The Standard Reserve

Most OHM descendants know how to distribute a token. They rarely explain why anyone outside the reward loop should hold it.

The Standard Reserve does not solve demand. Its bet is narrower: make the reward loop harder to strip-mine by charging for the exit.

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The protocol has one ETH/$STANDARD market on Uniswap v4. ETH flowing in can expand issuance and route fees toward reserves and protocol-owned liquidity. ETH flowing out cuts issuance and turns the active vault toward STANDARD buybacks and burns.

Behind the token sits a Genesis Charter and its Branches. Each Branch earns a share of future issuance. Withdrawing its accrued balance requires retirement: the owner receives STANDARD minus a dynamic exit fee, and the Branch disappears with its future earning power.

Calling it an "onchain central bank" hides the mechanism.

A Branch is not a staking position

Think of a simple system with 100 active Branches. If one Branch owns 1% of the issuance and has accrued 1,000 STANDARD, its owner cannot simply claim the 1,000 tokens and continue earning 1% tomorrow. To realize that balance, they retire the Branch. They receive the balance minus the resolution fee, and their future share falls from 1% to zero unless they still own other Branches.

The holder has three choices:

• stay in, keep the earning right, and remain exposed to future issuance;

• exit, realize the accumulated tokens, and permanently surrender part of the claim on the next epochs;

• or spend STANDARD on a new Branch license, which expands their issuance share but burns the payment.

Each Branch is a yield vehicle, a claim on issuance, and productive capacity that disappears when its owner extracts value.

This is the design's best idea. Standard prices the exit before the market has to clean it up.

Taking profit means giving up part of your future right to print.

The resolution fee rises with withdrawal pressure over the trailing week. Half is burned and half goes to the bankers who remain, so leaving with the crowd costs more than leaving during a quiet week.

This will not stop a bank run. It changes who pays for one: the exiting cohort absorbs part of the cost instead of leaving all of it with the holders who remain.

OHM-style systems used high emissions, bonds, and a treasury to manufacture commitment. Standard makes the earning position costly to unwind, a harder constraint than anything shown on an APY dashboard.

Before Standard, its visible builder, 0xBeans, explored the same idea in Bear Bonds, an ETHGlobal 2023 experiment where sellers transferred value to holders. Standard turns that exit rule into the spine of a token economy. It has to make leaving costly enough to reduce extraction without trapping the people who stayed.

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Growth has an actual sink

Charter holders can add up to ten Branches. Extra Branches are sold through daily Dutch auctions, paid for in STANDARD, and the payment is burned.

Most reward systems let incumbents farm new supply and sell part of it. Here, buying more issuance capacity is also a token burn:

1. Demand for more earning capacity burns STANDARD.

2. More capacity gives a bigger share of future issuance.

3. Withdrawing that issuance destroys some of the capacity that earned it.

4. A heavy wave of withdrawals increases the cost of leaving and transfers part of that cost to those who remain.

The loop still depends on its own token, but extraction no longer points in only one direction. Expansion burns supply; withdrawals retire earning rights and burn part of the payout. The NFT is a licence to operate an issuance position, and cashing out consumes part of that position.

The system uses two Dutch auctions, but they sell different powers. A Charter auction sells a new banker seat for ETH. A Branch auction lets an existing banker buy more issuance weight with STANDARD that is then burned.

Those caps are also concentration limits. Genesis starts with 1,000 Charters and one Branch each. Take ten coordinated Charters. Under the whitepaper's initial limit of 100 new licences a day and three purchases per Charter, the cluster can take 30% of the daily auction.

If it wins 90 licences over three days, it ends with 100 Branches. That is 9.2% of the system if no other licences clear, or 7.7% if all 300 sell.

This scenario is deliberately aggressive. Genesis claims are limited to one per wallet, but Branch caps apply to Charters rather than economic owners. A wallet count will therefore say little about how decentralized the banker set is. Top-cluster Branch share and daily auction wins will say much more.

Where it still breaks

Branch rules only reach people already inside the system. Someone outside that loop still has to want STANDARD.

