KageSamaya🔥 retweeted
BREAKING: @Pumpfun just integrated @ton_blockchain on their app..
the great the-open-network:native bottom..
it was also no coincidence that I joined yesterday, it’s all going according to plan boys..
the great the-open-network:native bottom..
it was also no coincidence that I joined yesterday, it’s all going according to plan boys..
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KageSamaya🔥 retweeted
NEW CHALLENGERS ENTER STREET FIGHTER 6
CATFU 🐱 VS DOGINU 🐕
WHO WILL EMERGE VICTORIOUS?
CATFU 🐱 VS DOGINU 🐕
WHO WILL EMERGE VICTORIOUS?
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KageSamaya🔥 retweeted
rare pink dolphin spotted off the coast of oman
authorities are now investigating reports of a kung fu cat riding it
authorities are now investigating reports of a kung fu cat riding it
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KageSamaya🔥 retweeted
he came for a sword fight and left without a single hair
going live tonight on X at 10 pm GMT+1
we will make some catfu clips live and talk about the future of the catfu project
going live tonight on X at 10 pm GMT+1
we will make some catfu clips live and talk about the future of the catfu project
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KageSamaya🔥 retweeted
Most launchpads do one thing: launch a token and hope the chart takes care of the rest.
$EMBER asks a different question.
What if every trading fee could power an entirely different mechanism? 🔥
Ember is building an ecosystem where creators choose not only what to launch, but used after launch.
And the scope goes considerably further than a bonding curve.
01 — THE CORE ENGINE
Built on Solana and Meteora, Ember's standard launch route uses Dynamic Bonding Curves before graduating tokens into DAMM v2 liquidity pools.
Launch a token, choose a trading pair, configure the tax and select a fee module.
Pairs can include SOL, USDC, tokenised stocks and other crypto or meme assets.
The standard launch configuration uses a fixed one-billion-token supply with mint authority revoked. Coins open around a $4,000 market capitalisation and graduate when their configured threshold is reached. The Solana launch studio advertises no platform launch fee.
Most importantly, the fee mechanism doesn't have to stop at graduation. Trading fees can continue funding the selected module through the DAMM v2 pool.
On the core Solana route, up to 80% of the trade tax can be allocated to the chosen module, depending on the launch configuration.
02 — FEES BECOME MECHANISMS
This is where Ember becomes considerably more interesting.
🪙 Holder Rewards & Keep It
Fees can be distributed periodically to token holders or routed to the creator. Instead of every token following the same economic model, the creator chooses the intended destination.
🔥 Buyback & Burn and EMBER Booster
Trading activity can fund token buybacks and burns. Ember also incorporates mechanisms connecting participating coins to the native $EMBER buyback-and-burn system.
🎰 SuperLotto
Trading fees fund a prize pool. In the documented implementation, ten holders share each qualifying 30-minute draw, with odds weighted by the square root of their balances. A portion of each round rolls into a daily jackpot. The draw uses a finalised blockhash, making its outcome independently verifiable.
🎴 Gacha
Fees fund a Gacha mechanism powered by Jupiter Gacha, bringing pack-opening and collectible mechanics into token trading.
🧺 Stock Basket
Fees can purchase a basket of tokenised stocks, introducing a portfolio-style mechanism rather than relying exclusively on token buybacks or holder distributions.
🔮 Predict
A fee stream can be divided between holder distributions and positions on Jupiter prediction markets selected by holders. Trading outcomes then influence the rewards generated by the mechanism.
🌊 Deep Pool
Creator-side fees can be converted into permanent liquidity for the token's DAMM v2 pool, alongside a reward stream for liquidity providers. The design connects fee generation, market depth and LP incentives.
📈 Conviction
Rather than simply distributing fees, this mechanism can deploy them as collateral for a leveraged SOL position on Phoenix. Harvested profits are divided between holder payouts, buyback-and-burn activity for the coin, and $EMBER burns. Leverage introduces liquidation risk; profits are not guaranteed.
