Viral Growth.fun

Viral Growth.fun is a dual-engine programmable growth launchpad built on Uniswap V4 Hooks.

The question we are trying to answer is not simply how to launch another token. The deeper question is this:

Can a token continue to propagate itself, reinforce itself, and grow itself through protocol mechanics after launch?

Most launchpads stop at one narrow sequence:

Launch -> Pool creation -> Trading goes live

What determines whether a project endures is what happens after launch:

• whether liquidity remains durable
• whether users keep participating
• whether fee flows are recycled into the ecosystem
• whether distribution becomes viral
• whether identity can accumulate
• whether the protocol itself can keep growing

Viral Growth.fun combines Base's low-Gas environment, ETH base liquidity, ETH / UNI growth strategy exposure, Uniswap V4 Hooks, programmable fee routing, referral propagation, on-chain SVG identity, and post-launch ecosystem feedback into one Hook-native growth experiment.

VETH is the first public asset in the Viral Growth.fun ecosystem.

VETH = Experiment #001

Most MEME projects and early-stage assets run into the same problem:

Mint -> Trading -> Attention fades

The reasons are structural:

• growth depends on external traffic
• user relationships do not persist inside the protocol
• fee flows do not create long-term feedback
• identity, distribution, liquidity, and value capture remain disconnected
• there is no durable post-launch mechanism

Uniswap V4 Hooks opens a new design space.

Hooks make it possible to inject custom logic before swaps, after swaps, and around liquidity events. That means a protocol can make fee routing, liquidity feedback, referrals, identity, and post-launch ecosystem support part of the system itself.

This means:

• fees can be programmed
• liquidity feedback can be programmed
• referral relationships can be recorded
• user identity can evolve with behavior
• ecosystem feedback can be automated
• post-launch growth behavior can move into the protocol layer

Viral Growth.fun was built to turn those capabilities into a complete programmable growth stack.

The long-term home of Viral Growth.fun is still rooted in Ethereum and Uniswap V4.

But in the first public experiment, the priority is real user participation rather than a high-friction entry point.

VETH Experiment #001 requires users to register, bind referrals, participate in small sizes, interact with SVG identity, and potentially perform repeated on-chain actions.

If the first experiment were launched directly on Ethereum mainnet, gas costs could become a material barrier to broad participation.

That is why Phase 1 of VETH Experiment #001 is being deployed on Base first.

Base is better suited to:

• lower gas costs
• faster interaction loops
• small-ticket participation
• referral graph testing
• SVG identity testing
• early community growth
• repeated on-chain behavior validation

This is not a compromise on ambition. It is a better environment for Experiment #001.

The operating principles are clear:

Lower gas Lower experimental ceiling More real users Faster model validation

VETH is Experiment #001 for Viral Growth.fun.

We are launching VETH before opening the Factory because a mechanism stack should be validated in a live market before it is opened to large numbers of third-party projects.

VETH is intended to verify:

• whether Base meaningfully improves real-user participation through lower gas
• whether a 21 ETH capped experiment is a better structure for public validation
• whether ETH base liquidity provides sufficient initial trading depth
• whether an ETH / UNI growth strategy layer strengthens ecosystem linkage
• whether multi-tax routing can produce real post-launch feedback
• whether referrals can generate actual distribution
• whether SVG identity can retain user relationships
• whether Hooks can carry programmable growth behavior at the protocol layer

If VETH proves the model, Factory becomes meaningful.

If VETH does not meet expectations, the model should be refined before scale.

These are the official V6 parameters for VETH Experiment #001.

Phase 1 of VETH Experiment #001 is capped at 21 ETH.

To lower the participation threshold and make better use of Base's low-Gas environment, the public Mint is split into 42,000 units.

Each Mint unit is priced at:

0.0005 ETH

Each Mint unit receives:

4,000,000 VETH

Each address may participate in up to:

21 Mint units

The maximum amount per address is:

0.0105 ETH

The maximum token allocation per address is:

84,000,000 VETH

If every wallet reaches the cap, Phase 1 would require roughly 2,000 addresses to complete the Mint.

This design is not intended to let a small number of wallets finish the round quickly. It is designed to let more real users participate at lower cost while the protocol tests:

• referral propagation
• SVG identity
• fee routing
• low-ticket participation on Base
• post-launch ecosystem feedback
• large-scale user distribution paths

VETH Experiment #001 is not designed for a small set of whales.

It is designed for broad-based participation.

VETH uses a seven-day experimental launch mechanism.

