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Key Takeaways

Rehypothecation happens when a crypto lending platform lends out your deposited assets to earn a return, through practices such as staking or yield farming on your behalf, creating exposure to third-party counterparty risk.

If a borrower defaults, the lending platform may become insolvent and be unable to return your funds. 

In decentralized finance (DeFi), rehypothecation is generally more transparent, but smart contract risk still applies.

Keeping assets in a self-custodied wallet is the most direct way to avoid rehypothecation risk entirely.

Introduction

Earning passive income through crypto lending platforms has become a popular strategy. Users deposit digital assets to earn an annual percentage yield (APY), similar to a savings account. However, unlike traditional banking, the mechanisms generating these yields often involve a practice known as rehypothecation.

While rehypothecation is a standard practice in traditional finance (TradFi), its application in the crypto sector operates with fewer protections. Understanding this concept is important for anyone entrusting their assets to a centralized exchange or lending platform.

Understanding Hypothecation vs. Rehypothecation

Hypothecation is the act of pledging an asset as collateral to secure a loan. When you take out a mortgage, your house is hypothecated to the bank. You retain ownership, but the bank has a claim on it if you default. In crypto, this happens when you lock bitcoin to mint a stablecoin or take a cash loan.

Rehypothecation occurs when the entity holding your collateral takes those pledged assets and uses them for its own purposes. In practice, the platform lends your deposited assets to a third party. You lend your crypto to a platform, and the platform lends your crypto to someone else.

How Rehypothecation Works in Crypto

Rehypothecation is the engine behind many high-yield crypto accounts. Here is a simplified example of how the flow works:

Deposit: You deposit 1 BTC into a centralized lending platform offering 5% APY.

Re-lending: The platform lends your 1 BTC to an institutional borrower, such as a hedge fund or market maker, at 8% interest.

The spread: The platform pays you 5% and keeps the 3% difference as profit.

From the platform's perspective, this maximizes capital efficiency. However, your bitcoin is no longer in the platform's secure storage. It is in the hands of a third party, and your ability to withdraw depends on that party's financial health.

The Core Risks of Rehypothecation

When assets are rehypothecated, you take on counterparty risk. This can create a chain of dependency where the failure of one entity triggers the collapse of others.

Counterparty insolvency

If the borrower makes bad trades and loses the BTC they borrowed, they can't repay the platform. The platform then has a shortfall and can't repay you. You are relying on the financial health of entities you don't know or have visibility into.

Bank run risk

In periods of market volatility, users often rush to withdraw funds at the same time. If a platform has lent out most of its deposits into illiquid assets or long-term loans, it likely won't have enough liquid funds to honor all withdrawal requests at once. This typically leads to withdrawal freezes and, in severe cases, bankruptcy.

Unsecured creditor status

In traditional finance, rehypothecation is capped and insured. In crypto, regulations are still developing. Many lending platforms state in their Terms of Service that depositing transfers asset ownership to the platform. In the event of bankruptcy, depositors are often classified as unsecured creditors, meaning they are last in line to receive any recovered funds.

Lessons from the 2022 Crypto Lending Crisis

The risks of rehypothecation became visible during the crypto market downturn of 2022. Several major platforms collapsed due to aggressive rehypothecation strategies.

In the first half of 2022:

Celsius Network rehypothecated user funds into high-risk DeFi protocols and loans. When the market turned, they couldn't recall liquidity fast enough to meet withdrawal requests. 

Voyager Digital lent hundreds of millions of dollars of user assets to a single hedge fund. When that fund defaulted due to trading losses, Voyager became insolvent.

In the second half of 2022:

The collapse of FTX, a major centralized exchange, revealed similar patterns of commingling (illegal pooling or mixing) and lending of customer funds. The combined effect of these failures resulted in billions of dollars in user losses and accelerated calls for regulatory action in multiple jurisdictions.

CeFi vs. DeFi Rehypothecation

It's worth distinguishing between centralized finance (CeFi) and DeFi approaches to rehypothecation. CeFi operations are generally opaque. Users often deposit funds without knowing who the counterparty is or how much leverage is being applied.

DeFi rehypothecation exists, often through liquid staking or wrapped tokens, but it is generally more transparent. Users can verify on the blockchain where their assets are deployed. However, DeFi introduces smart contract risk, where vulnerabilities in code can result in loss of funds.

How to Protect Yourself from Rehypothecation Risk

Self-custody is the most direct protection. Holding assets in a non-custodial wallet, where you control the private keys, means the platform cannot lend out your assets. Controlling your private keys means only you can authorize transactions with those funds.

