Prime DEX Ecosystem

Prime Dex crafts a seamless network of dApps, wallets, bridges, builders, and allies to reshape finance. We prioritize interoperability, security, and growth in DeFi boom.

Includes:

  • Prime Chain (L1) – A high-throughput, low-latency chain optimized for order-book based trading and risk management.
  • Prime Bridges – Secure cross-chain bridges connecting major networks, enabling swift deposits and withdrawals into Prime DEX.
  • Prime Wallet – A non-custodial wallet for PRIME, USDP, and multi-chain assets with built-in DEX access.
  • Vaults & Strategies – Automated strategies leveraging Prime DEX liquidity, liquidations, and market-making opportunities.
  • Developer Stack – APIs, SDKs, and documentation for building trading tools, bots, and integrations on top of Prime.

All core infrastructure is transparent, onchain, and designed to support both retail traders and professional participants.

Bridges
Prime Bridges let users move assets between Prime Chain and external networks through a validator-secured mechanism.
  • Deposits are confirmed once >⅔ of staked validator power signs off.
  • Withdrawals are initiated on Prime DEX, confirmed by validators, then executed on the connected L1 after the challenge period.
  • A challenge window protects against invalid withdrawals that don’t match Prime DEX state.
  • Users pay a flat fee (e.g. 1 USDC) on Prime DEX to cover external gas; no extra L1 gas management needed.
  • Contracts and integration with staking are audited and open-sourced.
API Servers
Prime API servers:
  • Track Prime Chain state locally.
  • Serve data via REST and WebSocket.
  • Relay signed user transactions to nodes for inclusion in consensus.
  • Return final results once transactions are committed on-chain.
Clearinghouse
The clearinghouse defines the canonical accounting for all user balances and positions.
  • Perpetuals: Cross-margin by default; isolated margin supported per position.
  • Spot: Manages token balances, transfers, and reserves.
  • Margin checks are enforced at order placement and on matches to ensure solvency and consistent risk management.
Oracle
Prime DEX uses a stake-weighted, validator-published oracle.
  • Validators post prices for perp assets at fixed intervals (e.g. every 3s).
  • Prices are derived as a weighted median from major CEXs and Prime DEX spot markets, with rules depending on where primary liquidity sits.
  • Final oracle values are aggregated across validators based on stake, feeding margin, liquidation, TP/SL, and funding calculations.
Order Book
Prime DEX runs a fully onchain central limit order book:
  • Tick and lot sizes enforce efficient, discrete pricing and sizing.
  • Matching follows strict price-time priority.
  • Perp order books integrate directly with the clearinghouse for real-time margin validation.
  • Protocol-level awareness of order-related transactions optimizes block ordering and reduces contention.
Staking
PRIME Staking secures the network and aligns incentives.
  • Delegated Proof of Stake: users delegate PRIME to validators.
  • Validators require a minimum self-bond to participate.
  • Commissions are configurable within strict limits to protect delegators.
  • Delegations, unbonding windows, and reward logic are enforced onchain.
  • Rewards derive from emissions and protocol income, with rates adjusting based on aggregate stake.
Vaults
Prime Vaults are strategy containers built on top of DEX liquidity and mechanics:
  • Strategies can include market making, liquidation participation, or structured flows.
  • Users receive vault shares proportional to deposits.
  • Protocol vaults may be fee-free; third-party vaults can charge performance fees (e.g. 10% of profits).
  • All parameters and historical performance are transparent onchain.
Native Multisig
Prime DEX supports multisig at the protocol level:
  • Any account can be converted into a multisig-controlled account with a defined signer set and threshold.
  • All actions for that account require aggregated signatures.
  • No separate smart contract deployment needed, reducing attack surface.
  • Flexible configurations: multiple multisig roles, updates, and reversion to single-sig, all enforced by the chain.