[{"data":1,"prerenderedAt":1344},["ShallowReactive",2],{"blog-concentrated-liquidity-token-launch-mistakes":3,"related-concentrated-liquidity-token-launch-mistakes":411},{"_path":4,"_dir":5,"_draft":6,"_partial":6,"_locale":7,"title":8,"description":9,"date":10,"author":11,"category":12,"tags":13,"keywords":18,"image":24,"readTime":25,"body":26,"_type":405,"_id":406,"_source":407,"_file":408,"_stem":409,"_extension":410},"/blog/concentrated-liquidity-token-launch-mistakes","blog",false,"","Concentrated Liquidity for a Token Launch: 7 Mistakes Teams Make and How to Fix Them","Launching a token on a concentrated liquidity pool? Seven common mistakes with price ranges, fee tiers, initial price and position management, and how to fix each.","2026-10-15","Fibonacci Capital","DeFi",[14,15,16,17],"concentrated liquidity","Uniswap v3","DEX launch","liquidity management",[19,20,21,22,23],"concentrated liquidity token launch","uniswap v3 liquidity range new token","concentrated liquidity mistakes","uniswap v3 fee tier new token","single sided liquidity token launch","/assets/images/blog/concentrated-liquidity-token-launch-mistakes.jpg","9 min read",{"type":27,"children":28,"toc":392},"root",[29,37,42,49,54,68,74,85,95,101,110,126,132,141,150,156,165,174,180,189,206,212,221,238,244,253,262,268,369,375,380],{"type":30,"tag":31,"props":32,"children":33},"element","p",{},[34],{"type":35,"value":36},"text","Launching a token on a concentrated liquidity pool (Uniswap v3 and the many AMMs built on the same design) lets you put your capital exactly where trading will happen, which means far more depth per dollar than a classic constant-product pool. It also means you can get it badly wrong in ways that a v2-style pool forgives. Choose the wrong range and your liquidity disappears the moment price moves. Initialise the price inverted and the pool opens at a nonsense valuation. Set it and forget it, and within days you may be providing no liquidity at all.",{"type":30,"tag":31,"props":38,"children":39},{},[40],{"type":35,"value":41},"These are the seven mistakes we see most often when token teams seed their first concentrated liquidity pool, each with the fix. None of them requires exotic tooling. They require deciding things deliberately before launch rather than in the pool creation interface on the day.",{"type":30,"tag":43,"props":44,"children":46},"h2",{"id":45},"how-concentrated-liquidity-changes-the-launch-problem",[47],{"type":35,"value":48},"How Concentrated Liquidity Changes the Launch Problem",{"type":30,"tag":31,"props":50,"children":51},{},[52],{"type":35,"value":53},"In a constant-product pool, liquidity is spread across every possible price from zero to infinity. Most of it is never used, but the pool is always \"in range\". In a concentrated liquidity pool, each position covers a price range you choose. Inside that range, your capital provides much deeper liquidity than the same capital would in a v2 pool. Outside it, your position provides none, and it holds entirely one asset: all token if price falls below the range, all paired asset if price rises above it.",{"type":30,"tag":31,"props":55,"children":56},{},[57,59,66],{"type":35,"value":58},"For a new token, that trade-off is the whole game. You do not know where price will settle, volatility in the first days is high, and the depth that matters most is near the current price. If you want a refresher on how AMMs price trades in the first place, start with ",{"type":30,"tag":60,"props":61,"children":63},"a",{"href":62},"/blog/automated-market-makers-amm-explained",[64],{"type":35,"value":65},"automated market makers explained",{"type":35,"value":67},".",{"type":30,"tag":43,"props":69,"children":71},{"id":70},"mistake-1-a-range-that-is-too-narrow",[72],{"type":35,"value":73},"Mistake 1: A Range That Is Too Narrow",{"type":30,"tag":31,"props":75,"children":76},{},[77,83],{"type":30,"tag":78,"props":79,"children":80},"strong",{},[81],{"type":35,"value":82},"The problem.",{"type":35,"value":84}," A tight range around the launch price looks great on paper: deep liquidity, tiny slippage, impressive charts in the first minutes. Then price moves a modest amount, which for a newly launched token is almost guaranteed, and the position falls out of range. Depth near the market vanishes. The next trades move price sharply because the only liquidity left is whatever happens to sit further out.",{"type":30,"tag":31,"props":86,"children":87},{},[88,93],{"type":30,"tag":78,"props":89,"children":90},{},[91],{"type":35,"value":92},"The fix.",{"type":35,"value":94}," Size the range to the volatility you expect, not the volatility you hope for. For a launch, that usually means a materially wider range than you would use on an established pair, or several positions layered at different widths: a tighter one around the launch price for depth, and wider ones that keep the pool functional if price moves a long way in either direction. Accept that a wider range means less depth per dollar near mid.",{"type":30,"tag":43,"props":96,"children":98},{"id":97},"mistake-2-initialising-the-price-inverted",[99],{"type":35,"value":100},"Mistake 2: Initialising the Price Inverted",{"type":30,"tag":31,"props":102,"children":103},{},[104,108],{"type":30,"tag":78,"props":105,"children":106},{},[107],{"type":35,"value":82},{"type":35,"value":109}," Concentrated liquidity pools order the two assets by contract address, not by which one you think of as \"the token\". Price is stored as the amount of the second asset per unit of the first. If your token's address sorts after the paired asset's, the price you need to enter is the inverse of what you expect. Teams that miss this create a pool that opens at a wildly wrong valuation, and arbitrage bots take the difference within a block.",{"type":30,"tag":31,"props":111,"children":112},{},[113,117,119,125],{"type":30,"tag":78,"props":114,"children":115},{},[116],{"type":35,"value":92},{"type":35,"value":118}," Before launch, check which asset is token0 and which is token1 for your exact pair. Calculate the initial price in both directions and confirm the pool interface shows the one you intend, in the orientation you expect. Then do a dry run on a testnet or a fork with the real contracts. The pool's starting price is set once at creation and cannot be undone except by trading, so this is a mistake you cannot recover from cheaply. How you arrive at that price in the first place is covered in our guide on ",{"type":30,"tag":60,"props":120,"children":122},{"href":121},"/blog/how-to-set-token-listing-price",[123],{"type":35,"value":124},"how to set a token listing price",{"type":35,"value":67},{"type":30,"tag":43,"props":127,"children":129},{"id":128},"mistake-3-picking-a-fee-tier-by-habit",[130],{"type":35,"value":131},"Mistake 3: Picking a Fee Tier by Habit",{"type":30,"tag":31,"props":133,"children":134},{},[135,139],{"type":30,"tag":78,"props":136,"children":137},{},[138],{"type":35,"value":82},{"type":35,"value":140}," Uniswap v3 offers fixed fee tiers — 0.01%, 0.05%, 0.3% and 1% — and many forks follow a similar