If you plan to use custodial platforms, it helps to understand the difference between hot or cold wallet storage options, since cold storage typically offers stronger security for assets you don't need to access frequently.

Before using any centralized lending platform, make sure to read the Terms of Service. Look for clauses about the platform's right to pledge, re-pledge, or hypothecate your assets. If the terms state that depositing transfers ownership, your assets can be lent out.

Be skeptical of unusually high yields. If a platform offers significantly higher interest than the market average, it may be engaging in riskier rehypothecation strategies to generate that return. Higher yield typically means higher risk.

FAQ

What does rehypothecation mean in crypto?

Rehypothecation in crypto means a lending platform takes assets you have deposited and lends them to a third party, such as a hedge fund or institutional borrower. The platform earns interest on the loan and pays you a portion as yield. Your funds are no longer held securely by the platform; they are with a borrower whose ability to repay is uncertain.

Is rehypothecation illegal?

Rehypothecation is not inherently illegal and is common in traditional finance. In crypto, it is largely unregulated in most jurisdictions, though this is changing. Frameworks like the European Union's Markets in Crypto-Assets (MiCA) regulation are introducing custody and asset segregation rules that affect how platforms can handle customer funds.

What happened to Celsius and Voyager?

Both Celsius Network and Voyager Digital collapsed during the 2022 crypto downturn after they were unable to meet user withdrawal requests. Celsius had rehypothecated user funds into high-risk DeFi protocols. Voyager had concentrated a large portion of user assets in a single institutional borrower that defaulted. Both cases resulted in bankruptcy proceedings and significant losses for depositors.

Can DeFi platforms rehypothecate your assets?

DeFi protocols can involve forms of rehypothecation, such as liquid staking derivatives and wrapped tokens, but the process is generally transparent and visible on-chain. You can usually verify where your assets are deployed. Smart contract vulnerabilities are typically a more pertinent risk in DeFi compared to opaque third-party lending.

How can I avoid rehypothecation risk?

The most reliable way to avoid rehypothecation risk is to hold your assets in a wallet where you control the private keys. If you do use centralized platforms, read the Terms of Service carefully, understand how the platform generates yield, and consider distributing assets across multiple platforms to reduce concentration risk.

Closing Thoughts

Rehypothecation is a trade-off between yield and security. It provides the liquidity that allows platforms to offer attractive interest rates, but it introduces systemic risks that can lead to significant losses during market downturns.

For individual investors, the choice comes down to how much risk they are comfortable taking. Keeping direct control over your funds provides the strongest protection against rehypothecation risk, though it does mean giving up any platform-generated yield.

Further Reading

Custodial vs. Non-Custodial Wallets: What's the Difference?

What Are Wrapped Tokens?

Hot vs. Cold Wallet: Which Crypto Wallet Should You Use?

What Are Flash Loans in DeFi?

What Are Real World Assets (RWA) in DeFi and Crypto?

Disclaimer: This content is presented to you on an "as is" basis for general information and or educational purposes only, without representation or warranty of any kind. It should not be construed as financial, legal or other professional advice, nor is it intended to recommend the purchase of any specific product or service. You should seek your own advice from appropriate professional advisors. Where the content is contributed by a third party contributor, please note that those views expressed belong to the third party contributor, and do not necessarily reflect those of Binance Academy. Digital asset prices can be volatile. The value of your investment may go down or up and you may not get back the amount invested. You are solely responsible for your investment decisions and Binance Academy is not liable for any losses you may incur. For more information, see our Terms of Use, Risk Warning and Binance Academy Terms.

Key Takeaways

CLMMs allow liquidity providers to allocate capital within a custom price range on a decentralized finance (DeFi) protocol, rather than spreading funds across all possible prices.

By concentrating funds near the current market price, providers may earn more trading fees with the same amount of capital compared to traditional AMM models.

CLMMs require active management. If the market price moves outside a provider's chosen range, the position stops earning fees until the price returns or the range is adjusted.

The risk of impermanent loss can be amplified in CLMMs because capital is more exposed to price movements within a narrow range.

Introduction

In the early days of decentralized finance (DeFi), providing liquidity was mostly a passive activity. You deposited two tokens into a liquidity pool, and the underlying smart contract spread your funds across every possible price. This model, known as the standard Automated Market Maker (AMM), was simple to use but not particularly efficient.

