VOLTAGE
Current flows.
Resistance earns.
THE CIRCUIT
Every trade creates current.
Trading activity generates fee flow through the ETH/VOLT pool. That fee flow becomes the current moving through the distribution circuit.
HOW IT WORKS
A swap generates fee flow.
Balance × time builds resistance.
ETH fees are distributed according to resistance.
Claim accumulated ETH.
RESISTANCE
Holders are resistance.
A holder's resistance is determined by the protocol's balance × holding-time weighting. Greater resistance receives a greater share of distributed voltage.
A protocol weighting, not literal electrical resistance. Hold time is measured from the block at which the address last went from a zero to a non-zero balance.
The longer you hold,
the more resistance you build.
The more you hold,
the more resistance you build.
Connect a wallet to read your resistance from the circuit.
VOLTAGE
Resistance earns.
ETH fee flow is distributed to holders according to the protocol's resistance weighting. More resistance, more voltage.
Discharge unavailable — ABI not configured
THE MODEL
Vᵢ ∝ I × Rᵢ
This is the protocol's distribution model expressed as an electrical metaphor. It is not a claim that Ethereum is literally an electrical circuit.
WHERE THE CURRENT GOES
Voltage distributes to the circuit.
Configured parameters
THE CAPACITOR
A portion of the current is stored as charge.
Eligible holders can release the stored voltage.
A portion of the current is stored as charge.
Eligible holders can release the stored voltage.
Release unavailable — ABI not configured
BREAK THE CIRCUIT
Selling collapses your resistance to zero.
The current finds another path.
THE CIRCUIT
The circuit never stops.
THE HOOK
Pool activity becomes programmable distribution logic.
The Uniswap V4 Hook sits on the ETH/VOLT pool lifecycle. VOLTAGE uses that programmable layer to route fee flow into the distribution circuit.
Uniswap V4 Hooks allow developers to add programmable logic around pool lifecycle events. VOLTAGE uses this programmable layer to implement its fee distribution mechanism.