This is not an open-ended Mint, and it is not a loosely defined presale.

It is a public experiment with a clear time boundary and a clear outcome rule set.

Core process:

• users can participate freely during the seven-day window
• if the 21 ETH Phase 1 cap is completed within seven days, VETH Experiment #001 formally launches
• once successful, raised funds move into the three-layer allocation structure
• after the pools are built, Hook-based fee routing, referral rewards, dividends, viral distribution, and SVG identity begin operating
• if the 21 ETH cap is not completed within seven days, the contract automatically triggers refunds through the original funding path

The purpose of the seven-day window is not artificial urgency. It is to give the experiment a clean decision boundary.

If the market validates the model, the protocol launches.

If it does not, funds are refunded and the model can be improved.

If the VETH experiment succeeds, raised funds move into three layers.

Phase 1 is capped at 21 ETH.

At full completion, the capital stack is designed as follows:

45%: Base V4 base liquidity layer

Used to establish the core Uniswap V4 trading pool on Base, providing:

• initial trading liquidity
• baseline price discovery
• market depth
• foundational liquidity support for VETH
• a lower-friction trading environment on Base

This is the first trading foundation of VETH.

45%: ETH / UNI growth strategy layer

Used to establish the ETH / UNI growth strategy layer.

This module draws on ideas already seen in reserve-based growth structures, leveraged growth exposure, and ecosystem-asset linkage, then combines them with Uniswap V4 Hooks.

Because Viral Growth.fun is native to Uniswap V4 Hooks, the long-term VETH growth model should not be disconnected from the Uniswap ecosystem.

Its goals are:

• tighter alignment between VETH and the Ethereum / Uniswap ecosystem
• reserve growth linked to ETH / UNI exposure
• a potential funding source for post-launch ecosystem feedback
• validation of whether a Hook-native asset can form a reinforcing growth flywheel with foundational ecosystem assets

Future strategy profiles may include:

• ETH 3X
• ETH 5X
• UNI 3X
• UNI 5X

The final strategy configuration for VETH Experiment #001 will be disclosed on the official launch page before go-live.

This module is high risk and does not imply price protection, principal protection, or fixed income.

10%: ecosystem, referrals, and SVG identity layer

Used to support:

• referral rewards
• early propagation incentives
• community expansion
• builder feedback rewards
• SVG identity system construction
• experimental operations
• user-growth bootstrapping

This layer is intended to help VETH reach sufficient participation density at launch.

The core innovation behind VETH is the ETH + UNI dual-engine growth model.

It consists of three layers:

ETH provides the trading base.

UNI provides ecosystem linkage.

Hooks provide protocol behavior.

ETH is used to establish the base trading pool and initial market depth.

The UNI strategy layer is designed to explore a longer-term link between VETH and the Uniswap ecosystem.

Uniswap V4 Hooks execute multi-tax routing, referral propagation, buybacks, rewards, viral distribution, and SVG identity evolution.

Taken together, the stack becomes:

ETH as the trading base UNI as the growth engine Hooks as the protocol behavior layer

Traditional launchpads focus on getting the pool live.

Viral Growth.fun focuses on what happens after the pool goes live.

Core protocol behavior is designed to run through Uniswap V4 Hooks.

afterSwap Hook

Triggered after each trade. Intended for:

• multi-tax routing
• automatic buybacks
• ETH reward accounting
• referral reward allocation
• viral distribution
• ecosystem feedback
• execution of growth fund paths

Example fee structure:

• 2% -> buyback + viral distribution + ecosystem expansion
• 0.5% -> ETH holder reward pool
• 0.5% -> referral rewards

Specific ratios can later be customized by different Factory projects.

beforeSwap Hook

Triggered before execution. Intended for:

• referral confirmation
• identity binding
• path attribution
• abnormal behavior filtering
• transaction-level attribution

afterAddLiquidity Hook

Triggered after liquidity is added. Intended for:

• liquidity structure verification
• LP rule enforcement
• pool state recording
• Factory template validation
• post-launch growth initialization

The technical path for Viral Growth.fun is not to ship every module at once. It is to validate core modules progressively through VETH Experiment #001.