Concentrated Liquidity Market Makers (CLMMs) changed this. Instead of spreading your capital across all prices, CLMMs let you focus it where trading actually happens. This makes your funds more useful, which can mean higher fee earnings on less capital.

You can think of it like this: in a standard AMM, you're setting up a shop on every mile of a highway crossing the entire country, including deserted stretches. CLMMs let you open your shop only on the busy sections. Your investment goes further because it's positioned where demand exists.

What Is Concentrated Liquidity?

Concentrated liquidity means capital that is allocated within a specific price range you choose. In earlier AMM versions, liquidity was distributed uniformly across all prices. A large portion of the assets in a pool was often never used for trading, especially for stablecoin pairs where prices rarely deviate far from $1.00.

With CLMMs, you can choose to provide liquidity only between, say, $0.99 and $1.01 for a stablecoin pair. This concentrates your capital right where trades are most likely to occur, making it far more efficient than spreading it thinly across distant price levels.

How Do CLMMs Work?

Ticks

To make custom price ranges possible, CLMMs divide the price spectrum into small, discrete steps called ticks. Ticks act as the boundaries between price areas. When you create a position, you choose a lower tick and an upper tick to define the edges of your LP tokens range. Your capital sits between these two boundaries and earns fees from all trades that pass through your range.

Active liquidity

Your position is only "active" when the current market price is within the range you selected. While the price stays inside your range, you earn a share of trading fees from the pool. If the price moves up or down and crosses your chosen tick boundaries, your position becomes inactive. You stop earning fees until the price returns, or until you manually adjust your range.

Capital efficiency

The central benefit of CLMMs is capital efficiency. Because you aren't spreading capital across distant price levels, you can earn a similar amount of fees with less total capital compared to a standard AMM. A provider in a tightly concentrated range may earn the same daily fees with $1,000 as a provider in a standard pool earns with $5,000, simply because the concentrated capital is being used by more trades.

The Risks of CLMMs

CLMMs can offer better fee income than standard AMMs, but they require more active involvement and carry specific risks.

Going out of range

If the price exits your chosen interval, your position effectively converts fully into one of the two assets in the pair. At this point, you hold only one token and earn no fees. You need to either wait for the price to return or close and reopen your position with a new range.

Amplified impermanent loss

Because your liquidity is concentrated, impermanent loss can be amplified compared to standard AMMs. If the market moves sharply against your position, the value of your holdings may decline faster than in a traditional pool. This is especially relevant during volatile market conditions.

Active management required

Standard AMM pools are relatively hands-off. CLMMs are not. You need to select a price range, monitor market movements, and rebalance your position when necessary. Some users employ active management strategies, adjusting ranges frequently based on price action. Others use automated CLMM management tools that rebalance positions on their behalf.

Uniswap V4 and the Next Generation of CLMMs

Uniswap V4, which launched in early 2025, pushed the CLMM model further. V4 introduced "hooks," which are pieces of custom code that developers can attach to a pool to modify its behavior. Hooks can enable features like dynamic fee adjustment, on-chain limit orders, or custom oracles built directly into the pool logic.

This development has expanded what is possible with concentrated liquidity. Pools are no longer fixed in their mechanics. Developers can build highly specialized market structures on top of the same core CLMM framework. This has contributed to continued growth in DeFi liquidity depth and the range of trading tools available to users.

FAQ

What is the difference between a CLMM and a standard AMM?

A standard AMM spreads a provider's capital across all price levels from zero to infinity, making most of it inactive at any given time. A CLMM lets providers choose a specific price range to supply liquidity in. This makes the capital more efficient, but requires active management to stay effective.

Can I lose money providing liquidity in a CLMM?

Yes. Liquidity providers in CLMMs are exposed to impermanent loss, which can be greater than in standard AMMs due to the concentrated nature of positions. If the market price moves outside your range, you hold only one asset and earn no fees. Fees earned may offset these losses over time, but this is not guaranteed.

What happens when my position goes out of range?

When the market price exits your chosen range, your position becomes entirely composed of one of the two tokens in the pair. You stop earning trading fees. You can either wait for the price to re-enter your range, or you can close your position and create a new one centered around the current price.

What is a tick in a CLMM?

A tick is one of the discrete price steps that CLMMs use to divide the price spectrum. Ticks function as the boundaries of a liquidity position. When you create a position, you select a lower tick and an upper tick. Your capital earns fees from all trades that occur between these two boundaries.

Where can I use a CLMM?

CLMMs are available on several decentralized exchange (DEX) protocols. Uniswap V3 and V4 are among the most widely used. Other protocols on various blockchains have adopted the same model. Always research the specific protocol, its fees, and associated risks before providing liquidity.

