> For the complete documentation index, see [llms.txt](https://hyperalpha.gitbook.io/hyperalpha-docs/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://hyperalpha.gitbook.io/hyperalpha-docs/platform-features/hyperalpha-copy-matrix.md). # HyperAlpha Copy Matrix Copy Matrix is the "plug-and-play" data telemetry and strategic automation engine of HyperAlpha (hyperalpha.org). Our proprietary quantitative infrastructure monitors and scrubs full-node ledger data on Hyperliquid 24/7/365. By analyzing historical win rates, drawdowns, and trading behaviors, the platform structures disorganized wallet flows into 【Pros】 and 【Retail】 categories—allowing allocators to initiate low-latency copy-trading or reverse fading via a streamlined, high-cognition configuration matrix. ### 1. Structured Dashboard Telemetry HyperAlpha provides institutional-grade transparency to help you surgically isolate on-chain execution targets: * Pros (Whales/Elites): High-conviction addresses, institutional-grade smart money, and whales characterized by consistent net positive PnL and rigid execution setups. * Retail (Contra-Indicators): High-entropy, low-win-rate profiles displaying significant historical losses—the optimal baseline metrics for running Reverse Mode strategies. * The 4 Primary Telemetry Pillars: * Account Balance: The active, real-time liquidity depth available in the target wallet. * Total Position Value: The gross leverage exposure and open interest current deployed by the target in the market. * Total PnL: The historical cumulative profit/loss cleared on Hyperliquid, allowing you to filter out short-term variance from genuine structural alpha. * 24H ROI: The real-time return metrics achieved by the target over the trailing 24-hour cycle. ### 2. Streamlined Copy Matrix Setup Workflow HyperAlpha natively supports Bulk Copying, empowering users to manage and deploy a diversified automated trading matrix across multiple addresses simultaneously. After selecting your targets from the featured leaderboard, click \[Bulk Copy] to enter our optimized configuration suite: #### Step 1: Account Allocation & Automated Machine Setup * Select Your Trading Account: Define and allocate the specific authenticated Web3 wallet destination tasked with managing this active copy campaign. * AI Strategy Generation: The moment your wallet is mapped, HyperAlpha’s AI engine autonomously compiles a baseline blueprint tailored to your parameters. You retain full tactical control to micro-adjust every variable. #### Step 2: Advanced Risk Invalidation & Auto-Pruning * Cancel on Timeout: Define a hard expiration boundary. If an automated copy order remains unfilled within your custom timeframe, the system programmatically invalidates the order to safeguard you from toxic market slippage. * Inactive Address Eviction Window: Define a custom duration window. If a followed profile registers zero transaction telemetry over an extended cycle, the system automatically removes it from your execution matrix to reclaim network bandwidth. * Automated Direction Lock: HyperAlpha programmatically locks the correct directional thesis depending on the specific profile class selected in the previous panel: * Following a Pros address $$ $\rightarrow$ $$ Natively forces 【Forward Mode】 to seamlessly replicate institutional conviction. * Following a Retail address $$ $\rightarrow$ $$ Natively forces 【Reverse Mode】 to fade psychological errors and monetize retail liquidations. #### Step 3: Order Type & Execution Caching Selection * Copy Type Selection: Choose 【Maker】 to significantly lower trading overhead via optimized passive order placement, or toggle 【Taker】 to command instant, millisecond market-order synchronization. * Execution Caching (Copy Mode): We feature four proprietary algorithmic models. Click the ⓘ (Information Icon) next to the parameters to view detailed algebraic equations: 1. Instant Full Mirror: Executes flawless, block-by-block replication of the target's net positions and directional modifications. 2. Track All Delta: Focuses precisely on tracking the net delta adjustments of the target’s total open interest, offering enhanced volatility hedging. 3. Increase-Only Follow: Restricts the execution agent to only replicate actions that expand margin size or compound winning trades. 4. Inverse Reduction Follow: A specialized contrarian model that initiates execution profiles exactly when the target capitulates or cuts losses at a market extreme. #### Step 4: Position Rules, Margin Allocation & Leverage Caps * Position Rules: * Max Copy Trade Addresses: Enforce a strict ceiling on how many parallel addresses can be linked inside a single task block (recommended range: 1-3 targets). * Order Amount Allocation: * Auto Allocation (Proportional): Harnesses the AI script to scale execution sizes proportionally based on the target’s available balance relative to your capital. * Fixed Amount (Manual Entry): Grants manual discretion to set a rigid capital entry per trade block, requiring a minimal baseline of just 10 USDC. * Native Protocol Leverage Consistency: * Margin parameters and leverage limitations fluctuate dynamically based on the underlying token asset matrix (BTC, ETH, SOL, HYPE, etc.). HyperAlpha’s leverage caps are programmatically synced to be 100% identical to Hyperliquid’s native interface rules, granting you seamless flexibility within safe boundary parameters. #### Step 5: Save Settings & Initialize Campaign * Once your parameter layout is verified, simply click \[Save Settings]. HyperAlpha’s Native Trading Agents will immediately lock onto the ledger, tracking and harvesting 24/7 on-chain alpha on your behalf. --- # Agent Instructions This documentation is published with GitBook. GitBook is the documentation platform designed so that both humans and AI agents can read, navigate, and reason over technical content effectively. Learn more at gitbook.com. ## Querying This Documentation If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question. 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