Stable’s core bet: move payments onto a chain where the gas token is already the dollar

Stable positions itself as a purpose-built Layer 1 for stablecoin settlement, with the protocol designed so users transact and pay fees in USDT rather than a volatile native asset. That framing is explicit in the project’s whitepaper (Version 1.1, December 3, 2025), which describes StableChain as a USDT-powered network targeting “predictable” dollar-denominated transfers and sub-second settlement performance.

That design choice matters for tokenomics because it intentionally removes the usual “gas token reflexivity loop.” On Stable, the volatile token is not the transactional currency. Instead, STABLE is positioned as governance and security, while USDT0 carries the day-to-day economic throughput. STABLE is described as the governance token used for validator elections, protocol upgrade voting, and governance proposals.

Stable’s mainnet launch is disclosed as December 8, 2025, alongside the unveiling of an “independent” Stable Foundation and the STABLE token in the mainnet launch announcement.

Supply and genesis allocation: fixed cap, heavy insider share, large “ecosystem” discretionary pool

Stable publishes a fixed-supply model: 100,000,000,000 STABLE total supply, 18 decimals, ERC-20 on Stable Mainnet EVM.

As an allocation fairness critic, the key headline is simple. Team + Investors & Advisors sum to 50% of the total supply at genesis. That is long-run control surface, even with vesting. The second headline is that the Ecosystem & Community bucket is 40%, which can be great for builders, but is also the easiest place for governance ambiguity to hide if the spending process is not credibly constrained on-chain.

For comparison on how “community” framing can diverge from practical distribution outcomes, see our USDtb tokenomics review.

Two immediate implications fall out of the published unlock rules.

First, early circulating supply is structurally dominated by non-vesting buckets. The docs specify that Genesis Distribution is fully unlocked at launch, and Ecosystem & Community has an initial unlock of 8% of total supply at launch. Taken together, that is up to 18% of total supply unlocked at launch (10% + 8%), before considering any other supply sources.

Second, “alignment” for insiders is real on paper due to the 1-year cliff, but it also concentrates early power into the parties controlling the ecosystem budget and whatever entities receive the genesis distribution. Without detailed on-chain controls, that can shift the fairness question from “are insiders dumping?” to “who decides grants, liquidity, and market support in year one?”

What STABLE does inside the product: governance, validator selection, and access to fee distribution

Stable is unusually explicit that USDT0, not STABLE, is the network’s native gas asset. The tokenomics docs state that all transactions use USDT0 as the native gas token, while STABLE can be staked to validators and may be used as a credential to receive gas fee distribution from validators.

That creates a three-layer role split:

1) Payments and execution live in USDT0. USDT0 is described as an omnichain representation of USDT using LayerZero’s OFT standard, pegged 1:1, designed to move across chains without traditional wrapped-asset liquidity fragmentation.

2) Security and validator economics are mediated by staking and distribution modules exposed to the EVM via precompiled contracts. Stable documents a staking precompile at 0x0000000000000000000000000000000000000800. It also documents a distribution precompile at 0x0000000000000000000000000000000000000801, including methods for withdrawing delegator rewards and validator commissions.

3) Governance is described at a high level as token-driven (elect validators, vote on upgrades, handle proposals), but operational governance features in the developer docs also emphasize validator governance in specific control planes, like gasless transaction authorization.

This is the first tension to watch. Stable’s messaging reads like classic tokenholder governance. Stable’s mechanism docs repeatedly anchor control to validators.

Fees, mints, and fiscal flows: USDT0 base fees, a treasury, and validator-mediated “real yield” dynamics

Stable’s on-chain economics are intentionally USDT-centric. The “USDT as Gas” spec says Stable denominates fees in USDT0 and uses a pre-charge and refund settlement model, moving the maximum fee upfront to a fee collector and later refunding unused gas.

Gas pricing is described as a single-component model with no priority tip, and fees are “based purely on base execution cost,” paid in USDT0. The USDT-as-gas spec also expresses the fee form as fee = gasUsed × baseFee and explicitly warns that priority tips are not supported.

The tokenomics docs then add the value routing layer: USDT0 gas fees are collected into a treasury managed by smart contracts, and when token holders stake STABLE to validators, validators may choose to distribute gas fees from the treasury proportionally to stakers.

Two fairness-critical observations follow from that wording:

Fee capture is optional at the validator layer. “May choose” implies delegators are exposed to validator policy risk. This is not inherently bad. It can support differentiated validator business models. It does mean the protocol is not promising a protocol-mandated fee rebate to stakers.

STABLE value accrual is structurally indirect. The chain can have high throughput in USDT0 transfers without forcing structural buy pressure in STABLE, because the fee unit is USDT0 and STABLE is not required to transact. If STABLE becomes valuable, it is likely through (a) governance power, (b) security participation, and (c) whatever share of USDT0 fee flow validators elect to route to stakers.

Stable also specifies a “gasless UX” pathway that introduces yet another governance surface: Gas Waiver.

Gas Waiver enables gasless end-user transactions by allowing a governance-approved set of “waiver” addresses to submit transactions with gasPrice = 0. The Gas Waiver spec states Stable currently operates a waiver service (“Waiver Server”) that partners can integrate with, and it defines a marker address used to identify wrapper transactions: 0x000000000000000000000000000000000000f333.

Crucially, the Gas Waiver spec states waiver authorization is governed on-chain via validator governance, with on-chain registration, updates, and revocation, plus per-waiver scoping via an allowed-target policy.

That’s a real mechanism-level trade-off: gasless UX is great for adoption, but it increases dependence on an allowlisted infrastructure path whose control plane is governance-mediated. If governance is concentrated, “gasless” can become a chokepoint.