Closing Thoughts

Concentrated Liquidity Market Makers have made DeFi markets significantly more capital-efficient. They allow traders to access tighter spreads and deeper liquidity, while providers can earn higher fees on the same amount of capital.

That said, CLMMs transform liquidity provision from a passive activity into an active one. Managing price ranges, monitoring positions, and understanding impermanent loss are all part of the experience.

If you're new to DeFi, consider starting with standard AMM pools to get familiar with how liquidity provision works before moving to CLMMs.

Further Reading

What Is Yield Farming in Decentralized Finance (DeFi)?

What Is Uniswap V4?

Impermanent Loss Explained

What Is an Automated Market Maker (AMM)?

Staking vs. Yield Farming: Which One Is Better?

Disclaimer: This content is presented to you on an "as is" basis for general information and or educational purposes only, without representation or warranty of any kind. It should not be construed as financial, legal or other professional advice, nor is it intended to recommend the purchase of any specific product or service. You should seek your own advice from appropriate professional advisors. Where the content is contributed by a third party contributor, please note that those views expressed belong to the third party contributor, and do not necessarily reflect those of Binance Academy. Digital asset prices can be volatile. The value of your investment may go down or up and you may not get back the amount invested. You are solely responsible for your investment decisions and Binance Academy is not liable for any losses you may incur. For more information, see our Terms of Use, Risk Warning, and Binance Academy Terms.

Key Takeaways

CLMMs allow liquidity providers to allocate capital within a custom price range on a decentralized finance (DeFi) protocol, rather than spreading funds across all possible prices.

By concentrating funds near the current market price, providers may earn more trading fees with the same amount of capital compared to traditional AMM models.

CLMMs require active management. If the market price moves outside a provider's chosen range, the position stops earning fees until the price returns or the range is adjusted.

The risk of impermanent loss can be amplified in CLMMs because capital is more exposed to price movements within a narrow range.

Introduction

In the early days of decentralized finance (DeFi), providing liquidity was mostly a passive activity. You deposited two tokens into a liquidity pool, and the underlying smart contract spread your funds across every possible price. This model, known as the standard Automated Market Maker (AMM), was simple to use but not particularly efficient.

Concentrated Liquidity Market Makers (CLMMs) changed this. Instead of spreading your capital across all prices, CLMMs let you focus it where trading actually happens. This makes your funds more useful, which can mean higher fee earnings on less capital.

You can think of it like this: in a standard AMM, you're setting up a shop on every mile of a highway crossing the entire country, including deserted stretches. CLMMs let you open your shop only on the busy sections. Your investment goes further because it's positioned where demand exists.

What Is Concentrated Liquidity?

Concentrated liquidity means capital that is allocated within a specific price range you choose. In earlier AMM versions, liquidity was distributed uniformly across all prices. A large portion of the assets in a pool was often never used for trading, especially for stablecoin pairs where prices rarely deviate far from $1.00.

With CLMMs, you can choose to provide liquidity only between, say, $0.99 and $1.01 for a stablecoin pair. This concentrates your capital right where trades are most likely to occur, making it far more efficient than spreading it thinly across distant price levels.

How Do CLMMs Work?

Ticks

To make custom price ranges possible, CLMMs divide the price spectrum into small, discrete steps called ticks. Ticks act as the boundaries between price areas. When you create a position, you choose a lower tick and an upper tick to define the edges of your LP tokens range. Your capital sits between these two boundaries and earns fees from all trades that pass through your range.

Active liquidity

Your position is only "active" when the current market price is within the range you selected. While the price stays inside your range, you earn a share of trading fees from the pool. If the price moves up or down and crosses your chosen tick boundaries, your position becomes inactive. You stop earning fees until the price returns, or until you manually adjust your range.

Capital efficiency

The central benefit of CLMMs is capital efficiency. Because you aren't spreading capital across distant price levels, you can earn a similar amount of fees with less total capital compared to a standard AMM. A provider in a tightly concentrated range may earn the same daily fees with $1,000 as a provider in a standard pool earns with $5,000, simply because the concentrated capital is being used by more trades.

The Risks of CLMMs

CLMMs can offer better fee income than standard AMMs, but they require more active involvement and carry specific risks.

Going out of range

If the price exits your chosen interval, your position effectively converts fully into one of the two assets in the pair. At this point, you hold only one token and earn no fees. You need to either wait for the price to return or close and reopen your position with a new range.

