# Morpheum ## Docs - [Agent wallet](https://docs.morpheum.org/agent-wallet.md): Wallets and key handling for automated traders and agents - [DEX CLI](https://docs.morpheum.org/dex-cli.md): Command-line interface for Morpheum chain operations—usage lives in the morpheum-cli repository - [Bucket (margin engine)](https://docs.morpheum.org/engines/bucket.md): What traders get from Morpheum’s bucket model: clearer risk, capital efficiency, multi-bucket hedging, and fewer common DEX margin pitfalls. - [CLOB (Central Limit Order Book)](https://docs.morpheum.org/engines/clob.md): Why a central limit order book is essential for a competitive DEX, how matching works (bids, asks, price–time priority), and how CLOB compares to AMMs. - [Bonding Curve](https://docs.morpheum.org/engines/curves/bonding-curve.md): Bonding curves on Morpheum: ConstantProduct math, effective MCAP, graduation triggers, MORM escrow, Hyper-CLAMM hand-off, module boundaries, and flows—with diagrams and LaTeX. - [Engines Introduction](https://docs.morpheum.org/engines/introduction.md): Overview of the Engines section: CLAMM, Hyper-CLAMM, ReClamm, and the CLOB matching engine (35M+ TPS) - [Maximum Sustainable Daily Volume (Hyper-CLAMM)](https://docs.morpheum.org/engines/maximum-sustainable-volume.md): Sustainable daily volume ($5–15B), theoretical peak ($20–50B+), limiting factors, and IMO-style multi-dimensional analysis - [ReClamm Glide Mechanics – Explained Step by Step](https://docs.morpheum.org/engines/reclamm-glide-mechanics.md): Glide (gradual recentering): goal, variables, centeredness, update rule, typical values, and engineering trade-offs - [ReClamm Slippage Impact Analysis](https://docs.morpheum.org/engines/reclamm-slippage-impact-analysis.md): Slippage in ReClamm: formula and bounds, volatility effects, MEV/LP impact, DAG async, simulation, and Hyper-CLAMM mitigations - [Suitable Use Cases for CLAMM (Concentrated Liquidity Automated Market Maker)](https://docs.morpheum.org/engines/suitable-use-cases-clamm.md): Suitable use cases for CLAMM by volume and market cap; implementation reference (Golang) - [Introduction](https://docs.morpheum.org/index.md): What Morpheum is and how to use it - [Setting Up a New Spot Pair via Hyper-CLAMM (UI)](https://docs.morpheum.org/listings/hyperclamm-listing.md): Concepts and flow for creating a new spot pair on Morpheum DEX via the UI client, from proposal to live pool - [Suitable Use Cases for Hyper-CLAMM](https://docs.morpheum.org/listings/hyperclamm-use-cases.md): Best use cases for Hyper-CLAMM by volume and market cap: spot markets, cross-chain synthetics, and capital-efficient liquidity - [Realistic Trading Volume Hyper-CLAMM Can Support](https://docs.morpheum.org/listings/hyperclamm-volume.md): Volume-wise capacity: sustainable daily volume ($5–15B), theoretical peak ($20–50B+), and limiting factors - [Listings Introduction](https://docs.morpheum.org/listings/introduction.md): Overview of listing policies, safety thresholds, and market maker requirements for spot markets on Morpheum - [Mathematical Model for Minimum Number of Market Makers](https://docs.morpheum.org/listings/mathematical-model-minimum-market-makers.md): Rigorous mathematical model for determining the minimum number of market makers required for safe pure CLOB engine operation - [Minimum Number of Market Makers Requirement](https://docs.morpheum.org/listings/minimum-market-makers-requirement.md): Understanding the minimum number of market makers required for safe pure CLOB engine operation in spot markets - [Safety Requirement for Spot Market Volume](https://docs.morpheum.org/listings/safety-requirement-spot-market-volume.md): Minimum daily volume, market maker depth, and spread requirements for spot market trading pairs - [Safety Thresholds for Pure CLOB Engine in Spot Markets](https://docs.morpheum.org/listings/safety-thresholds-clob-spot-markets.md): Volume, Commitments, and Minimum Requirements for deploying a pure Central Limit Order Book engine in spot markets - [MCP](https://docs.morpheum.org/mcp.md): What the Model Context Protocol is, when