structure. Teams often choose the tier they recognise from major pairs, typically 0.3% or 0.05%. Those tiers are designed for pairs with relatively stable or well-arbitraged prices. A new, volatile token carries more risk for liquidity providers, and a low fee does not compensate for it.",{"type":30,"tag":31,"props":142,"children":143},{},[144,148],{"type":30,"tag":78,"props":145,"children":146},{},[147],{"type":35,"value":92},{"type":35,"value":149}," For most new tokens paired against a major asset, a higher fee tier is the more common choice because it better compensates for volatility and adverse selection. Weigh it against your expected trading pattern: very high-frequency, small-size trading is more fee-sensitive than early holders building positions. Whatever you pick, pick one. Seeding the same pair across several fee tiers splits your depth and leaves every pool thinner than it needs to be, while routers and aggregators decide where flow goes.",{"type":30,"tag":43,"props":151,"children":153},{"id":152},"mistake-4-ignoring-the-single-sided-launch-option",[154],{"type":35,"value":155},"Mistake 4: Ignoring the Single-Sided Launch Option",{"type":30,"tag":31,"props":157,"children":158},{},[159,163],{"type":30,"tag":78,"props":160,"children":161},{},[162],{"type":35,"value":82},{"type":35,"value":164}," Many teams assume they must supply both the token and a large amount of the paired asset at launch. That ties up treasury capital and, if the range is placed around the current price, hands early buyers a pool of paired asset to sell into immediately.",{"type":30,"tag":31,"props":166,"children":167},{},[168,172],{"type":30,"tag":78,"props":169,"children":170},{},[171],{"type":35,"value":92},{"type":35,"value":173}," A position placed entirely above the launch price holds only your token. As buyers arrive and price rises into the range, the position sells token for the paired asset gradually, on the way up. This single-sided structure is a common launch pattern because it requires little or no paired capital up front and makes price discovery work like an ascending ladder of offers. It has trade-offs: there is no paired-asset liquidity below the launch price, so early sellers face a thin market unless you add a separate position for that side. Decide explicitly how much downside liquidity you want and fund it on purpose.",{"type":30,"tag":43,"props":175,"children":177},{"id":176},"mistake-5-locking-a-position-you-will-need-to-move",[178],{"type":35,"value":179},"Mistake 5: Locking a Position You Will Need to Move",{"type":30,"tag":31,"props":181,"children":182},{},[183,187],{"type":30,"tag":78,"props":184,"children":185},{},[186],{"type":35,"value":82},{"type":35,"value":188}," Buyers expect launch liquidity to be locked, and teams respond by locking the position NFT for months or years. With a concentrated position, a lock also freezes the range. If price leaves that range, the locked liquidity is inert until the lock expires, and the pool looks locked but is not actually providing a market.",{"type":30,"tag":31,"props":190,"children":191},{},[192,196,198,204],{"type":30,"tag":78,"props":193,"children":194},{},[195],{"type":35,"value":92},{"type":35,"value":197}," Separate credibility from management. Lock a core position with a deliberately wide range, wide enough to stay useful across a large price move, and keep narrower working positions in a disclosed multisig so they can be rebalanced. Our step-by-step ",{"type":30,"tag":60,"props":199,"children":201},{"href":200},"/blog/how-to-lock-liquidity-token-launch",[202],{"type":35,"value":203},"guide to locking liquidity for a token launch",{"type":35,"value":205}," covers the lock types and how to present the split to buyers.",{"type":30,"tag":43,"props":207,"children":209},{"id":208},"mistake-6-set-and-forget",[210],{"type":35,"value":211},"Mistake 6: Set and Forget",{"type":30,"tag":31,"props":213,"children":214},{},[215,219],{"type":30,"tag":78,"props":216,"children":217},{},[218],{"type":35,"value":82},{"type":35,"value":220}," A concentrated position is not passive. As price trends, the position drifts toward one asset and, eventually, out of range. Fees stop accruing, depth near the market thins, and the pool's quoted slippage on aggregators gets worse. Teams that seed the pool on launch day and do not revisit it for a week often find they have been effectively absent from their own market.",{"type":30,"tag":31,"props":222,"children":223},{},[224,228,230,236],{"type":30,"tag":78,"props":225,"children":226},{},[227],{"type":35,"value":92},{"type":35,"value":229}," Define a rebalancing policy before launch: what triggers a range adjustment (price moving a set distance toward the edge, or out of range for a set time), who executes it, and from which wallet. Monitor in-range status, the composition of each position and depth within a few percent of price. Remember that every rebalance realises the current mix of assets, so frequent repositioning in a trending market can lock in losses. The mechanics of that drag are the same ones described in ",{"type":30,"tag":60,"props":231,"children":233},{"href":232},"/blog/impermanent-loss-explained",[234],{"type":35,"value":235},"impermanent loss explained",{"type":35,"value":237},", amplified by the narrower range.",{"type":30,"tag":43,"props":239,"children":241},{"id":240},"mistake-7-treating-the-dex-pool-in-isolation",[242],{"type":35,"value":243},"Mistake 7: Treating the DEX Pool in Isolation",{"type":30,"tag":31,"props":245,"children":246},{},[247,251],{"type":30,"tag":78,"props":248,"children":249},{},[250],{"type":35,"value":82},{"type":35,"value":252}," Once a token trades on a centralised exchange as well, the DEX pool becomes one venue among several. If the DEX range and the CEX order book are managed by different people with different assumptions, arbitrage traders will close the gaps, using your pool as the cheap side of every trade. A narrow DEX range that falls out of sync with CEX prices is particularly expensive.",{"type":30,"tag":31,"props":254,"children":255},{},[256,260],{"type":30,"tag":78,"props":257,"children":258},{},[259],{"type":35,"value":92},{"type":35,"value":261}," Manage DEX ranges and CEX books as one liquidity plan. Agree on a reference price, decide which venue leads price discovery, and keep DEX ranges positioned around where the combined market actually trades. If a market maker runs your CEX books, they should either manage the on-chain positions too or at least coordinate with whoever does.",{"type":30,"tag":43,"props":263,"children":265},{"id":264},"pre-launch-concentrated-liquidity-checklist",[266],{"type":35,"value":267},"Pre-Launch Concentrated Liquidity Checklist",{"type":30,"tag":269,"props":270,"children":273},"ul",{"className":271},[272],"contains-task-list",[274,288,297,306,315,324,333,342,351,360],{"type":30,"tag":275,"props":276,"children":279},"li",{"className":277},[278],"task-list-item",[280,286],{"type":30,"tag":281,"props":282,"children":285},"input",{"disabled":283,"type":284},true,"checkbox",[],{"type":35,"value":287}," Token0/token1 