Amplified impermanent loss

Because your liquidity is concentrated, impermanent loss can be amplified compared to standard AMMs. If the market moves sharply against your position, the value of your holdings may decline faster than in a traditional pool. This is especially relevant during volatile market conditions.

Active management required

Standard AMM pools are relatively hands-off. CLMMs are not. You need to select a price range, monitor market movements, and rebalance your position when necessary. Some users employ active management strategies, adjusting ranges frequently based on price action. Others use automated CLMM management tools that rebalance positions on their behalf.

Uniswap V4 and the Next Generation of CLMMs

Uniswap V4, which launched in early 2025, pushed the CLMM model further. V4 introduced "hooks," which are pieces of custom code that developers can attach to a pool to modify its behavior. Hooks can enable features like dynamic fee adjustment, on-chain limit orders, or custom oracles built directly into the pool logic.

This development has expanded what is possible with concentrated liquidity. Pools are no longer fixed in their mechanics. Developers can build highly specialized market structures on top of the same core CLMM framework. This has contributed to continued growth in DeFi liquidity depth and the range of trading tools available to users.

FAQ

What is the difference between a CLMM and a standard AMM?

A standard AMM spreads a provider's capital across all price levels from zero to infinity, making most of it inactive at any given time. A CLMM lets providers choose a specific price range to supply liquidity in. This makes the capital more efficient, but requires active management to stay effective.

Can I lose money providing liquidity in a CLMM?

Yes. Liquidity providers in CLMMs are exposed to impermanent loss, which can be greater than in standard AMMs due to the concentrated nature of positions. If the market price moves outside your range, you hold only one asset and earn no fees. Fees earned may offset these losses over time, but this is not guaranteed.

What happens when my position goes out of range?

When the market price exits your chosen range, your position becomes entirely composed of one of the two tokens in the pair. You stop earning trading fees. You can either wait for the price to re-enter your range, or you can close your position and create a new one centered around the current price.

What is a tick in a CLMM?

A tick is one of the discrete price steps that CLMMs use to divide the price spectrum. Ticks function as the boundaries of a liquidity position. When you create a position, you select a lower tick and an upper tick. Your capital earns fees from all trades that occur between these two boundaries.

Where can I use a CLMM?

CLMMs are available on several decentralized exchange (DEX) protocols. Uniswap V3 and V4 are among the most widely used. Other protocols on various blockchains have adopted the same model. Always research the specific protocol, its fees, and associated risks before providing liquidity.

Closing Thoughts

Concentrated Liquidity Market Makers have made DeFi markets significantly more capital-efficient. They allow traders to access tighter spreads and deeper liquidity, while providers can earn higher fees on the same amount of capital.

That said, CLMMs transform liquidity provision from a passive activity into an active one. Managing price ranges, monitoring positions, and understanding impermanent loss are all part of the experience.

If you're new to DeFi, consider starting with standard AMM pools to get familiar with how liquidity provision works before moving to CLMMs.

Further Reading

What Is Yield Farming in Decentralized Finance (DeFi)?

What Is Uniswap V4?

Impermanent Loss Explained

What Is an Automated Market Maker (AMM)?

Staking vs. Yield Farming: Which One Is Better?

Disclaimer: This content is presented to you on an "as is" basis for general information and or educational purposes only, without representation or warranty of any kind. It should not be construed as financial, legal or other professional advice, nor is it intended to recommend the purchase of any specific product or service. You should seek your own advice from appropriate professional advisors. Where the content is contributed by a third party contributor, please note that those views expressed belong to the third party contributor, and do not necessarily reflect those of Binance Academy. Digital asset prices can be volatile. The value of your investment may go down or up and you may not get back the amount invested. You are solely responsible for your investment decisions and Binance Academy is not liable for any losses you may incur. For more information, see our Terms of Use, Risk Warning, and Binance Academy Terms.

أهم النقاط الرئيسية

يُعد اقتراح تحسين إيثريوم (EIP) وثيقة رسمية تُستخدم لاقتراح ميزات جديدة أو تغييرات على شبكة الإيثريوم.

تُعد EIPs الآلية الأساسية لحوكمة المجتمع وترقيات البروتوكول في النظام البيئي اللامركزي لإيثريوم.

تُقسم EIPs إلى أنواع: تؤثر EIPs الأساسية في البروتوكول الأساسي، بينما تحدد ERCs معايير طبقة التطبيقات مثل تنسيقات الرموز.