The path is structured as follows:

• User Mint
• 7-Day Experiment Window
• Completed?
• If no -> Contract Auto Refund
• If yes -> Fund Allocation
• 45% Base V4 Liquidity
• 45% ETH / UNI Growth Strategy
• 10% Ecosystem + Referrals + SVG
• Uniswap V4 Hooks Activation
• Fee Routing / Buyback / Referral / SVG / Feedback
• Post-Launch Growth Loop
• Factory Model Validation

VETH Experiment #001 is designed to answer the most basic questions first:

• can low-friction participation work?
• can Base V4 liquidity operate cleanly?
• does the ETH / UNI growth layer add real value?
• can Hooks carry post-launch behavior?
• can referrals and SVG identity create durable user memory?

Factory should only open after those building blocks are validated.

The goal is not to manufacture many projects early.

The goal is to validate one growth model that genuinely works.

The tax model on Viral Growth.fun is not designed as a passive fee skim. It is a programmable growth-routing system.

The usual question is:

How much tax is collected?

The more important question is:

Once the tax is collected, how does it feed back into the ecosystem?

Tax flows can be routed into:

• automatic buybacks
• ETH rewards
• referral rewards
• viral distribution
• ecosystem expansion
• UNI strategy pool reinforcement
• liquidity enhancement
• Factory ecosystem support

Tax is not the endpoint.

Tax is one component of the growth loop.

Viral Growth.fun does not treat referrals as a simple marketing campaign.

In this model, referrals are part of the growth system itself.

Referral relationships can become:

• user-growth records
• contribution weighting
• early identity credentials
• a basis for future ecosystem rewards
• the foundation for more advanced referral topology

Glyph SVG is the on-chain identity system of Viral Growth.fun.

It is not a generic NFT. It is an evolvable on-chain identity generated through participation.

Glyph may evolve based on:

• mint behavior
• holding behavior
• referral contribution
• trading participation
• community contribution
• leaderboard position
• Factory participation history
• long-term activity

In a conventional launchpad, users buy and sell.

In Viral Growth.fun, user behavior gradually becomes identity.

Viral Growth.fun is built on the view that a useful launchpad should not stop creating value once a project goes live.

Traditional launchpad path:

Mint -> Pool creation -> Trading -> Attention decay

Viral Growth.fun path:

Mint -> Base V4 base liquidity -> ETH / UNI growth strategy -> Hook-based fee routing -> Referral propagation -> SVG identity accumulation -> Buyback / rewards / viral distribution -> Continued ecosystem growth

After launch, trading, fee flows, referral graphs, SVG identity, ETH / UNI reserves, and user participation continue generating new feedback.

That feedback can be routed into:

• buybacks
• rewards
• viral distribution
• referral payouts
• liquidity reinforcement
• UNI reserve growth
• future ecosystem incentives
• support for Factory projects

Launch is not the end state.

Launch is the start of the growth loop.

If VETH Experiment #001 proves the model, Viral Growth.fun will gradually open the Factory.

Factory is not meant to be a generic token-launch utility.

It is meant to be a factory for programmable growth models.

Future projects will be able to configure:

• mint duration
• whether to use the seven-day experimental launch model
• ETH base liquidity ratio
• UNI strategy pool ratio
• whether to use multi-asset base pools
• whether to enable growth strategy pools
• leverage parameter ceilings
• fee ratios
• fee routing
• creator economics
• market allocation rules
• referral depth
• SVG identity templates
• reward logic
• viral distribution logic
• post-launch ecosystem feedback paths

The goal is not to launch more tokens. The goal is to launch programmable growth systems.

Phase 1: VETH Experiment #001

Objective: validate whether the base model works.

Core tasks:

• Base-first deployment
• 21 ETH Phase 1 experiment cap
• 42,000 Mint units
• maximum of 21 units per wallet
• automatic refund if the seven-day window fails
• referral binding tests
• foundational SVG identity release
• Mint page and launchpad page optimization

Key question:

Can a low-friction public experiment attract enough real users?

Phase 2: V4 Liquidity & Growth Strategy

Objective: validate the dual-engine pool structure.

Core tasks:

• establish the Base V4 base liquidity pool
• activate the ETH / UNI growth strategy layer
• test the 45% / 45% / 10% capital structure
• display capital flows
• test the first post-trade feedback paths

Key question:

Can base liquidity plus a growth strategy create a stronger post-launch structure?

Phase 3: Hooks Behavior System

Objective: validate the Uniswap V4 Hooks behavior layer.

Core tasks:

• afterSwap fee routing
• referral reward accounting
• buyback / rewards / viral distribution path testing
• SVG identity state updates
• ecosystem feedback data displays
• user-behavior recording

Key question:

Can Hooks keep growth behavior running automatically after launch?