to use it, and how it fits Morpheum - [MWVM](https://docs.morpheum.org/mwvm.md): Morpheum WASM Virtual Machine — local agent runtime with wasmtime, SDKs, and chain-parity execution - [Node CLI](https://docs.morpheum.org/node/cli.md): Morpheum node commands: initialize data directories, run the node, genesis, snapshots, and agent helpers - [Cloud solutions](https://docs.morpheum.org/node/cloud.md): Run Morpheum nodes on public cloud: when it fits, instance classes, networking, storage, and tradeoffs versus bare metal - [Deploy an agent portal](https://docs.morpheum.org/node/deploy-agent-portal.md): Set up a Morpheum AgentPortal node for low-latency AI agents, automation, and agent-facing portal traffic - [Deploy an archive node](https://docs.morpheum.org/node/deploy-archive.md): Set up a Morpheum archive node for long retention, historical queries, and data-heavy workloads - [Deploy a full node](https://docs.morpheum.org/node/deploy-full.md): Set up a Morpheum full node for operators, indexers, and applications that need current chain state without consensus - [Deploy a sentry](https://docs.morpheum.org/node/deploy-sentry.md): Set up a Morpheum sentry node as a public RPC and peer gateway that shields validators from direct exposure - [Deploy a validator](https://docs.morpheum.org/node/deploy-validator.md): Set up a Morpheum validator: keys, private peering, running the node, and keeping consensus infrastructure safe - [DIY stack setup](https://docs.morpheum.org/node/diy-stack-setup.md): Plan and operate a self-built or colocated bare-metal stack for Morpheum nodes: hardware, network, OS baseline, and handoff to role deploys - [Nodes & roles](https://docs.morpheum.org/node/index.md): Choose a Morpheum node role—Validator, Full, Sentry, Archive, or AgentPortal—and follow deployment guides for each - [Quickstart](https://docs.morpheum.org/quickstart.md): Choose MCP, DEX CLI, or SDK by integration depth and how you operate Morpheum - [SDK](https://docs.morpheum.org/sdk.md): Official Morpheum SDK (Rust + TypeScript), MWVM agent runtime, and related integration surfaces - [Bitcoin signatures](https://docs.morpheum.org/signing/bitcoin-signature.md): How Bitcoin authorizes spends: sighash types, preimage and double-SHA256, ECDSA and Taproot Schnorr, UTXOs, SegWit witnesses, PSBT, and lifecycle from UTXO selection to confirmation - [Ethereum (EVM) signatures](https://docs.morpheum.org/signing/ethereum-signature.md): Ethereum signing with ECDSA secp256k1: curve math, address derivation, transaction and message hashing (EIP-155, EIP-191, EIP-712), ecrecover, and lifecycle from intent to chain - [Signing](https://docs.morpheum.org/signing/index.md): Cryptographic signing across EVM, Solana, Bitcoin, Morpheum-native hybrid (ECDSA_MLDSA44), and quantum risk—key management and agent workflows - [Morpheum signatures](https://docs.morpheum.org/signing/morpheum-signature.md): Conceptual guide to Morpheum’s hybrid classical + post-quantum signatures, addresses, verification, and how they fit identity and delegation - [Quantum threat to signatures](https://docs.morpheum.org/signing/quantum-threat.md): How cryptographically relevant quantum computers could affect ECDSA, Schnorr, Ed25519, and ECDH—including recent Google Quantum AI resource estimates, correcting misconceptions about Bitcoin and Ethereum, and what teams should track for PQC and agent key custody - [Solana signatures](https://docs.morpheum.org/signing/solana-signature.md): Solana Ed25519 signing: transaction messages, wire format, fee payer and signers, SigVerify vs execution, partial signing, v0 ALTs, durable nonces, and lifecycle from intent to confirmation - [Cross-chain x402 settlement](https://docs.morpheum.org/x402/cross-chain.md): Design of the x402 cross-chain settlement layer: chain-agnostic relay, Morpheum bridge path, GMP reply, security, and validation strategy (March 2026) - [Morpheum x402](https://docs.morpheum.org/x402/index.md): Introduction to x402, general protocol knowledge, Morpheum native integration, production spec with diagrams, flows, and roadmap (March 2026)