👀 FOMOde, Diamond Hands, Dip Defender and Top Buyer Bounty
These mechanisms introduce alternative incentive structures, including trader-linked rewards, holding-oriented incentives and buying-based rewards.
Split, Paper Mill, The Furnace and X Money expand the available design space further, spanning fee allocation, paper-trading strategies, leveraged perpetuals-related mechanics and additional payment or distribution routes.
The important distinction is that these are not interchangeable promises of yield. Each module has its own rules, allocation, execution and risk profile.
03 — FIVE LAUNCH ENGINES
Ember's architecture now extends beyond its original Solana bonding-curve route.
🔥 Solana · Meteora DBC → DAMM v2
The original launch-and-graduation model, with configurable fee modules that can continue operating after graduation.
🛡️ EmberHOOKs · Solana Token-2022
Token rules can be enforced by the token program itself during transfers, rather than existing solely as a promise on a website.
Available rule types include maximum wallet holdings, market-hour restrictions, cooldowns, profit-only exits, access gates and membership-style clubs. Some configurations can be $EMBER-gated.
The significance is that rules can be checked across supported trading routes, aggregators and wallet transfers.
⚡ Halcyon · Ethereum
Token creation and a Uniswap pool can be deployed together on Ethereum mainnet. The launch flow offers configurable market-cap parameters, with the full supply placed into the pool and liquidity locked according to the product's design.
The pool's 1% fee can fund mechanisms such as holder distributions, buybacks, stock baskets, and other specialised strategies.
🏦 Robinhood Chain
A separate Uniswap v3 launch route supports pairs involving assets such as Tesla, Nvidia, Apple, the S&P 500 and ETH. Its documented design uses a 1% pool fee and starts trading without the traditional bonding-curve graduation process.
🌊 Orca Whirlpools · Solana
Tokens launch directly into individual Orca Whirlpools, with liquidity positioned and locked from inception rather than waiting for graduation.
This route has its own ten-module family: Hearth, Kindred, Pyre, Anvil, Vigil, Lantern, Rampart, Crucible, Beacon and First Flame. Its 2% fee structure is separate from the standard Meteora launch configuration, and the platform's share burns $EMBER.
Different engines, different liquidity designs, different rules — one Ember ecosystem.
04 — THE SPECIALIST ENGINES
Paper Mill and The Furnace deserve particular attention because they move beyond conventional launchpad incentives.
Paper Mill introduces paper-trading strategy mechanics, while The Furnace uses leveraged BTC, ETH and SOL perpetuals-related trading. The associated PAPER and ASH mechanisms connect these products to further token and reward designs.
These are specialised systems, not risk-free yield products. Their mechanics and distributions must be evaluated individually.
05 — DISTRIBUTION, GOVERNANCE AND TRANSPARENCY
The wider system contains additional features that are easy to overlook.
📣 Share & Earn: eligible bonding-curve trades can generate direct referral rewards. When no referral link is used, the corresponding share can instead return to the buyer as cashback. Rewards are executed on-chain without a separate claiming process.
🏛️ Council governance: where enabled, the creator or an eligible holder can propose a change to the fee module. Proposals use token-weighted voting, with the applicable voting window and thresholds defined by the implementation.
📊 Market discovery: the platform provides searchable markets, pair and module filters, watchlists, live trading activity, holder information, and module payout histories.
🔍 On-chain verification: token pages expose the mechanics and recorded distributions, allowing users to inspect what a module actually does instead of relying exclusively on marketing claims.
06 — THE $EMBER THESIS
Now connect the pieces.
More creators can launch different products.
Different products can attract different communities and trading behaviour.
Trading activity generates fees.
Those fees can fund rewards, buybacks, burns, lotteries, liquidity, stock baskets, prediction-market positions and other specialised mechanisms.
Some routes also connect platform activity directly to $EMBER burns or use $EMBER as part of their access rules.
That creates a potential ecosystem flywheel: more useful products attract activity, activity funds differentiated mechanics, and those mechanics can make the ecosystem more attractive to creators and participants.