Phase 4: Programmable Growth Factory

Objective: abstract the proven VETH model into reusable launchpad templates.

Future projects may configure:

• mint duration
• seven-day experiment mode
• base liquidity ratio
• ETH / UNI strategy ratio
• 30% / 50% / 70% strategy allocation
• no leverage / 3X / 5X
• creator fee split
• market allocation ratio
• referral depth
• SVG identity templates
• post-launch feedback paths

Key question:

Can the programmable growth model be reused by more projects?

Phase 5: Multi-Asset Growth Network

Objective: expand into a multi-asset programmable growth network.

Future directions:

• ETH + UNI
• ETH + stablecoins
• ETH + blue-chip assets
• ETH + ecosystem assets
• multi-asset reserve structures
• shared growth templates across projects
• cross-ecosystem launch experiments

Key question:

Can Viral Growth.fun evolve from a single launchpad into growth infrastructure?

Viral Growth.fun draws inspiration from several on-chain experiments.

ORDI

ORDI proved the strength of Fair Mint.

No VC. No presale. Community consensus first.

Viral Growth.fun wants to continue that line of thinking with:

Fair Position

Not only fair distribution, but also transparent launch structure.

uPEG

uPEG showed that Uniswap V4 Hooks can turn trading into on-chain object generation and dynamic SVG behavior.

Viral Growth.fun wants to test the next step:

Can user participation itself generate a growth network?

FLAP

FLAP showed that fee logic can be productized as part of token launch.

Viral Growth.fun extends that logic into:

• programmable fees
• creator splits
• market allocation
• post-launch ecosystem growth

alt.fun

alt.fun showed that MEME design can be combined with directionality, leverage, and underlying assets.

Viral Growth.fun brings that thinking into ETH / UNI strategy design and Uniswap V4 Hooks.

TokenWorks

TokenWorks showed that mint rights, NFT ownership, and fee sharing can form an ecosystem loop.

Viral Growth.fun wants to test:

Can participation itself become growth rights?

Pump.fun

Pump.fun proved there is strong market demand for ultra-low-friction token-launch tools.

Viral Growth.fun wants to explore the next layer:

Can post-launch growth also be productized and programmed?

If the VETH experiment succeeds, early participants may gain value across multiple dimensions:

• low-friction access to VETH Experiment #001
• early Mint positioning
• an early-node advantage inside the referral graph
• recorded referral contribution
• potential ETH reward flow
• Glyph SVG identity accumulation
• participation in future viral distribution events
• indirect ecosystem linkage to the ETH / UNI strategy layer
• potential rights in the future Factory ecosystem
• identity as a participant in the first Hook-native growth experiment

None of the above constitutes a return promise.

Final outcomes depend on market participation, trading activity, user propagation, contract execution, and ecosystem development.

• 1. Built on Uniswap V4 Hooks
• 2. Base-first deployment to lower gas friction
• 3. 21 ETH Phase 1 experiment cap
• 4. 42,000 Mint units
• 5. 0.0005 ETH per Mint unit
• 6. Up to 21 units per wallet, implying roughly 2,000 addresses at full completion
• 7. VETH as the first public experiment
• 8. Seven-day experimental launch window
• 9. Automatic contract refunds if the 21 ETH cap is not completed within seven days
• 10. No pre-mine, no team allocation, no VC allocation, no presale
• 11. ETH + UNI dual-engine growth model
• 12. 45% base liquidity + 45% growth strategy + 10% ecosystem/referral layer
• 13. Programmable fee routing
• 14. Referral propagation
• 15. Evolvable SVG on-chain identity
• 16. Post-launch ecosystem feedback
• 17. Future Factory support for multi-asset base pools
• 18. A path from launchpad to growth protocol

VETH is a high-risk on-chain experiment.

The ETH / UNI growth strategy layer involves volatility risk and downside risk.

Uniswap V4 Hooks is powerful, but real-market behavior remains uncertain.

The platform does not promise returns, principal protection, or price appreciation.

Users should conduct their own research and participate only with capital they can fully afford to lose.

The first wave of Uniswap V4 Hooks projects proved one thing:

Hooks can change the way tokens are launched.

Viral Growth.fun is testing the next question:

Can Hooks change the way tokens keep growing after launch?

VETH is Experiment #001.

It is not the finish line.

It is the first public experiment in Hook-native programmable growth for Viral Growth.fun.

The central question remains:

Can a token continue compounding its own growth through protocol mechanics after launch?