أدت ترقيات كبرى مثل EIP-1559 (إصلاح الرسوم) وEIP-7702 (تجريد الحساب في Pectra) إلى تغيير طريقة عمل الإيثريوم بالنسبة لملايين المستخدمين.

أهم النقاط الرئيسية

يُعد اقتراح تحسين إيثريوم (EIP) وثيقة رسمية تُستخدم لاقتراح ميزات جديدة أو تغييرات على شبكة الإيثريوم.

تُعد EIPs الآلية الأساسية لحوكمة المجتمع وترقيات البروتوكول في النظام البيئي اللامركزي لإيثريوم.

تُقسم EIPs إلى أنواع: تؤثر EIPs الأساسية في البروتوكول الأساسي، بينما تحدد ERCs معايير طبقة التطبيقات مثل تنسيقات الرموز.

أدت ترقيات كبرى مثل EIP-1559 (إصلاح الرسوم) وEIP-7702 (تجريد الحساب في Pectra) إلى تغيير طريقة عمل الإيثريوم بالنسبة لملايين المستخدمين.

النقاط الرئيسية

تقوم كايت بتطوير منصة بلوكتشين للمدفوعات الوكيلة، مما يمكّن وكلاء الذكاء الاصطناعي المستقلين من إجراء معاملات مع هوية قابلة للتحقق وحوكمة قابلة للبرمجة.

شبكة كايت بلوكتشين هي شبكة متوافقة مع EVM من الطبقة 1 مصممة للمعاملات الفورية والتنسيق بين وكلاء الذكاء الاصطناعي.

تتضمن المنصة نظام هوية ثلاثي الطبقات يفصل بين المستخدمين والوكلاء والجلسات لتعزيز الأمان والتحكم.

KITE هو الرمز الأصلي للشبكة. يبدأ استخدام الرمز في مرحلتين، بدءًا من المشاركة في النظام البيئي والحوافز، ثم إضافة وظائف الرهان والحوكمة والرسوم.

النقاط الرئيسية

تقوم كايت بتطوير منصة بلوكتشين للمدفوعات الوكيلة، مما يمكّن وكلاء الذكاء الاصطناعي المستقلين من إجراء معاملات مع هوية قابلة للتحقق وحوكمة قابلة للبرمجة.

شبكة كايت بلوكتشين هي شبكة متوافقة مع EVM من الطبقة 1 مصممة للمعاملات الفورية والتنسيق بين وكلاء الذكاء الاصطناعي.

تتضمن المنصة نظام هوية ثلاثي الطبقات يفصل بين المستخدمين والوكلاء والجلسات لتعزيز الأمان والتحكم.

KITE هو الرمز الأصلي للشبكة. يبدأ استخدام الرمز في مرحلتين، بدءًا من المشاركة في النظام البيئي والحوافز، ثم إضافة وظائف الرهان والحوكمة والرسوم.

النقاط الرئيسية

القصة (IP) هي منصة بلوكتشين مصممة خصيصًا لبناء شبكة ملكية فكرية (IP) من نظير إلى نظير.

يوفر دفتر أستاذ عالمي لتسجيل وتبادل وتحقيق الدخل من المعرفة والأصول الإبداعية دون الاعتماد على وسطاء مركزيين.

تتميز القصة بهيكلية متعددة النوى، بما في ذلك نوى تنفيذ متخصصة تتعامل مع الملكية الفكرية كفئة أصول أصلية.

تمكن المنصة أسواق الملكية الفكرية القابلة للبرمجة وتدعم دمج الذكاء الاصطناعي (AI) من خلال العمل كطبقة تسوية للمعاملات المتعلقة بالذكاء الاصطناعي التي تتضمن الملكية الفكرية.

النقاط الرئيسية

القصة (IP) هي منصة بلوكتشين مصممة خصيصًا لبناء شبكة ملكية فكرية (IP) من نظير إلى نظير.

يوفر دفتر أستاذ عالمي لتسجيل وتبادل وتحقيق الدخل من المعرفة والأصول الإبداعية دون الاعتماد على وسطاء مركزيين.

تتميز القصة بهيكلية متعددة النوى، بما في ذلك نوى تنفيذ متخصصة تتعامل مع الملكية الفكرية كفئة أصول أصلية.

تمكن المنصة أسواق الملكية الفكرية القابلة للبرمجة وتدعم دمج الذكاء الاصطناعي (AI) من خلال العمل كطبقة تسوية للمعاملات المتعلقة بالذكاء الاصطناعي التي تتضمن الملكية الفكرية.