Standard has one disclosed price venue and one policy signal: net ETH flow through the ETH/STANDARD pool. Buys add ETH, sells remove it, and the difference determines whether policy expands or contracts.

In a thin pool, a few holders can move that signal. A large Charter holder would be trading in the same venue that sets the price and tells the protocol what to do next. Net flow needs to reflect an actual market, not one participant clearing inventory.

The word "reserve" does a lot of work here. During expansion, the fee engine is meant to accumulate ETH and buy tokenized gold or similar assets. The whitepaper sends 70% of protocol ETH to the active vault, 15% to protocol-owned liquidity, and 15% to the team.

Useful? Yes. Backing? No.

The protocol owns these reserves. STANDARD holders have no published right to redeem against the ETH or tokenized gold in the vaults, so the assets function as treasury rather than stablecoin collateral. They can finance later buybacks and deepen permanent liquidity. They cannot provide a redeemable floor.

Tokenized gold improves the protocol's balance sheet. Holders still cannot redeem STANDARD for it.

The bet is that treasury growth, permanent liquidity, and exit penalties can support a token without a redemption promise. Its value still depends on people choosing to trade STANDARD.

One pool has to carry the whole thesis

The protocol calls the ETH/STANDARD pool its economy. Fair enough. That makes the launch easy to judge. A free Charter allocation can recruit the first banker class. Demand only becomes credible when the pool develops two-sided activity beyond that cohort.

Fee quality matters just as much. Trading fees need to grow reserves before Charter auctions become the main source of ETH. Both revenue streams enter the same fee engine, so the protocol will have to separate income from actual use from income earned by selling new seats.

The published contraction-vault limit makes that test measurable. Assume the relevant pool reserve is worth $1 million and the contraction vault holds $100,000. The vault can spend the lower of 10% of its balance or 0.2% of pool reserves per hourly tick: $2,000, or roughly $48,000 over a day.

Suppose a crowded Branch exit releases $250,000 worth of STANDARD at the execution price. With an illustrative 20% resolution fee, bankers receive $200,000 worth; $25,000 is burned and $25,000 goes to those who stayed. If exiters sell the full $200,000, the vault can offset at most 24% before price impact. The same vault could absorb $25,000 of daily selling. It would only slow a run.

The whitepaper redacts the actual resolution-fee floor and ceiling, so 20% is an input for this scenario, not a launch forecast. Buyback capacity has to scale with pool depth and exit volume. A defence can be valid in the code and still too small to matter in the market.

The founder history supports the execution case. The whitepaper is unusually explicit for a pre-launch token system, and 0xBeans has shipped Solidity work including DRIP20. Bear Bonds also shows that the exit mechanic predates this launch.

That record says the builder can design and ship. It says nothing yet about how the hook, auctions, and reserve policy behave under adversarial flow.

The launch turns theory into policy

Standard is still pre-launch. The whitepaper is public, the Genesis Charter campaign is building the first banker cohort, and an audit has been announced. The token and Charters are not live yet, so the mechanism has not had to deal with real money or a real exit.

Once ETH enters the pool, issuance should expand and the vault should grow. Outflows should tighten issuance and switch the vault to buying and burning. Four numbers will show whether this works: pool depth, top-cluster Branch share, reserve inflow from trading versus Charter sales, and daily buyback capacity relative to net selling.

Charter auctions can start the economy, but trading has to carry it after the first banker cohort is in. Two-sided liquidity and fee-funded reserve growth would move Standard beyond an elegant whitepaper.

Standard is a serious monetary experiment rather than another OHM fork. It does not pretend demand is solved. It gives the market a specific claim to test: taking profit retires earning power, crowded exits burn supply and pay those who stay, and net flow changes policy. Most monetary projects pay for entry and improvise when people leave. Standard starts with the exit.

Research basis: Standard Reserve whitepaper v0.1, public project/founder posts and founder-linked GitHub activity, checked 7 September 2026. No token or Charter market was live at the time of review.