order confirmed for the exact pair; initial price checked in both orientations",{"type":30,"tag":275,"props":289,"children":291},{"className":290},[278],[292,295],{"type":30,"tag":281,"props":293,"children":294},{"disabled":283,"type":284},[],{"type":35,"value":296}," Launch price derived from a documented valuation, not chosen in the UI",{"type":30,"tag":275,"props":298,"children":300},{"className":299},[278],[301,304],{"type":30,"tag":281,"props":302,"children":303},{"disabled":283,"type":284},[],{"type":35,"value":305}," Fee tier chosen deliberately; liquidity concentrated in a single tier",{"type":30,"tag":275,"props":307,"children":309},{"className":308},[278],[310,313],{"type":30,"tag":281,"props":311,"children":312},{"disabled":283,"type":284},[],{"type":35,"value":314}," Range widths sized to expected volatility; layered positions considered",{"type":30,"tag":275,"props":316,"children":318},{"className":317},[278],[319,322],{"type":30,"tag":281,"props":320,"children":321},{"disabled":283,"type":284},[],{"type":35,"value":323}," Single-sided vs two-sided structure decided; downside liquidity funded on purpose",{"type":30,"tag":275,"props":325,"children":327},{"className":326},[278],[328,331],{"type":30,"tag":281,"props":329,"children":330},{"disabled":283,"type":284},[],{"type":35,"value":332}," Core position (wide, locked) separated from working positions (multisig)",{"type":30,"tag":275,"props":334,"children":336},{"className":335},[278],[337,340],{"type":30,"tag":281,"props":338,"children":339},{"disabled":283,"type":284},[],{"type":35,"value":341}," Rebalancing triggers, owner and wallet documented",{"type":30,"tag":275,"props":343,"children":345},{"className":344},[278],[346,349],{"type":30,"tag":281,"props":347,"children":348},{"disabled":283,"type":284},[],{"type":35,"value":350}," Monitoring for in-range status and depth near price in place",{"type":30,"tag":275,"props":352,"children":354},{"className":353},[278],[355,358],{"type":30,"tag":281,"props":356,"children":357},{"disabled":283,"type":284},[],{"type":35,"value":359}," Full launch flow rehearsed on testnet or a mainnet fork",{"type":30,"tag":275,"props":361,"children":363},{"className":362},[278],[364,367],{"type":30,"tag":281,"props":365,"children":366},{"disabled":283,"type":284},[],{"type":35,"value":368}," DEX range plan coordinated with CEX market making",{"type":30,"tag":43,"props":370,"children":372},{"id":371},"depth-is-designed-not-defaulted",[373],{"type":35,"value":374},"Depth Is Designed, Not Defaulted",{"type":30,"tag":31,"props":376,"children":377},{},[378],{"type":35,"value":379},"Concentrated liquidity is one of the most capital-efficient tools a token team has, but only if the ranges, fee tier and management plan are designed for a volatile new asset rather than copied from a mature pair. Most launch-day problems with these pools trace back to decisions that were made in a few clicks instead of in a plan.",{"type":30,"tag":31,"props":381,"children":382},{},[383,385,391],{"type":35,"value":384},"Fibonacci Capital works with token teams on exactly this layer: launch pricing, on-chain liquidity structure, and market making that keeps DEX pools and CEX order books aligned from the first trade. If you are planning a DEX launch and want your liquidity design reviewed before it goes live, ",{"type":30,"tag":60,"props":386,"children":388},{"href":387},"/pretge",[389],{"type":35,"value":390},"reach out through our pre-TGE programme",{"type":35,"value":67},{"title":7,"searchDepth":393,"depth":393,"links":394},2,[395,396,397,398,399,400,401,402,403,404],{"id":45,"depth":393,"text":48},{"id":70,"depth":393,"text":73},{"id":97,"depth":393,"text":100},{"id":128,"depth":393,"text":131},{"id":152,"depth":393,"text":155},{"id":176,"depth":393,"text":179},{"id":208,"depth":393,"text":211},{"id":240,"depth":393,"text":243},{"id":264,"depth":393,"text":267},{"id":371,"depth":393,"text":374},"markdown","content:blog:concentrated-liquidity-token-launch-mistakes.md","content","blog/concentrated-liquidity-token-launch-mistakes.md","blog/concentrated-liquidity-token-launch-mistakes","md",[412,775,1099],{"_path":413,"_dir":5,"_draft":6,"_partial":6,"_locale":7,"title":414,"description":415,"date":416,"category":12,"readTime":25,"author":11,"tags":417,"keywords":423,"image":424,"body":425,"_type":405,"_id":772,"_source":407,"_file":773,"_stem":774,"_extension":410},"/blog/defi-liquidity-mining-explained","DeFi Liquidity Mining Explained: How It Works, Rewards, and Risks","A practical guide to DeFi liquidity mining: how it works, how rewards are calculated, the real risks, and how it differs from professional market making.","2026-07-06",[12,418,419,420,421,422],"liquidity mining","yield farming","liquidity pools","AMM","decentralized finance","defi liquidity mining, liquidity mining rewards, how does liquidity mining work, yield farming vs liquidity mining, liquidity mining risks, DeFi, Fibonacci Capital","/assets/images/blog/defi-liquidity-mining-explained.jpg",{"type":27,"children":426,"toc":755},[427,433,438,443,448,454,459,464,518,523,530,535,541,546,579,584,590,595,601,606,612,617,623,628,634,639,645,650,655,661,666,671,676,681,687,692,745,750],{"type":30,"tag":43,"props":428,"children":430},{"id":429},"what-is-defi-liquidity-mining",[431],{"type":35,"value":432},"What Is DeFi Liquidity Mining?",{"type":30,"tag":31,"props":434,"children":435},{},[436],{"type":35,"value":437},"DeFi liquidity mining is the practice of depositing crypto assets into a decentralized protocol's liquidity pool and earning rewards in return, typically paid in the protocol's native governance token on top of a share of trading fees. It emerged as the primary growth engine of the 2020 \"DeFi summer\" and remains one of the most common ways for token holders to put idle assets to work.",{"type":30,"tag":31,"props":439,"children":440},{},[441],{"type":35,"value":442},"The mechanics are simple on the surface: you supply two assets to a pool, the protocol uses that capital to facilitate swaps for traders, and you collect a proportional cut of the fees plus any incentive tokens the protocol is distributing. Underneath, however, liquidity mining involves real tradeoffs around impermanent loss, token emission schedules, and smart contract risk that determine whether your headline APY actually translates into profit.",{"type":30,"tag":31,"props":444,"children":445},{},[446],{"type":35,"value":447},"This guide breaks down how liquidity mining works, how rewards are calculated, the risks that erode returns, and where it sits relative to professional market making.",{"type":30,"tag":43,"props":449,"children":451},{"id":450},"how-does-liquidity-mining-work",[452],{"type":35,"value":453},"How Does Liquidity Mining Work?",{"type":30,"tag":31,"props":455,"children":456},{},[457],{"type":35,"value":458},"Most liquidity mining happens on automated market makers (AMMs) such as Uniswap, Curve, Balancer, and their many forks across chains. Instead of matching individual buyers and sellers through an order book, an AMM prices assets using a