Every new chain promises to be faster. Faster blocks. Faster confirmations. Faster routing. Faster discovery. The assumption is so complete that speed no longer feels like a design choice. It feels like physics.
But a market can be technically efficient and culturally broken. In memecoins, faster infrastructure shortened the distance between impulse and execution until they became almost the same event. The dominant interface is a terminal. The dominant posture is vigilance. A holder is increasingly a trader who has not sold yet.
What if the market waited one minute—not as an artificial hold, but as the fundamental unit of price discovery?
One price per minute
DIAL-UP collects orders into sixty-second calls. When the minute ends, eligible buys and sells clear together at one price. It does not matter whether an order arrived with fifty-nine seconds left or five. Inside the same call, speed earns nothing.
This is not a literal FIFO queue. FIFO would merely create a new race to own the first position of every minute. The interface can feel like waiting on a line, but equal-priced orders receive equal priority. If only part of the marginal price bucket can fill, that capacity is divided pro rata.
THE PRODUCT PROMISE: within a call, earlier arrival cannot improve your clearing price or priority.
The order is also a horizon
The default order is market-with-guardrail. A buyer chooses an amount and the highest clearing price they will accept. A seller chooses an amount and the lowest acceptable price. An order can receive a full fill, a pro-rata marginal fill, or no fill. The indicative price is never a guarantee.
V1 places one order into one call. Automated plans spanning 5, 15, or 60 calls are deferred because they add another escrow and cancellation lifecycle without being necessary to test the core mechanism. A user can join a later call, but doing so is a fresh choice rather than an automatic schedule.
Why not add every order type?
Stop orders and trigger orders imply continuous observation the protocol does not provide. Pure market orders remove useful price protection. Commit/reveal hides demand but adds a second transaction and a new failure mode. They should be earned by evidence, not added because terminals normally have them.
Slowness without punishment
The obvious way to manufacture holders is to punish selling: transfer taxes, cooldowns, lockups, reflections, or fees that disappear inside one approved frontend. These can slow turnover, but they do it by making the asset harder to leave.
DIAL-UP places the constraint on the market clock, not the holder. There is no native fast lane, sell tax, mandatory hold, or reward for arriving first. A price guardrail may keep an order from filling; it never traps the underlying escrow indefinitely.
What Uniswap v4 does—and does not do
A Uniswap v4 pool can attach one hook contract at initialization. Hooks run around swaps and liquidity changes. V4 custom accounting can alter token deltas, but DIAL-UP does not use a custom reserve that blindly accepts the batch price. The selected design crosses users internally and routes only the net imbalance through the pool's standard concentrated-liquidity curve.
That makes v4 a plausible settlement layer. It does not make a minute-long queue automatic. Hook callbacks are synchronous, so DIAL-UP separates responsibilities:
- AuctionBook escrows single-call orders, price guardrails, cancellations, and refunds.
- EpochExecutor verifies the deterministic clearing result and lets anyone finalize it.
- SlowHook rejects direct swaps and unauthorized liquidity actions, then accepts the epoch settlement.
- LPVault holds the canonical liquidity under immutable rules.
A standard AMM traverses a curve, so it does not naturally give both sides of a batch one price. Aggregate simulation rejected a custom reserve that simply takes the batch price: boundary flow can extract too much inventory at a stale price. The selected architecture crosses orders internally and sends only solvent net imbalance to one immutable v4 liquidity range. That path is implemented, source-verified, and publicly exercised on Robinhood testnet.
Permissionless requires an exit
“No admin key” is not sufficient if a dead keeper can trap funds. Any account can finalize a ready call. If a call remains unsettled beyond a bounded timeout, anyone can mark that call refundable and users reclaim escrow directly. One abandoned order cannot trigger a global kill switch or rewrite any other call.
The production target is fixed supply, no mint or blacklist key, no proxy upgrade, no fee switch, no owner bypass in the hook, and no discretionary withdrawal of genesis liquidity. This reduces rug risk. It does not remove contract, economic, chain, integration, or demand risk.
Who seeds the first call?
No creator ETH is required. Immutable launch custody mints the fixed supply directly to itself and places 90% of DIAL in a wide, permanent one-sided v4 range. The quote-token seed is exactly zero; no signer temporarily receives the complete supply.
Buyers bring the first WETH through ordinary one-minute calls. That WETH becomes locked reserve inventory, allowing later sellers to trade back into it. There is no presale or minimum raise. A 2% team allocation and 8% ecosystem reserve sit in ownerless vaults: 0.5% is claimable from genesis, while the remaining allocations vest only after a 180-day cliff and then linearly over 730 days. The opening floor and finite upper range are mechanical boundaries, not return promises.
The ecosystem vault records its intended uses onchain: listings, integrations, liquidity programs, community incentives, security, legal, and operations. That note is a public commitment, not a technical restriction on tokens after they vest and reach the published beneficiary.
The external-pool problem
A hook governs its v4 pool, not an ERC-20 everywhere. If the token transfers freely, anyone can create a continuous external market. If transfers are restricted to preserve the canonical slow venue, smart wallets, bridges, vaults, airdrops, and future integrations can break. A wrapper creates two assets and an arbitrage bridge between fast and slow markets.
A frontend cannot solve this. DIAL-UP will remain freely transferable. External continuous markets may exist; the honest claim is that the canonical market is slow, not that every possible venue is slow.
Why slow the market down?
Memecoins need a return to holding: less minute-to-minute panic, less terminal watching, and more room for a community to form. One way to get there is to slow the market itself without locking holders in or taxing them for leaving.
A “slowed order book” is the simple description. Technically, DIAL-UP is a one-minute batch auction: orders submitted during the same minute are considered together, equal orders share priority, and partial capacity is divided pro rata. Only the unmatched net flow reaches the canonical Uniswap v4 pool.
WHAT MAKES IT DIFFERENT: the delay lives in the market's settlement rules, not a frontend. The AuctionBook handles waiting and escrow, the v4 hook protects the canonical route, anyone can finalize a call, and users can recover funds after a timeout if nobody does.
What exists today
The single-call auction, immutable-range v4 reserve solver, immutable executor/vault/hook topology and per-call refunds are implemented and internally tested. Deterministic deployment and verification tooling, zero-quote production parameters, immutable launch custody, and ownerless allocation vaults are also implemented and locally exercised. The current contracts now have a clean, source-verified Robinhood testnet reference plus a separate public settlement and refund drill. No production token is live.
The remaining production work is operational: freeze and disclose both beneficiary addresses, publish the final production addresses, and run the live monitoring and incident process. The testnet record is evidence that the system works as exercised, not a promise about demand, price, or future performance.
Phase 2: turn the experiment into a launchpad
If the first market produces genuinely different behavior, Phase 2 makes the mechanism repeatable. A new coin could launch through a fixed, permissionless template and graduate directly into its own one-price-per-minute canonical market.
The point is not another generic token factory. Each launch would inherit the same narrow rules: fixed supply, keyless custody, one-sided token liquidity with no creator ETH seed, permissionless finalization, and a canonical registry. No arbitrary hooks, hidden fast lane, upgrade key, or mutable fee switch.
PHASE 2 IS CONDITIONAL: prove the first experiment changes behavior before turning it into infrastructure for anyone.