NineVolt protocol engine with Negative and Positive cores connected through an Equilibrium rift
NineVolt Protocol logoNineVoltPulse Protocol
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NineVolt

Visible charge · Verifiable settlement

24s

Window

3

Outcomes

8%

Protocol fee

How it works

One pulse, four visible moves.

The loop is designed to be readable before users commit capital: enter, lock, resolve, then claim settlement when eligible.

01

Open

Participants deploy SOL into Positive, Negative, or Equilibrium while the pulse window is live.

02

Lock

The window closes and every order becomes part of the public pulse state.

03

Resolve

Entropy resolves the rails into Positive, Negative, or the center Rift.

04

Claim

Winning positions move into a SOL claim flow after the pulse is settled.

Three visible resolution states.

Positive and Negative are polarity labels, not good/bad or up/down calls. Equilibrium is the center rift when both sides settle at the same final strength.

Positive

Order side

Right rail

Negative

Order side

Left rail

Equilibrium

Tie state

Center rift

A loop built for return visits.

NineVolt borrows the strongest ORE-like pattern: visible rounds, pool settlement, transparent fees, delayed modules, and a jackpot layer that is separated from ordinary wins.

Pulse Settlement

Open, lock, resolve, checkpoint, then claim SOL settlement. Every cycle has a public state.

SOL Pool Settlement

Activated participants share the net inactive SOL pool by position weight after the pulse resolves.

Token Layer Later

Token rewards stay locked until a real mint, distribution model, and claim flow are deployed.

Rare Motherlode

A separate jackpot layer accumulates across pulses and releases only on rare entropy states.

Settle in SOL first.

The live product should only show assets that actually exist. Token incentives can be introduced later after minting, allocation, and claim accounting are ready.

Settlement Asset

SOL

Token Module

Locked

Claim Flow

Later

Launch rule

Before a token exists, wallet history and settlement panels should only display SOL amounts, proof, result, and claim status.

Random source

VRF or equivalent entropy must be publicly verifiable.

Resolver path

Every Charge Unit, matrix decision, and final strength is replayable.

Risk boundary

Estimated Yield is variable, never a guaranteed return.