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Datamine Network / DAM (Cryptocurrency)

Yield research

The yield-bearing cryptocurrency

DAM has a fixed supply. Lock it to mint FLUX at each block, and unlock it in full at any time. The contracts are open source and immutable: no owner, no admin key and no upgrade path.

Audits

Four tokens in a chain

DAM

Ethereum (L1)

The base of the chain. DAM is the only token with a fixed supply: no more DAM can be made. Lock DAM to mint FLUX.

FLUX

Ethereum and Arbitrum

Minted by locking DAM, with no fixed supply. A burn of FLUX destroys it. On Arbitrum, lock FLUX to mint ArbiFLUX.

ArbiFLUX

Arbitrum (L2)

Minted by locking FLUX on Arbitrum, where each transaction costs less in network fees. Lock ArbiFLUX to mint LOCK.

LOCK

Arbitrum (L2)

Lockquidity. Minted by locking ArbiFLUX. A burn of LOCK does not destroy it: the tokens go to a vault that adds them to a permanent liquidity pool.

How minting is calculated

The same formula runs at all three stages: DAM to FLUX, FLUX to ArbiFLUX, and ArbiFLUX to LOCK. An address with locked tokens is a validator.

reward = locked × blocks × timeMultiplier × burnMultiplier ÷ 10^8
  • The time multiplier goes from 1x to 3x while the tokens stay locked. Unlocking resets it.
  • The burn multiplier goes up to 10x. A validator raises it by burning tokens. It compares what the validator burned with the network average, so it can fall when other validators burn more.
  • Together, the two multipliers give up to 30 times the base rate.

Where the yield comes from

The tokens that validators mint are new supply. They are not lent, borrowed or transferred from anybody. A holder who does not lock tokens owns a smaller share of the supply over time. This is dilution.

What works against dilution

  • The rate of new supply falls over time. New supply is in proportion to what is locked, but the total supply keeps growing, so the percentage added each year goes down. This is arithmetic, not a promise.
  • Burns work against new supply. Each burn of FLUX or ArbiFLUX removes tokens. Each burn of LOCK puts tokens in the permanent pool.
  • Anyone can lock tokens and mint. There is no minimum, no approval and no gatekeeper.

This does not remove dilution. By design, a holder who does not lock tokens owns a smaller share of the supply over time.

LOCK and permanent liquidity

A burn of FLUX or ArbiFLUX destroys the tokens, and the supply goes down. LOCK works in a different way.

A burn of LOCK sends the tokens to a vault. Anyone can call the sweep function of the vault. It sells half of the tokens for ETH, adds both halves to a Uniswap V2 pool, and keeps the pool tokens in the contract.

The contract has no function to withdraw them. Nobody can remove this liquidity, including the people who wrote the contract.

This does not set a floor under the price. The pool holds ETH, so the value of the liquidity moves with ETH. What stays permanent is the depth of the market.

What the code guarantees, and what it does not

Guaranteed by the code

  • A validator can unlock its locked tokens in full at any time. Nobody can turn this off.

  • The contracts have no owner, no admin key, no pause function and no upgrade path. Nobody can seize or freeze holdings.

  • The rules cannot change. There is no board, no vote and no upgrade.

  • Every lock, unlock, mint and burn is public on the chain.

Not guaranteed

  • Price. There is no peg, no reserve and no buyer of last resort.

  • A return. The formula is fixed, but the result depends on the choices of each validator and on what other validators do.

  • Protection. There is no insurance and no regulator. If you make a mistake, nobody can reverse it.

  • Software with no bugs. The token contracts are audited, but an audit does not prove that there are no bugs.

Permanence has a cost. The timing constants were written for the block rate of Ethereum at launch. Ethereum now makes blocks faster, so every schedule runs about 25% faster than designed. Nobody can correct this. It has the same effect on every participant.

Contracts

ContractChainAddress
DAM tokenEthereum (L1)0xF80D589b3Dbe130c270a69F1a69D050f268786Df
FLUX tokenEthereum (L1)0x469eDA64aEd3A3Ad6f868c44564291aA415cB1d9
FLUX token (bridged)Arbitrum (L2)0xF80D589b3Dbe130c270a69F1a69D050f268786Df
ArbiFLUX tokenArbitrum (L2)0x64081252c497FCfeC247a664e9D10Ca8eD71b276
LOCK tokenArbitrum (L2)0x454F676D44DF315EEf9B5425178d5a8B524CEa03
Locked liquidity holderArbitrum (L2)0xE05E43eE517A6D2862f91Be27315318A8E991FCc
Datamine MarketArbitrum (L2)0xe948c8417DD2f8e7dfc88ac3F50b3F89Db7c29Dd
HODL Clicker: RushArbitrum (L2)0x012C2a83f854Bd016074195d06611785eF8D27E0
Batch MinterArbitrum (L2)0x352c8A363eF1C9e730b8A2EE14Bab90545fd189C

One address names two tokens: 0xF80D589b3Dbe130c270a69F1a69D050f268786Df is DAM on Ethereum and FLUX on Arbitrum. Always check which chain you are on.

Nothing on this site is investment advice. The tokens are worth what someone will pay for them, and they can lose value. A transaction on a public chain cannot be reversed. Read the contracts and the audits before you take part.