The outcome still depends on sustained usage, liquidity, execution, security and whether these mechanisms create durable demand.
But the architectural ambition is clear.
Ember isn't just building another place to launch tokens. It's building infrastructure for deciding what happens after people start trading them.
Five launch engines. Multiple fee economies. Transfer-level token rules. A growing catalogue of incentive mechanisms.
The real question isn't how many tokens Ember can launch.
It's how many useful economic systems builders can create with it.
$EMBER 🔥 @embercurve
$EMBER asks a different question.
What if every trading fee could power an entirely different mechanism? 🔥
Ember is building an ecosystem where creators choose not only what to launch, but used after launch.
And the scope goes considerably further than a bonding curve.
01 — THE CORE ENGINE
Built on Solana and Meteora, Ember's standard launch route uses Dynamic Bonding Curves before graduating tokens into DAMM v2 liquidity pools.
Launch a token, choose a trading pair, configure the tax and select a fee module.
Pairs can include SOL, USDC, tokenised stocks and other crypto or meme assets.
The standard launch configuration uses a fixed one-billion-token supply with mint authority revoked. Coins open around a $4,000 market capitalisation and graduate when their configured threshold is reached. The Solana launch studio advertises no platform launch fee.
Most importantly, the fee mechanism doesn't have to stop at graduation. Trading fees can continue funding the selected module through the DAMM v2 pool.
On the core Solana route, up to 80% of the trade tax can be allocated to the chosen module, depending on the launch configuration.
02 — FEES BECOME MECHANISMS
This is where Ember becomes considerably more interesting.
🪙 Holder Rewards & Keep It
Fees can be distributed periodically to token holders or routed to the creator. Instead of every token following the same economic model, the creator chooses the intended destination.
🔥 Buyback & Burn and EMBER Booster
Trading activity can fund token buybacks and burns. Ember also incorporates mechanisms connecting participating coins to the native $EMBER buyback-and-burn system.
🎰 SuperLotto
Trading fees fund a prize pool. In the documented implementation, ten holders share each qualifying 30-minute draw, with odds weighted by the square root of their balances. A portion of each round rolls into a daily jackpot. The draw uses a finalised blockhash, making its outcome independently verifiable.
🎴 Gacha
Fees fund a Gacha mechanism powered by Jupiter Gacha, bringing pack-opening and collectible mechanics into token trading.
🧺 Stock Basket
Fees can purchase a basket of tokenised stocks, introducing a portfolio-style mechanism rather than relying exclusively on token buybacks or holder distributions.
🔮 Predict
A fee stream can be divided between holder distributions and positions on Jupiter prediction markets selected by holders. Trading outcomes then influence the rewards generated by the mechanism.
🌊 Deep Pool
Creator-side fees can be converted into permanent liquidity for the token's DAMM v2 pool, alongside a reward stream for liquidity providers. The design connects fee generation, market depth and LP incentives.
📈 Conviction
Rather than simply distributing fees, this mechanism can deploy them as collateral for a leveraged SOL position on Phoenix. Harvested profits are divided between holder payouts, buyback-and-burn activity for the coin, and $EMBER burns. Leverage introduces liquidation risk; profits are not guaranteed.
👀 FOMOde, Diamond Hands, Dip Defender and Top Buyer Bounty
These mechanisms introduce alternative incentive structures, including trader-linked rewards, holding-oriented incentives and buying-based rewards.
Split, Paper Mill, The Furnace and X Money expand the available design space further, spanning fee allocation, paper-trading strategies, leveraged perpetuals-related mechanics and additional payment or distribution routes.
The important distinction is that these are not interchangeable promises of yield. Each module has its own rules, allocation, execution and risk profile.
03 — FIVE LAUNCH ENGINES
Ember's architecture now extends beyond its original Solana bonding-curve route.
🔥 Solana · Meteora DBC → DAMM v2
The original launch-and-graduation model, with configurable fee modules that can continue operating after graduation.
🛡️ EmberHOOKs · Solana Token-2022
Token rules can be enforced by the token program itself during transfers, rather than existing solely as a promise on a website.