Governance and control: the Foundation exists, but the most important on-chain levers are still underspecified

The launch communications say the Stable Foundation is intended to support growth and development, including grants, governance votes, and education. The same release describes the foundation as an “independent organization” that will “shepherd” the blockchain.

From an allocation fairness lens, that immediately intersects with the 40% Ecosystem & Community allocation. The tokenomics docs list intended uses like developer grants, onboarding incentives, payment partner integrations, hackathons, and infrastructure grants. What the docs do not provide (at least in the publicly indexed primary pages) is the operational governance detail that decides whether that 40% behaves like a community commons or like a discretionary war chest.

Modelability is limited by missing parameters, especially the token economy components that define control, spending, and veto surfaces in practice. Examples that matter:

Who holds the ecosystem funds on-chain? Multi-sig? Timelock? Module account? The public tokenomics page provides categories and vesting, but no control or transparency guarantees for execution of that budget.

What is the exact governance system for protocol changes? The tokenomics page says STABLE can be used for handling governance proposals and voting on protocol upgrades. But the developer docs that describe governance-sensitive functions often refer to validator governance rather than tokenholder-wide governance, as in Gas Waiver authorization.

Where does STABLE voting power live, practically? The staking and distribution precompile docs show mechanisms for delegation, validator commission rates, slashing history queries, and reward withdrawals. Those are necessary primitives. They are not a complete governance constitution.

In short: there is enough documentation to understand how staking and rewards can be accessed from EVM contracts. There is not enough documentation (in primary sources) to quantify governance decentralization, veto powers, or the practical checks on the ecosystem budget.

Risk analysis: the dominant risk is governance and allocation concentration, not emissions

Stable’s tokenomics are not “inflation-risky” in the common sense. The docs state the total supply is fixed at 100,000,000,000 STABLE. The pressure points are political economy and control surfaces created at genesis.

Dominant risk: Concentrated control over security and spend, masked by a large “ecosystem” bucket

At genesis, 50% of supply is allocated to Team and Investors & Advisors combined. Yes, those allocations have a 1-year cliff and 48-month linear vesting. That reduces immediate dump risk. It does not eliminate long-run governance concentration risk. Over time, vested insider supply accumulates into durable voting and validator influence.

The bigger structural problem is the 40% Ecosystem & Community pool, because it is both huge and under-specified in terms of control. In many networks, “ecosystem” is where the real centralization sits: market-making support, partner incentives, grants, and strategic allocations can shape validator sets, governance outcomes, and application-layer dependencies. Stable’s documentation states the Stable Foundation will play a central role in grants and governance support. But it does not specify, in primary on-chain terms, how the foundation is constrained.

Mechanically, concentrated governance is extra sensitive on Stable because several “UX-critical” features are governance-mediated. Gas Waiver, for example, relies on a governance-approved allowlist of waiver addresses and an allowlist of callable targets. If a meaningful share of consumer payments, onramps, or partner flows depend on waiver infrastructure, then governance concentration is not only about parameter tuning. It is about who can keep the lights on for the “gasless” path.

Finally, Stable’s choice to denominate fees in USDT0 and not require STABLE for basic usage can reduce organic distribution over time. Users do not need STABLE to do anything day-to-day. That tends to push STABLE ownership toward insiders, validators, and speculative holders rather than a broad user base, unless distribution programs are deliberately designed to counteract it. Those programs would come from the very ecosystem pool whose governance details are not yet concretely documented.

If you care about fairness and resilience, this is the line: the token design can work, but only if the ecosystem budget is transparently governed and the validator set cannot be quietly “stabilized” by foundation-directed stake and incentives.

For a DeFi-native stablecoin comparison where governance and incentives are framed differently, see our GHO tokenomics review.

Top 3 risks

  1. Governance capture via concentrated allocations. Trigger: large tranches vest and consolidate into a small set of entities over time. Mechanism: 50% of supply (Team + Investors & Advisors) becomes durable voting and validator influence, while ecosystem spend can reinforce allies. Who bears it: users, builders, and delegators who depend on predictable, neutral infrastructure. Measurable indicators: concentration of voting/stake across top validators and top wallets, governance proposal participation breadth, and ecosystem spending concentration (grant recipient distribution) if disclosed.

  2. Validator policy risk on fee distribution. Trigger: validators choose not to distribute (or inconsistently distribute) USDT0 fee flows to STABLE stakers. Mechanism: tokenomics explicitly says validators may choose to distribute gas fees proportionally to stakers, implying delegation outcomes depend on validator policy rather than protocol mandate. Who bears it: delegators and long-term STABLE holders relying on security participation economics. Measurable indicators: dispersion of staking APY across validators, changes in commission practices (tracked via staking module concepts), and share of treasury fees actually paid out versus retained.

  3. Gasless transaction chokepoints. Trigger: key consumer and partner flows route through waiver infrastructure, and waiver authorization tightens or becomes politicized. Mechanism: gasless transactions depend on governance-registered waiver addresses and allowed-target policies, with Stable operating a Waiver Server service partners can integrate with. Who bears it: applications and end-users relying on gasless UX for onboarding and payments. Measurable indicators: number of authorized waivers, frequency of waiver registry updates/revocations, concentration of gasless volume through a single waiver service endpoint (where observable), and partner-reported outage dependency.

If you are modeling STABLE as an investable asset or designing an incentive program on top of Stable, the missing piece is governance specificity around the 40% ecosystem pool and treasury fee routing. That’s where tokenomics design services and token economy design work tends to focus, because those parameters decide whether “ecosystem” behaves like a commons or a balance sheet.

If you want frameworks for what to measure as the chain matures, our research reports can help you track concentration and control surfaces over time.



This article is part of our Tokenomics Deep Dive series.