mathematical formula against the reserves sitting in a pool.",{"type":30,"tag":31,"props":460,"children":461},{},[462],{"type":35,"value":463},"The workflow looks like this:",{"type":30,"tag":465,"props":466,"children":467},"ol",{},[468,478,488,498,508],{"type":30,"tag":275,"props":469,"children":470},{},[471,476],{"type":30,"tag":78,"props":472,"children":473},{},[474],{"type":35,"value":475},"Deposit a pair.",{"type":35,"value":477}," You supply equal value of two tokens, for example USDC and ETH, into a pool. In a standard constant-product AMM, if ETH trades at $3,000 you would deposit $3,000 of ETH for every $3,000 of USDC.",{"type":30,"tag":275,"props":479,"children":480},{},[481,486],{"type":30,"tag":78,"props":482,"children":483},{},[484],{"type":35,"value":485},"Receive LP tokens.",{"type":35,"value":487}," The protocol mints liquidity provider (LP) tokens representing your share of the pool. If you supply 1% of the total pool, your LP tokens entitle you to 1% of its assets and fees.",{"type":30,"tag":275,"props":489,"children":490},{},[491,496],{"type":30,"tag":78,"props":492,"children":493},{},[494],{"type":35,"value":495},"Earn trading fees.",{"type":35,"value":497}," Every swap through the pool charges a fee, commonly 0.05% to 1% depending on the pool tier. Those fees accrue to the pool and grow the value backing your LP tokens.",{"type":30,"tag":275,"props":499,"children":500},{},[501,506],{"type":30,"tag":78,"props":502,"children":503},{},[504],{"type":35,"value":505},"Stake for extra rewards.",{"type":35,"value":507}," In an incentivized program, you stake your LP tokens in a rewards contract to earn additional emissions of the protocol's governance token. This layer is what distinguishes liquidity mining from simply providing liquidity.",{"type":30,"tag":275,"props":509,"children":510},{},[511,516],{"type":30,"tag":78,"props":512,"children":513},{},[514],{"type":35,"value":515},"Withdraw.",{"type":35,"value":517}," You unstake, burn your LP tokens, and reclaim your share of the underlying assets plus accumulated fees.",{"type":30,"tag":31,"props":519,"children":520},{},[521],{"type":35,"value":522},"The second reward layer is the mining incentive. Protocols mint new tokens and distribute them to liquidity providers to bootstrap depth in pools that would otherwise be too thin to trade against. It is a deliberate subsidy: the protocol trades token inflation for liquidity.",{"type":30,"tag":524,"props":525,"children":527},"h3",{"id":526},"yield-farming-vs-liquidity-mining",[528],{"type":35,"value":529},"Yield Farming vs Liquidity Mining",{"type":30,"tag":31,"props":531,"children":532},{},[533],{"type":35,"value":534},"The terms are often used interchangeably, but there is a useful distinction. Liquidity mining specifically refers to earning token rewards for providing liquidity to a pool. Yield farming is the broader practice of moving capital across protocols to chase the highest risk-adjusted return, which may include liquidity mining, lending, staking, or looping strategies that stack several of these together. In short, liquidity mining is one tool inside the yield farmer's toolkit.",{"type":30,"tag":43,"props":536,"children":538},{"id":537},"how-liquidity-mining-rewards-are-calculated",[539],{"type":35,"value":540},"How Liquidity Mining Rewards Are Calculated",{"type":30,"tag":31,"props":542,"children":543},{},[544],{"type":35,"value":545},"Advertised returns usually appear as an APR or APY figure, but that number is a moving target built from several inputs:",{"type":30,"tag":269,"props":547,"children":548},{},[549,559,569],{"type":30,"tag":275,"props":550,"children":551},{},[552,557],{"type":30,"tag":78,"props":553,"children":554},{},[555],{"type":35,"value":556},"Fee revenue.",{"type":35,"value":558}," Determined by trading volume relative to pool size. A pool doing $10 million in daily volume at a 0.30% fee generates $30,000 a day, split among all LPs by share. High volume against low total value locked (TVL) means richer per-dollar fees.",{"type":30,"tag":275,"props":560,"children":561},{},[562,567],{"type":30,"tag":78,"props":563,"children":564},{},[565],{"type":35,"value":566},"Token emissions.",{"type":35,"value":568}," The protocol distributes a fixed number of reward tokens per block or per day. Your slice depends on your share of staked LP tokens and the current market price of the reward token.",{"type":30,"tag":275,"props":570,"children":571},{},[572,577],{"type":30,"tag":78,"props":573,"children":574},{},[575],{"type":35,"value":576},"Reward token price.",{"type":35,"value":578}," Because emissions are denominated in a volatile token, a headline 120% APY can collapse if the reward token's price falls 50% over the mining period.",{"type":30,"tag":31,"props":580,"children":581},{},[582],{"type":35,"value":583},"A realistic way to read any liquidity mining opportunity is to separate the sustainable component (fees earned from genuine trading demand) from the subsidized component (token emissions that will taper or lose value). Fee yield tends to persist; emission yield tends to decay as more capital floods in and dilutes each participant's share.",{"type":30,"tag":43,"props":585,"children":587},{"id":586},"the-real-risks-of-liquidity-mining",[588],{"type":35,"value":589},"The Real Risks of Liquidity Mining",{"type":30,"tag":31,"props":591,"children":592},{},[593],{"type":35,"value":594},"High advertised yields exist to compensate for real risks. Understanding them is the difference between a net-positive strategy and a slow bleed.",{"type":30,"tag":524,"props":596,"children":598},{"id":597},"impermanent-loss",[599],{"type":35,"value":600},"Impermanent Loss",{"type":30,"tag":31,"props":602,"children":603},{},[604],{"type":35,"value":605},"Impermanent loss is the opportunity cost that occurs when the relative price of your two deposited assets diverges. Because an AMM automatically rebalances the pool as prices move, you end up holding more of the underperforming asset and less of the outperformer compared to simply holding both. If ETH doubles against USDC while it sits in a 50/50 pool, an LP captures only part of that upside. The larger the divergence, the larger the loss. Fee and emission income needs to exceed this drag for the position to be profitable, which is why stable-to-stable pools (with minimal price divergence) often attract conservative capital despite lower headline yields.",{"type":30,"tag":524,"props":607,"children":609},{"id":608},"reward-token-depreciation",[610],{"type":35,"value":611},"Reward Token Depreciation",{"type":30,"tag":31,"props":613,"children":614},{},[615],{"type":35,"value":616},"Mining rewards are frequently sold by participants the moment they are claimed, creating persistent sell pressure on the reward token. If emissions outpace organic demand, the token's price grinds down and your yield, measured in dollars, shrinks even as the advertised APY stays high. Always evaluate whether the reward token has a demand sink beyond farming.",{"type":30,"tag":524,"props":618,"children":620},{"id":619},"smart-contract-and-protocol-risk",[621],{"type":35,"value":622},"Smart