Whitepaper chapter notes (archive)01 / 10
HELIX Protocol Overview
These notes follow the whitepaper chapter by chapter; they are archived and no longer updated as the chain changes. The protocol in brief, and where the chain differs from the whitepaper, is in the HELIX quick reference; the official docs have the current rules.
In 30 seconds
- Core idea: the protocol sets the boundary, the market finds the equilibrium
- HELIX-P sets how fast the system can grow; HELIX-M decides where capital goes
- The contracts are on chain and the official HELIX dApp went live on 2026-09-28; the contracts prevail
The idea in one line
HELIX rests on a single economic principle: the protocol sets the boundary, the market finds the equilibrium.Whitepaper p. 35
The whitepaper splits the economy into two layers:Whitepaper p. 35
- The macro layer is coordinated by the protocol: the total supply cap, emission budgets per phase, the actual emission rate, how much Power is activated, protocol reserves, market capacity, system risk, and contraction or protection in extreme conditions. If any of these runs out of control, the whole system is affected.
- The micro layer is left to the market: which pools need liquidity, which markets deserve more emission, where LPs put their capital, which direction ve voters back, and how markets compete for capital.
Macro Coordination + Micro Autonomy
The whitepaper states three axioms behind this design: finitude (no economic resource is infinite), autonomy (capital must be allowed to discover efficiency) and feedback (today's economic state sets the next period's policy).Whitepaper p. 41
Two helices
HELIX-P: the protocol coordination engine
HELIX-P answers one question: how fast can this economy grow right now? It does not decide which LP gets the most capital or which market wins. It only judges how many new economic obligations the system can take on under current conditions.Whitepaper p. 36 Whitepaper p. 43
Reserve → Power → Emission → Turbine → LSP → Liquidity → Market Capacity → Protocol Feedback
HELIX-M: the market autonomy engine
HELIX-M answers a different question: within the growth that is allowed, where should capital go? AiLGNS holders lock tokens into veAiLGNS and vote on where Gauge emission goes; LPs and traders generate fees, and fees flow back into governance.Whitepaper p. 36
AiLGNS → veAiLGNS → Vote → Gauge → LP → Trading → Fees → Governance
Who does what
| HELIX-P (protocol coordination) | HELIX-M (market autonomy) | |
|---|---|---|
| Question | How much can the system expand? | Where should capital flow? |
| Controls | Supply, emission boundary, Power activation, reserves, POL, liquidity capacity, risk | Emission split across Gauges, LP placement, ve votes, competition between markets |
| Role | Defines the feasible set | Optimizes within the feasible set |
| Goals | Stability, solvency, sustainability | Efficiency, yield, capital allocation |
The table follows the whitepaper.Whitepaper p. 48 Whitepaper p. 52
Each side limits the other: HELIX-P cannot force all emission into one pool, and HELIX-M cannot win unlimited emission just by having enough votes.Whitepaper p. 48
Why P × M and not P + M
Two engines running side by side would just be two mechanisms. The whitepaper's point is coupling: the market allocates capital, capital changes market capacity, and capacity feeds back into the protocol's boundary.Whitepaper p. 43
The clearest case is emission for a single Gauge. Votes say how much the market wants; the protocol judges, from budget, liquidity, real trading and risk, how much that market can take. The actual emission is the smaller of the two.Whitepaper p. 49
E_actual = min(E_vote, E_max)
Four coupling points
| Coupling point | What it means | Whitepaper |
|---|---|---|
| Emission | HELIX-P sets the total emission boundary, HELIX-M sets where it goes; actual emission is the intersection | Whitepaper p. 49 |
| Liquidity | The market moves liquidity around, liquidity sets market capacity, capacity shapes the protocol boundary | Whitepaper p. 49 |
| Fees | Real trading produces fees, which are both governance cash flow and a signal of market quality | Whitepaper p. 50 |
| Price | The protocol does not control price but has to read it: the same DAI budget buys fewer AiLGNS at a higher price | Whitepaper p. 50 |
The whitepaper's price example: with a value budget of 1,000,000, an AiLGNS price of 1 means 1,000,000 tokens, while a price of 10 means only 100,000.Whitepaper p. 50
Spiral evolution
The name HELIX comes from a control loop that keeps repeating: the protocol sets a boundary, the market acts freely inside it, the outcome becomes feedback, and the protocol adjusts the next boundary. After every loop the economy has changed, so it never returns to its starting point. It is a spiral, not a circle.Whitepaper p. 54
Boundary → Autonomy → Feedback → Adaptation
What AiLGNS is for
AiLGNS is the market asset that links the two helices. It is produced by Power emission, trades in the five official liquidity pools, and can be locked into veAiLGNS for governance.Whitepaper p. 89 Whitepaper p. 92
HELIX-P → AiLGNS → HELIX-M
The whitepaper gives AiLGNS three layers of value:Whitepaper p. 89
- Production value: new supply comes from Power, which comes from real economic contribution.
- Market value: the price is set by real trading in the five pools, not by the protocol.
- Governance value: locked as veAiLGNS, it becomes voting power and a say in capital allocation.
The whitepaper is also explicit that the protocol designs emission boundaries, liquidity rules, market routing, governance and risk controls, but does not promise a market price.Whitepaper p. 92 For supply and allocation figures, see AiLGNS Token and Supply.
The DAI standard: one ruler
People can take part with many assets (LGNS, GLGNS, A, DAI, USDT, USDC, ETH, BNB and others), and a token count is not the same as economic value. So HELIX uses DAI as its core unit of account and settlement. The whitepaper's worked examples assume 1 DAI ≈ 1 USD.Whitepaper p. 56
DAI is currently the unit for five things:Whitepaper p. 56
- Pricing Power
- Pricing Turbine activation
- Settling protocol sells
- Pricing and distributing fees
- Pricing LP positions
Two points are easy to misread:
- DAI settlement is not a fixed-price redemption. Protocol sells settle at the actual market execution, and you receive what the trade yields minus fees.Whitepaper p. 58
- Volatile assets are valued at an effective price. That price can come from an oracle, a TWAP or several sources, so a single momentary trade cannot change Power, LP value or a settlement.Whitepaper p. 59
Where things stand
- The Genesis Plan subscription has ended. The official subscription window ran from 2026-09-15 to 2026-09-19 (UTC+8), and the quota is effectively full. The rules are on Genesis Plan Rules; on-chain progress is on the Genesis data page.
- The HELIX contracts are deployed on Anubis. In September 2026 the AiLGNS token, emission, the power ledger, the protocol reserve, the protocol clock, AiLGNS pools and other contracts were deployed on chain. They are tied directly to the official Genesis Plan: on 2026-09-25 22:39 (UTC+8) the Genesis contract's admin moved all Genesis funds into the HELIX protocol reserve, and a check on 2026-09-27 found that their power ledger registers exactly 2.5 times the Genesis total for all 5,457 Genesis addresses. The official HELIX dApp (awakehelix.io), live since 2026-09-28, uses these contracts. When the protocol starts, what day it is, the reserve balance and total power are on HELIX on-chain status; the state of the five pools is on market data. Figures the site has no reading for show "—" marked "No reading yet". The mechanisms in this section come from the whitepaper, and the contracts prevail.