DCI Documentation

The Dynamic Composite Index (DCI) is a synthetic token on Polygon that tracks a diversified, algorithmically-managed multi-asset strategy spanning cryptocurrency, precious metals, and US equities. DCI is designed as a single-token exposure to a broad, adaptive portfolio — enabling anyone to hold diversified multi-asset exposure without managing individual positions across multiple markets.

The protocol is governed by a DAO, which operates the underlying strategy on HyperLiquid using a segregated portion of its treasury. Independent oracles verify execution, compute a fair index price, and publish it on-chain. An oracle-priced liquidity pool then enables permissionless swaps between DCI and USDT, making DCI a fully on-chain, transparent synthetic instrument.

The token's value is derived entirely from on-chain oracle consensus.

DCI's architecture separates strategy execution from token issuance, creating a trust-minimized pipeline where each layer can be independently verified.

Strategy Execution. The DAO allocates a segregated portion of its treasury to run the DCI strategy on HyperLiquid, a high-performance perpetuals exchange. The strategy is engineered using quantitative momentum models and executed algorithmically — no manual discretionary trading occurs. All positions are visible on-chain through HyperLiquid's public API.

Oracle Layer. Multiple independent oracles continuously monitor the HyperLiquid execution account. They independently compute the portfolio's net asset value, reconcile calculations against each other, and publish the verified index price to the Polygon blockchain. This multi-oracle consensus mechanism ensures that no single point of failure can corrupt the published price.

Liquidity Layer. An oracle-priced liquidity pool, also funded by the DAO treasury, enables permissionless swaps between DCI and USDT at the latest oracle price. This design makes DCI a synthetic token — its price reflects the underlying strategy's performance as reported by the oracle consensus, without requiring users to interact with HyperLiquid or any centralized entity directly.

DCI follows a synthetic supply model. Swaps occur through the oracle-priced liquidity pool using existing token inventory. To accommodate net-new demand, new DCI tokens are minted to the DAO's multisig, which subsequently provides them back to the oracle pool to replenish liquidity. Conversely, tokens returning from circulation can be burned, ensuring that the active supply scales dynamically with real demand with no fixed cap or inflationary schedule.

The token's price is entirely determined by the oracle consensus — it reflects the real-time performance of the underlying multi-asset strategy running on HyperLiquid. There is no order book or speculative market-making for DCI; every swap executes at the fair oracle price with a fixed 0.3% spread. This ensures highly predictable execution between the token's value and the underlying strategy's performance.

Because DCI is implemented as a standard ERC-20 token, it is fully composable within the broader Decentralized Finance (DeFi) ecosystem. Once minted, DCI can be transferred and utilized freely in classic automated market maker (AMM) liquidity pools, lending protocols, and other decentralized applications.

At the core of DCI is its adaptive rebalancing engine — a quantitative algorithm that continuously adjusts the portfolio's allocation across crypto, metals, and equities based on momentum signals. Rather than maintaining static weights, the engine dynamically shifts capital toward the strongest-performing asset classes while reducing exposure to those showing weakness.

Rebalancing decisions are made algorithmically at regular intervals, driven by moving-average crossovers and trend analysis across multiple timeframes. This momentum-based approach aims to capture upside in trending markets while rotating toward defensive positions (such as precious metals or USDC cash buffers) during periods of broad market stress.

All rebalancing trades are executed on HyperLiquid, ensuring execution is fully transparent and publicly verifiable. While the quantitative models driving the allocation logic are proprietary to DCI, every single resulting trade and the exact holdings of the execution account can be monitored in real-time by anyone.

DCI provides exposure to three major asset classes through perpetual contracts on HyperLiquid. The rebalancing engine dynamically distributes weight across these classes based on quantitative momentum analysis. In adverse market conditions, the strategy may also rotate into a USDC cash position to preserve portfolio value.

All price data for the rebalancing engine and oracle calculations is sourced from HyperLiquid's oracle price feeds, ensuring consistency between the execution venue and the published index value.

DCI's on-chain infrastructure lives on the Polygon network and consists of three core components: the DCI token contract (an ERC-20 with mint/burn capabilities controlled by the DAO's multisig), the oracle price contract (which accepts and reconciles price submissions from multiple independent oracles), and the oracle-priced liquidity pool (which enables permissionless swaps at the consensus price).

The contracts are designed to be minimal and deterministic — the liquidity pool cannot execute swaps at any price other than the one published by the oracle consensus. This eliminates front-running and ensures that every participant receives fair execution.

DCI's architecture is designed to minimize trust assumptions, but it is important to understand the residual risks inherent in the protocol:

Execution Venue Risk. The underlying strategy executes on HyperLiquid. While HyperLiquid is a leading decentralized exchange, it remains a third-party platform. Downtime, smart contract vulnerabilities, or liquidity disruptions on HyperLiquid could temporarily impact the strategy's execution.

Oracle Risk. DCI's price depends on the correctness and availability of the oracle layer. The multi-oracle design mitigates single points of failure, but a simultaneous compromise of multiple oracles could theoretically lead to an incorrect price being published.

Strategy Risk. The adaptive rebalancing engine is based on quantitative momentum signals. While the approach is designed to limit downside through defensive rotation, no strategy is immune to all market conditions. Extended periods of trendless, high-volatility markets can lead to underperformance.

Smart Contract Risk. Although the on-chain contracts are designed to be minimal and deterministic, any smart contract carries inherent bug risk. Users should review the contract source code and audit reports before interacting with the protocol.

DCI includes a built-in protocol sustainability mechanism to fund ongoing operations without requiring external revenue or token inflation. No funds are directly collected or withdrawn by any team — instead, the mechanism is embedded transparently in the oracle price computation.

How it works: On positive-performance days, 6% of the day's gains are retained at the protocol level by the oracles computing a slightly reduced price appreciation. For example, if the underlying strategy grows from $100 to $101 (+1.00%), the DCI token's oracle price will reflect a +0.94% gain. On flat or negative days, no retention is applied — the token tracks the strategy's performance 1:1.

This retention is applied symmetrically by all independent oracles as part of their standard price computation. It is fully transparent, deterministic, and verifiable by anyone reviewing the oracle logic.

DCI is operated by a decentralized autonomous organization (DAO). The DAO controls the treasury that funds both the HyperLiquid execution account and the on-chain liquidity pool. Strategic decisions — including asset universe changes, rebalancing parameter adjustments, and treasury allocation — are subject to DAO governance processes.

The engineering team designs and maintains the strategy logic and oracle infrastructure in accordance to governance decisions.

DCI's smart contracts are designed with simplicity and minimality as core principles — fewer lines of code mean a smaller attack surface. The oracle price contract accepts submissions only from whitelisted oracle addresses, and the liquidity pool enforces execution strictly at the consensus price.