Contract and Protocol Risk",{"type":30,"tag":31,"props":624,"children":625},{},[626],{"type":35,"value":627},"Your capital sits in code. Bugs, economic exploits, and oracle manipulation have drained billions from DeFi protocols. Audited, battle-tested contracts reduce but never eliminate this risk. Concentrating capital in unaudited or newly launched pools chasing triple-digit yields is the most common way liquidity miners lose principal outright.",{"type":30,"tag":524,"props":629,"children":631},{"id":630},"mercenary-capital-and-yield-decay",[632],{"type":35,"value":633},"Mercenary Capital and Yield Decay",{"type":30,"tag":31,"props":635,"children":636},{},[637],{"type":35,"value":638},"Incentivized pools attract capital that leaves the instant rewards drop. As TVL climbs, each participant's share of a fixed emission shrinks, so yields fall predictably over the life of a program. Entering late often means accepting the risk without the early, richer rewards.",{"type":30,"tag":43,"props":640,"children":642},{"id":641},"liquidity-mining-and-token-projects",[643],{"type":35,"value":644},"Liquidity Mining and Token Projects",{"type":30,"tag":31,"props":646,"children":647},{},[648],{"type":35,"value":649},"For a token project, liquidity mining is a double-edged tool. On one hand, it is an effective way to bootstrap on-chain liquidity quickly without paying a counterparty directly. On the other hand, incentive-driven liquidity is rented, not owned. When the emissions stop, the mercenary capital exits, spreads widen, and the token can become difficult to trade at size, precisely the outcome a launch is trying to avoid.",{"type":30,"tag":31,"props":651,"children":652},{},[653],{"type":35,"value":654},"This is where the limits of pure liquidity mining become clear. Emissions can seed a pool, but they do not guarantee tight spreads, consistent two-sided depth, or resilience during volatility. Projects that rely solely on mining incentives often discover that their liquidity evaporates the moment the subsidy is no longer competitive with the next farm.",{"type":30,"tag":43,"props":656,"children":658},{"id":657},"liquidity-mining-vs-professional-market-making",[659],{"type":35,"value":660},"Liquidity Mining vs Professional Market Making",{"type":30,"tag":31,"props":662,"children":663},{},[664],{"type":35,"value":665},"Liquidity mining and professional market making both put capital to work supplying liquidity, but they solve different problems.",{"type":30,"tag":31,"props":667,"children":668},{},[669],{"type":35,"value":670},"Liquidity mining is passive and formulaic. An AMM prices assets by a fixed curve regardless of market conditions, and LPs accept impermanent loss as the cost of participation. It works well for long-tail assets and for distributing tokens to a community, but it does not adapt to volatility or defend a target price range.",{"type":30,"tag":31,"props":672,"children":673},{},[674],{"type":35,"value":675},"Professional market making is active and discretionary. A market maker like Fibonacci Capital quotes two-sided prices across both centralized and decentralized venues, manages inventory dynamically, tightens or widens spreads based on conditions, and maintains depth through volatility rather than fleeing it. Instead of renting liquidity through inflationary emissions, projects secure committed, professionally managed liquidity designed to produce healthy order books and stable trading conditions over the long term.",{"type":30,"tag":31,"props":677,"children":678},{},[679],{"type":35,"value":680},"In practice, the two approaches complement each other. Liquidity mining can help distribute a token and seed early on-chain pools, while a dedicated market maker ensures the token remains genuinely tradable across venues, with the tight spreads and reliable depth that exchanges and serious investors expect.",{"type":30,"tag":43,"props":682,"children":684},{"id":683},"practical-takeaways",[685],{"type":35,"value":686},"Practical Takeaways",{"type":30,"tag":31,"props":688,"children":689},{},[690],{"type":35,"value":691},"If you are evaluating a liquidity mining opportunity, work through this checklist:",{"type":30,"tag":269,"props":693,"children":694},{},[695,705,715,725,735],{"type":30,"tag":275,"props":696,"children":697},{},[698,703],{"type":30,"tag":78,"props":699,"children":700},{},[701],{"type":35,"value":702},"Decompose the yield.",{"type":35,"value":704}," Separate durable fee income from decaying token emissions.",{"type":30,"tag":275,"props":706,"children":707},{},[708,713],{"type":30,"tag":78,"props":709,"children":710},{},[711],{"type":35,"value":712},"Model impermanent loss.",{"type":35,"value":714}," For volatile pairs, stress-test how price divergence affects your position against simply holding.",{"type":30,"tag":275,"props":716,"children":717},{},[718,723],{"type":30,"tag":78,"props":719,"children":720},{},[721],{"type":35,"value":722},"Scrutinize the reward token.",{"type":35,"value":724}," Ask whether it has real demand or only exists to be farmed and sold.",{"type":30,"tag":275,"props":726,"children":727},{},[728,733],{"type":30,"tag":78,"props":729,"children":730},{},[731],{"type":35,"value":732},"Verify contract security.",{"type":35,"value":734}," Favor audited protocols with a track record and meaningful TVL over untested high-APY pools.",{"type":30,"tag":275,"props":736,"children":737},{},[738,743],{"type":30,"tag":78,"props":739,"children":740},{},[741],{"type":35,"value":742},"Plan your exit.",{"type":35,"value":744}," Know when emissions taper and how crowded the pool is likely to become.",{"type":30,"tag":31,"props":746,"children":747},{},[748],{"type":35,"value":749},"Liquidity mining remains a legitimate way to earn yield on crypto assets, but the headline APY is rarely the number you actually take home. For token projects specifically, it is a bootstrapping mechanism, not a substitute for the durable, professionally managed liquidity that keeps a market healthy long after the incentives run dry.",{"type":30,"tag":31,"props":751,"children":752},{},[753],{"type":35,"value":754},"For teams weighing how to build sustainable liquidity around a token launch, Fibonacci Capital provides institutional market making that delivers consistent depth and tight spreads across centralized and decentralized venues, complementing on-chain incentive programs rather than depending on them.",{"title":7,"searchDepth":393,"depth":393,"links":756},[757,758,762,763,769,770,771],{"id":429,"depth":393,"text":432},{"id":450,"depth":393,"text":453,"children":759},[760],{"id":526,"depth":761,"text":529},3,{"id":537,"depth":393,"text":540},{"id":586,"depth":393,"text":589,"children":764},[765,766,767,768],{"id":597,"depth":761,"text":600},{"id":608,"depth":761,"text":611},{"id":619,"depth":761,"text":622},{"id":630,"depth":761,"text":633},{"id":641,"depth":393,"text":644},{"id":657,"depth":393,"text":660},{"id":683,"depth":393,"text":686},"content:blog:defi-liquidity-mining-explained.md","blog/defi-liquidity-mining-explained.md","blog/defi-liquidity-mining-explained",{"_path":776,"_dir":5,"_draft":6,"_partial":6,"_locale":7,"title":777,"description":778,"date":779,"category":12,"readTime":780,"author":11,"tags":781,"keywords":787,"image":788,"body":789,"_type":405,"_id":1096,"_source":407,"_file":1097,"_stem":1098,"_extension":410},"/blog/defi-vs-cefi-market-making","DeFi