Available rule types include maximum wallet holdings, market-hour restrictions, cooldowns, profit-only exits, access gates and membership-style clubs. Some configurations can be $EMBER-gated.
The significance is that rules can be checked across supported trading routes, aggregators and wallet transfers.
⚡ Halcyon · Ethereum
Token creation and a Uniswap pool can be deployed together on Ethereum mainnet. The launch flow offers configurable market-cap parameters, with the full supply placed into the pool and liquidity locked according to the product's design.
The pool's 1% fee can fund mechanisms such as holder distributions, buybacks, stock baskets, and other specialised strategies.
🏦 Robinhood Chain
A separate Uniswap v3 launch route supports pairs involving assets such as Tesla, Nvidia, Apple, the S&P 500 and ETH. Its documented design uses a 1% pool fee and starts trading without the traditional bonding-curve graduation process.
🌊 Orca Whirlpools · Solana
Tokens launch directly into individual Orca Whirlpools, with liquidity positioned and locked from inception rather than waiting for graduation.
This route has its own ten-module family: Hearth, Kindred, Pyre, Anvil, Vigil, Lantern, Rampart, Crucible, Beacon and First Flame. Its 2% fee structure is separate from the standard Meteora launch configuration, and the platform's share burns $EMBER.
Different engines, different liquidity designs, different rules — one Ember ecosystem.
04 — THE SPECIALIST ENGINES
Paper Mill and The Furnace deserve particular attention because they move beyond conventional launchpad incentives.
Paper Mill introduces paper-trading strategy mechanics, while The Furnace uses leveraged BTC, ETH and SOL perpetuals-related trading. The associated PAPER and ASH mechanisms connect these products to further token and reward designs.
These are specialised systems, not risk-free yield products. Their mechanics and distributions must be evaluated individually.
05 — DISTRIBUTION, GOVERNANCE AND TRANSPARENCY
The wider system contains additional features that are easy to overlook.
📣 Share & Earn: eligible bonding-curve trades can generate direct referral rewards. When no referral link is used, the corresponding share can instead return to the buyer as cashback. Rewards are executed on-chain without a separate claiming process.
🏛️ Council governance: where enabled, the creator or an eligible holder can propose a change to the fee module. Proposals use token-weighted voting, with the applicable voting window and thresholds defined by the implementation.
📊 Market discovery: the platform provides searchable markets, pair and module filters, watchlists, live trading activity, holder information, and module payout histories.
🔍 On-chain verification: token pages expose the mechanics and recorded distributions, allowing users to inspect what a module actually does instead of relying exclusively on marketing claims.
06 — THE $EMBER THESIS
Now connect the pieces.
More creators can launch different products.
Different products can attract different communities and trading behaviour.
Trading activity generates fees.
Those fees can fund rewards, buybacks, burns, lotteries, liquidity, stock baskets, prediction-market positions and other specialised mechanisms.
Some routes also connect platform activity directly to $EMBER burns or use $EMBER as part of their access rules.
That creates a potential ecosystem flywheel: more useful products attract activity, activity funds differentiated mechanics, and those mechanics can make the ecosystem more attractive to creators and participants.
The outcome still depends on sustained usage, liquidity, execution, security and whether these mechanisms create durable demand.
But the architectural ambition is clear.
Ember isn't just building another place to launch tokens. It's building infrastructure for deciding what happens after people start trading them.
Five launch engines. Multiple fee economies. Transfer-level token rules. A growing catalogue of incentive mechanisms.
The real question isn't how many tokens Ember can launch.
It's how many useful economic systems builders can create with it.
$EMBER 🔥 @embercurve
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KageSamaya🔥 retweeted
from the mountains to the battlefields
the legend of solana:FP7NvFXQXoZL1nQC5QZtE1bzwgALdxj1TeA9J25epump lives on
the official catfu lyric video
the legend of solana:FP7NvFXQXoZL1nQC5QZtE1bzwgALdxj1TeA9J25epump lives on
the official catfu lyric video
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