buy orders, MMs sell, leading to a short inventory exposure. To mitigate risk, MMs adjust their strategies in two ways: 1. **Quote Skew**: They lower prices to attract sellers and discourage further buys, aiming to replenish inventory and protect their short position. 2. **Spread Widening**: They widen bid-ask spreads to reduce transaction probability and earn more spread profit to offset potential losses. The core mechanism involves the "Reservation Price," calculated as Mid Price − γ⋅q (where q is inventory and γ is risk aversion). Large retail orders disrupt inventory balance, causing MMs to adjust prices dynamically. Retail traders often face this due to their concentrated, unconcealed, and unhedged orders, especially in low-liquidity altcoins where their trades significantly impact pricing. The article concludes with a practical tip: instead of executing large orders at once, retail traders can break them into smaller, staggered orders to exploit MM pricing adjustments, achieving better average entry prices. A follow-up will discuss toxic order flow and order book dynamics.

深潮12/28 04:12

Advancing MM 1: Market Maker Inventory Quoting System

深潮12/28 04:12

The Advancing MM 3: Statistical Edge and Signal Design

Title: The Attack of MM 3: Statistical Edge and Signal Design Author: Dave This article, the third in the "Attack of MM" series, explores how market makers (MMs) actively gain a "micro alpha" advantage through statistical edges and signal design, rather than just passively adjusting quotes. Micro alpha refers to a conditional probability shift in predicting short-term price movements (within ~100ms to ~10s), such as the direction of the next price change, mid-price drift, or trade asymmetry. It is not about forecasting trends but detecting probabilistic biases that allow MMs to act preemptively—buying before likely price increases, withdrawing bids before declines, or reducing exposure during risky periods. Key signals discussed include: - **Order Book Imbalance (OBI)**: Measures the normalized volume difference between buy and sell orders near current prices. - **Order Flow Imbalance (OFI)**: Tracks aggressive taker orders that drive price changes. - **Queue Dynamics**: Analyzes order queue behavior, including hidden orders (icebergs) and spoofing (fake large orders to manipulate perception). - **Cancel Ratio (CR)**: Indicates liquidity withdrawal rates, signaling market instability. The article emphasizes that speed is MMs' absolute advantage. Lower latency enables faster reaction to market events, facilitating latency arbitrage by executing orders before competitors. In crypto exchanges, some players even get priority execution rights, highlighting the importance of speed and access. Finally, the author notes the complexity of real-world MM strategies and hints at future topics like dynamic hedging and options.

深潮12/28 04:11

The Advancing MM 3: Statistical Edge and Signal Design

深潮12/28 04:11

The Truth of Trading: A Numbers Game of Patterns and Probabilities

The Truth of Trading: A Numbers Game of Patterns and Probability Most traders fail not due to a lack of methods or information, but because they misunderstand the nature of trading. Mark Douglas, in "Trading in the Zone," redefines the market as a probabilistic environment where an edge only materializes over a sufficiently long period. Trading is not about prediction or seeking certainty; it is a numbers game of pattern recognition. A valid trading pattern does not guarantee that any single trade will be profitable. It merely indicates a historical probability of success. Each individual trade outcome is random, but the overall probability distribution over many trades is not. Traders must evaluate performance like a casino: focus on long-term expectation and repeated execution, not single wins or losses. Accepting that "anything can happen" is liberating. It removes the emotional sting from losses, enables disciplined stop-loss execution, and eliminates hesitation. The ideal "flow state" is not excitement but emotional neutrality—executing the plan without attachment to outcomes or need to be right. Ultimately, traders cannot control results, but they can control their execution. Success comes from emotional detachment and consistent repetition. When traders stop trying to prove themselves right and let the probabilities work over time, they align with the true nature of the market: a numbers game based on pattern recognition and disciplined repetition.

深潮12/26 02:45

The Truth of Trading: A Numbers Game of Patterns and Probabilities

深潮12/26 02:45

The Truth of Trading: A Numbers Game of Patterns and Probabilities

The Truth of Trading: A Numbers Game of Patterns and Probabilities Most traders fail not due to a lack of methods or information, but because they misunderstand the nature of trading. Mark Douglas, in "Trading in the Zone," redefines trading: it is not about prediction or certainty, but a probabilistic environment where edges manifest only over time. Thus, experienced traders summarize it as a pattern-recognition numbers game. Trading isn’t forecasting; it’s executing a plan amid uncertainty. No single trade can be guaranteed. Patterns don’t predict outcomes—they only define probabilistic edges. A valid pattern means historically higher chance of profit, not a promised win. Losses don’t invalidate the method; they are part of randomness. Individual trade outcomes are random, but the overall probability distribution isn’t. Profit comes from expectancy multiplied by repetition, not single trade accuracy. Accepting "anything can happen" liberates traders: losses feel less offensive, stop-losses are executed cleanly, and emotional interference fades. The "flow state" is emotional neutrality—no need to prove correctness or fear mistakes. It’s loyalty to the process. Trading is a numbers game: identify edges, repeat executions, and let large samples reveal results. Many traders intellectually agree but emotionally reject this: they judge themselves per trade, expect every pattern to work, take losses personally, and abandon strategies after few failures. The key isn’t a better method, but correct execution. You can’t control outcomes, but you can control execution. Patterns offer probability, not promises. Consistency requires emotional detachment and repetitive discipline. When traders stop proving themselves right and let probabilities work, trading succeeds.

marsbit12/26 01:59

The Truth of Trading: A Numbers Game of Patterns and Probabilities

marsbit12/26 01:59

On-Chain Metrics Practical Guide: Identifying Real Signals, Avoiding Data Traps

A practical guide to on-chain metrics for traders, focusing on identifying genuine signals and avoiding data traps. Key concepts include distinguishing between transaction fees (user-paid costs), protocol revenue (actual earnings), and MEV (maximal extractable value), emphasizing that sustainable revenue matters more than high fees. Total Value Locked (TVL) is often misleading due to double-counting, incentive-driven "mercenary capital," and idle stablecoins. Traders should analyze TVL alongside transaction volume and incentives. Daily Active Addresses (DAA) can be inflated by bots and airdrop farmers; it’s only meaningful when correlated with fees and real activity. Cross-chain bridges enable asset transfers but carry risks like smart contract vulnerabilities and centralization. Monitor bridge volumes for liquidity flow insights. Stablecoin supply acts as crypto’s money supply (M2); increasing supply suggests market liquidity, while decreases may signal withdrawals. Token unlocks and emissions create sell pressure; avoid tokens nearing large unlocks unless trading short-term. The ratio of transaction volume to TVL indicates capital efficiency—high ratios reflect active usage, while low ratios suggest "ghost liquidity." In summary, on-chain metrics are analytical tools, not absolute truths. Cross-verify signals and interpret data contextually for informed decisions.

比推12/25 13:06

On-Chain Metrics Practical Guide: Identifying Real Signals, Avoiding Data Traps

比推12/25 13:06

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