vs CeFi Market Making: Key Differences and Benefits","Compare DeFi and CeFi market making approaches — how they work, their strengths and weaknesses, and how to choose the right strategy for your token.","2026-03-25","7 min read",[12,782,783,421,784,785,786],"CeFi","market making","liquidity","DEX","CEX","DeFi vs CeFi, centralized vs decentralized, hybrid market making, DeFi, decentralized finance, liquidity pools, yield farming, AMM, Fibonacci Capital","/assets/images/blog/defi-vs-cefi-market-making.jpg",{"type":27,"children":790,"toc":1080},[791,797,802,807,813,818,861,866,872,877,882,925,931,937,942,947,953,958,963,969,974,979,985,990,995,1001,1007,1030,1036,1059,1065,1070,1075],{"type":30,"tag":43,"props":792,"children":794},{"id":793},"two-approaches-to-crypto-market-making",[795],{"type":35,"value":796},"Two Approaches to Crypto Market Making",{"type":30,"tag":31,"props":798,"children":799},{},[800],{"type":35,"value":801},"The crypto industry has developed two distinct market making models. Centralized finance (CeFi) market making operates on traditional order book exchanges like Binance, OKX, and Bybit. Decentralized finance (DeFi) market making uses automated market maker (AMM) protocols on blockchains like Ethereum, Solana, and Arbitrum.",{"type":30,"tag":31,"props":803,"children":804},{},[805],{"type":35,"value":806},"Both models serve the same fundamental purpose — ensuring traders can buy and sell tokens efficiently — but they differ significantly in mechanics, risks, and outcomes.",{"type":30,"tag":43,"props":808,"children":810},{"id":809},"how-cefi-market-making-works",[811],{"type":35,"value":812},"How CeFi Market Making Works",{"type":30,"tag":31,"props":814,"children":815},{},[816],{"type":35,"value":817},"On centralized exchanges, market makers place discrete buy and sell orders at specific prices on the order book. The process is active and algorithmic:",{"type":30,"tag":269,"props":819,"children":820},{},[821,831,841,851],{"type":30,"tag":275,"props":822,"children":823},{},[824,829],{"type":30,"tag":78,"props":825,"children":826},{},[827],{"type":35,"value":828},"Limit orders",{"type":35,"value":830}," are placed on both sides of the book at various price levels",{"type":30,"tag":275,"props":832,"children":833},{},[834,839],{"type":30,"tag":78,"props":835,"children":836},{},[837],{"type":35,"value":838},"Algorithms",{"type":35,"value":840}," continuously adjust prices, quantities, and risk parameters",{"type":30,"tag":275,"props":842,"children":843},{},[844,849],{"type":30,"tag":78,"props":845,"children":846},{},[847],{"type":35,"value":848},"Inventory",{"type":35,"value":850}," is actively managed to avoid accumulating directional exposure",{"type":30,"tag":275,"props":852,"children":853},{},[854,859],{"type":30,"tag":78,"props":855,"children":856},{},[857],{"type":35,"value":858},"Speed matters",{"type":35,"value":860}," — lower latency means better execution and tighter spreads",{"type":30,"tag":31,"props":862,"children":863},{},[864],{"type":35,"value":865},"CeFi market making requires direct exchange API access, significant capital, and sophisticated technology infrastructure. It is the dominant model for most token projects seeking professional liquidity.",{"type":30,"tag":43,"props":867,"children":869},{"id":868},"how-defi-market-making-works",[870],{"type":35,"value":871},"How DeFi Market Making Works",{"type":30,"tag":31,"props":873,"children":874},{},[875],{"type":35,"value":876},"On decentralized exchanges, liquidity is provided through smart contract pools rather than order books. The most common model is the constant product AMM, where liquidity providers deposit equal values of two tokens into a pool, and a mathematical formula determines the trading price.",{"type":30,"tag":31,"props":878,"children":879},{},[880],{"type":35,"value":881},"Key characteristics include:",{"type":30,"tag":269,"props":883,"children":884},{},[885,895,905,915],{"type":30,"tag":275,"props":886,"children":887},{},[888,893],{"type":30,"tag":78,"props":889,"children":890},{},[891],{"type":35,"value":892},"Passive provision",{"type":35,"value":894}," — once funds are deposited, the protocol handles pricing automatically",{"type":30,"tag":275,"props":896,"children":897},{},[898,903],{"type":30,"tag":78,"props":899,"children":900},{},[901],{"type":35,"value":902},"Permissionless",{"type":35,"value":904}," — anyone can provide liquidity without needing exchange approval",{"type":30,"tag":275,"props":906,"children":907},{},[908,913],{"type":30,"tag":78,"props":909,"children":910},{},[911],{"type":35,"value":912},"On-chain transparency",{"type":35,"value":914}," — all positions and trades are publicly visible",{"type":30,"tag":275,"props":916,"children":917},{},[918,923],{"type":30,"tag":78,"props":919,"children":920},{},[921],{"type":35,"value":922},"Concentrated liquidity",{"type":35,"value":924}," — newer AMMs like Uniswap V3 allow providers to focus capital within specific price ranges",{"type":30,"tag":43,"props":926,"children":928},{"id":927},"comparing-the-two-models",[929],{"type":35,"value":930},"Comparing the Two Models",{"type":30,"tag":524,"props":932,"children":934},{"id":933},"capital-efficiency",[935],{"type":35,"value":936},"Capital Efficiency",{"type":30,"tag":31,"props":938,"children":939},{},[940],{"type":35,"value":941},"CeFi market making is generally more capital-efficient because algorithms allocate capital precisely where it is needed. DeFi AMMs, particularly older constant product designs, spread capital across the entire price curve, meaning most of it sits idle.",{"type":30,"tag":31,"props":943,"children":944},{},[945],{"type":35,"value":946},"Concentrated liquidity AMMs have narrowed this gap, but they require active management that resembles CeFi market making in practice.",{"type":30,"tag":524,"props":948,"children":950},{"id":949},"risk-profile",[951],{"type":35,"value":952},"Risk Profile",{"type":30,"tag":31,"props":954,"children":955},{},[956],{"type":35,"value":957},"CeFi market makers face counterparty risk with the exchange and market risk from inventory positions. Experienced firms manage both through diversification and hedging.",{"type":30,"tag":31,"props":959,"children":960},{},[961],{"type":35,"value":962},"DeFi liquidity providers face impermanent loss — the difference in value between holding tokens in a pool versus holding them outright. During trending markets, impermanent loss can be substantial and is often misunderstood by casual participants.",{"type":30,"tag":524,"props":964,"children":966},{"id":965},"control-and-customization",[967],{"type":35,"value":968},"Control and Customization",{"type":30,"tag":31,"props":970,"children":971},{},[972],{"type":35,"value":973},"CeFi market making offers full control over pricing strategy, spread width, depth distribution, and risk parameters. Every aspect of the quoting strategy can be tuned to the token's specific needs and market conditions.",{"type":30,"tag":31,"props":975,"children":976},{},[977],{"type":35,"value":978},"DeFi AMMs offer less flexibility. Pricing is determined by the pool formula, and strategic adjustments require withdrawing and redeploying liquidity — a process that incurs gas costs and execution delays.",{"type":30,"tag":524,"props":980,"children":982},{"id":981},"regulatory-and-compliance-considerations",[983],{"type":35,"value":984},"Regulatory and Compliance Considerations",{"type":30,"tag":31,"props":986,"children":987},{},[988],{"type":35,"value":989},"CeFi exchanges enforce KYC/AML requirements and operate within regulatory frameworks. This provides a compliance layer that institutional investors require.",{"type":30,"tag":31,"props":991,"children":992},{},[993],{"type":35,"value":994},"DeFi protocols operate pseudonymously in most cases. While this enables broader access, it can create complications for token projects that need to demonstrate regulatory compliance to partners and investors.",{"type":30,"tag":43,"props":996,"children":998},{"id":997},"when-to-use-each-approach",[999],{"type":35,"value":1000},"When to Use Each Approach",{"type":30,"tag":524,"props":1002,"children":1004},{"id":1003},"cefi-market-making-is-stronger-for",[1005],{"type":35,"value":1006},"CeFi Market Making Is Stronger For",{"type":30,"tag":269,"props":1008,"children":1009},{},[1010,1015,1020,1025],{"type":30,"tag":275,"props":1011,"children":1012},{},[1013],{"type":35,"value":1014},"Tokens seeking institutional investor participation",{"type":30,"tag":275,"props":1016,"children":1017},{},[1018],{"type":35,"value":1019},"Projects that require specific spread and depth commitments for exchange retention",{"type":30,"tag":275,"props":1021,"children":1022},{},[1023],{"type":35,"value":1024},"High-volume trading environments where execution speed matters",{"type":30,"tag":275,"props":1026,"children":1027},{},[1028],{"type":35,"value":1029},"Scenarios requiring precise inventory and risk management",{"type":30,"tag":524,"props":1031,"children":1033},{"id":1032},"defi-market-making-is-stronger-for",[1034],{"type":35,"value":1035},"DeFi Market Making Is Stronger For",{"type":30,"tag":269,"props":1037,"children":1038},{},[1039,1044,1049,1054],{"type":30,"tag":275,"props":1040,"children":1041},{},[1042],{"type":35,"value":1043},"Early-stage tokens that are not yet listed on centralized exchanges",{"type":30,"tag":275,"props":1045,"children":1046},{},[1047],{"type":35,"value":1048},"Projects with a DeFi-native community that trades primarily on-chain",{"type":30,"tag":275,"props":1050,"children":1051},{},[1052],{"type":35,"value":1053},"Supplemental liquidity on chains where the token has utility",{"type":30,"tag":275,"props":1055,"children":1056},{},[1057],{"type":35,"value":1058},"Bootstrapping initial price discovery before a CEX listing",{"type":30,"tag":43,"props":1060,"children":1062},{"id":1061},"a-combined-strategy",[1063],{"type":35,"value":1064},"A Combined Strategy",{"type":30,"tag":31,"props":1066,"children":1067},{},[1068],{"type":35,"value":1069},"The most effective approach for many token projects is to maintain professional CeFi market making on major exchanges while supporting DeFi liquidity on relevant chains. This combination maximizes reach, serves different trader segments, and provides redundancy.",{"type":30,"tag":31,"props":1071,"children":1072},{},[1073],{"type":35,"value":1074},"The key is coordination. CeFi and DeFi liquidity should be managed as parts of a unified strategy, with consistent pricing and risk parameters across all venues.",{"type":30,"tag":31,"props":1076,"children":1077},{},[1078],{"type":35,"value":1079},"Fibonacci Capital provides integrated market making across centralized and decentralized platforms, ensuring your token has consistent, deep liquidity wherever your community trades. Contact us to design a cross-venue liquidity strategy for your project.",{"title":7,"searchDepth":393,"depth":393,"links":1081},[1082,1083,1084,1085,1091,1095],{"id":793,"depth":393,"text":796},{"id":809,"depth":393,"text":812},{"id":868,"depth":393,"text":871},{"id":927,"depth":393,"text":930,"children":1086},[1087,1088,1089,1090],{"id":933,"depth":761,"text":936},{"id":949,"depth":761,"text":952},{"id":965,"depth":761,"text":968},{"id":981,"depth":761,"text":984},{"id":997,"depth":393,"text":1000,"children":1092},[1093,1094],{"id":1003,"depth":761,"text":1006},{"id":1032,"depth":761,"text":1035},{"id":1061,"depth":393,"text":1064},"content:blog:defi-vs-cefi-market-making.md","blog/defi-vs-cefi-market-making.md","blog/defi-vs-cefi-market-making",{"_path":62,"_dir":5,"_draft":6,"_partial":6,"_locale":7,"title":1100,"description":1101,"date":1102,"category":12,"readTime":780,"author":11,"tags":1103,"keywords":1108,"image":1109,"body":1110,"_type":405,"_id":1341,"_source":407,"_file":1342,"_stem":1343,"_extension":410},"Automated Market Makers (AMMs) Explained: How They Work","Discover how automated market makers power decentralized exchanges, the math behind AMM pricing curves, and what AMMs mean for DeFi liquidity providers.","2025-12-22",[421,12,1104,1105,1106,1107],"decentralized exchange","liquidity pool","Uniswap","crypto trading","AMM, automated market maker, constant product, DEX, DeFi, decentralized finance, liquidity pools, yield farming, AMM, Fibonacci Capital","/assets/images/blog/amm-explained.jpg",{"type":27,"children":1111,"toc":1331},[1112,1118,1123,1128,1134,1139,1147,1152,1158,1191,1197,1202,1245,1251,1256,1299,1305,1310,1315,1321,1326],{"type":30,"tag":43,"props":1113,"children":1115},{"id":1114},"what-is-an-automated-market-maker",[1116],{"type":35,"value":1117},"What Is an Automated Market Maker?",{"type":30,"tag":31,"props":1119,"children":1120},{},[1121],{"type":35,"value":1122},"An automated market maker (AMM) is a protocol that uses mathematical formulas to price assets inside a liquidity pool instead of relying on a traditional order book. AMMs are the engine behind decentralized exchanges like Uniswap, Curve, and Balancer, allowing anyone to swap tokens without a centralized intermediary.",{"type":30,"tag":31,"props":1124,"children":1125},{},[1126],{"type":35,"value":1127},"Rather than matching individual buyers with sellers, an AMM lets traders execute orders against a shared pool of tokens. Liquidity providers (LPs) deposit asset pairs into these pools and earn fees every time a trade occurs.",{"type":30,"tag":43,"props":1129,"children":1131},{"id":1130},"how-does-the-constant-product-formula-work",[1132],{"type":35,"value":1133},"How Does the Constant Product Formula Work?",{"type":30,"tag":31,"props":1135,"children":1136},{},[1137],{"type":35,"value":1138},"The most common AMM model is the constant product formula, popularized by Uniswap:",{"type":30,"tag":31,"props":1140,"children":1141},{},[1142],{"type":30,"tag":78,"props":1143,"children":1144},{},[1145],{"type":35,"value":1146},"x * y = k",{"type":30,"tag":31,"props":1148,"children":1149},{},[1150],{"type":35,"value":1151},"Here, x and y represent the reserves of two tokens in a pool, and k is a constant. When a trader buys token A, they add token B to the pool, shifting the ratio while keeping k unchanged. The price adjusts automatically based on supply and demand within the pool.",{"type":30,"tag":524,"props":1153,"children":1155},{"id":1154},"other-amm-curve-designs",[1156],{"type":35,"value":1157},"Other AMM Curve Designs",{"type":30,"tag":269,"props":1159,"children":1160},{},[1161,1171,1181],{"type":30,"tag":275,"props":1162,"children":1163},{},[1164,1169],{"type":30,"tag":78,"props":1165,"children":1166},{},[1167],{"type":35,"value":1168},"Stableswap (Curve)",{"type":35,"value":1170}," -- optimized for assets that should trade near a 1:1 ratio, reducing slippage on stablecoin swaps",{"type":30,"tag":275,"props":1172,"children":1173},{},[1174,1179],{"type":30,"tag":78,"props":1175,"children":1176},{},[1177],{"type":35,"value":1178},"Weighted pools (Balancer)",{"type":35,"value":1180}," -- allow custom token weightings beyond the standard 50/50 split",{"type":30,"tag":275,"props":1182,"children":1183},{},[1184,1189],{"type":30,"tag":78,"props":1185,"children":1186},{},[1187],{"type":35,"value":1188},"Concentrated liquidity (Uniswap V3)",{"type":35,"value":1190}," -- lets LPs allocate capital within specific price ranges for greater capital efficiency",{"type":30,"tag":43,"props":1192,"children":1194},{"id":1193},"amms-vs-traditional-order-book-market-making",[1195],{"type":35,"value":1196},"AMMs vs. Traditional Order Book Market Making",{"type":30,"tag":31,"props":1198,"children":1199},{},[1200],{"type":35,"value":1201},"Traditional market making on centralized exchanges uses limit orders placed by professional firms. AMMs replace this model with a permissionless alternative. Here is how they compare:",{"type":30,"tag":269,"props":1203,"children":1204},{},[1205,1215,1225,1235],{"type":30,"tag":275,"props":1206,"children":1207},{},[1208,1213],{"type":30,"tag":78,"props":1209,"children":1210},{},[1211],{"type":35,"value":1212},"Accessibility",{"type":35,"value":1214}," -- anyone can become an LP in an AMM, whereas order book market making requires capital, infrastructure, and exchange partnerships",{"type":30,"tag":275,"props":1216,"children":1217},{},[1218,1223],{"type":30,"tag":78,"props":1219,"children":1220},{},[1221],{"type":35,"value":1222},"Capital efficiency",{"type":35,"value":1224}," -- order book market makers can dynamically adjust quotes, while basic AMM capital sits idle across a wide price range",{"type":30,"tag":275,"props":1226,"children":1227},{},[1228,1233],{"type":30,"tag":78,"props":1229,"children":1230},{},[1231],{"type":35,"value":1232},"Slippage",{"type":35,"value":1234}," -- large trades on AMMs can move prices significantly, while deep order books on centralized venues absorb volume with less impact",{"type":30,"tag":275,"props":1236,"children":1237},{},[1238,1243],{"type":30,"tag":78,"props":1239,"children":1240},{},[1241],{"type":35,"value":1242},"Transparency",{"type":35,"value":1244}," -- AMM reserves and pricing are fully on-chain and auditable in real time",{"type":30,"tag":43,"props":1246,"children":1248},{"id":1247},"risks-for-amm-liquidity-providers",[1249],{"type":35,"value":1250},"Risks for AMM Liquidity Providers",{"type":30,"tag":31,"props":1252,"children":1253},{},[1254],{"type":35,"value":1255},"Providing liquidity to an AMM is not risk-free. The main concerns include:",{"type":30,"tag":269,"props":1257,"children":1258},{},[1259,1269,1279,1289],{"type":30,"tag":275,"props":1260,"children":1261},{},[1262,1267],{"type":30,"tag":78,"props":1263,"children":1264},{},[1265],{"type":35,"value":1266},"Impermanent loss",{"type":35,"value":1268}," -- when token prices diverge from the ratio at which you deposited, your position can be worth less than simply holding",{"type":30,"tag":275,"props":1270,"children":1271},{},[1272,1277],{"type":30,"tag":78,"props":1273,"children":1274},{},[1275],{"type":35,"value":1276},"Smart contract risk",{"type":35,"value":1278}," -- bugs or exploits in the AMM contract can drain pools entirely",{"type":30,"tag":275,"props":1280,"children":1281},{},[1282,1287],{"type":30,"tag":78,"props":1283,"children":1284},{},[1285],{"type":35,"value":1286},"Rug pulls",{"type":35,"value":1288}," -- in permissionless pools, a malicious token creator can remove liquidity and leave LPs holding worthless assets",{"type":30,"tag":275,"props":1290,"children":1291},{},[1292,1297],{"type":30,"tag":78,"props":1293,"children":1294},{},[1295],{"type":35,"value":1296},"Fee compression",{"type":35,"value":1298}," -- as more LPs enter a pool, the share of trading fees earned by each provider decreases",{"type":30,"tag":43,"props":1300,"children":1302},{"id":1301},"why-amms-matter-for-token-projects",[1303],{"type":35,"value":1304},"Why AMMs Matter for Token Projects",{"type":30,"tag":31,"props":1306,"children":1307},{},[1308],{"type":35,"value":1309},"For projects launching a token, AMMs offer a quick path to on-chain liquidity without waiting for centralized exchange listings. A well-funded DEX pool signals market readiness and allows early supporters to trade immediately after a token generation event.",{"type":30,"tag":31,"props":1311,"children":1312},{},[1313],{"type":35,"value":1314},"However, AMM liquidity alone is rarely sufficient for long-term success. Projects that rely solely on DEX pools often face thin liquidity, wide effective spreads, and vulnerability to arbitrage bots draining value from LPs.",{"type":30,"tag":43,"props":1316,"children":1318},{"id":1317},"combining-amm-and-order-book-liquidity",[1319],{"type":35,"value":1320},"Combining AMM and Order Book Liquidity",{"type":30,"tag":31,"props":1322,"children":1323},{},[1324],{"type":35,"value":1325},"The strongest liquidity strategies use both approaches. AMM pools handle decentralized, permissionless trading, while professional market makers maintain tight spreads and deep order books on centralized exchanges.",{"type":30,"tag":31,"props":1327,"children":1328},{},[1329],{"type":35,"value":1330},"Fibonacci Capital helps token projects design hybrid liquidity strategies that span both DeFi and centralized venues, ensuring consistent trading conditions wherever your community prefers to trade. If you are planning a token launch or looking to improve your existing liquidity profile, reach out to learn how a coordinated approach can benefit your project.",{"title":7,"searchDepth":393,"depth":393,"links":1332},[1333,1334,1337,1338,1339,1340],{"id":1114,"depth":393,"text":1117},{"id":1130,"depth":393,"text":1133,"children":1335},[1336],{"id":1154,"depth":761,"text":1157},{"id":1193,"depth":393,"text":1196},{"id":1247,"depth":393,"text":1250},{"id":1301,"depth":393,"text":1304},{"id":1317,"depth":393,"text":1320},"content:blog:automated-market-makers-amm-explained.md","blog/automated-market-makers-amm-explained.md","blog/automated-market-makers-amm-explained",1792027078928]