Mdgmal

Galvenie secinājumi

Rehypothecation notiek, kad aizdevējs izmanto nodrošinājumu, ko solījuši tā lietotāji, lai nodrošinātu savus aizdevumus vai gūtu ieguvumus ar trešām pusēm.

Kamēr tas palielina likviditāti un ļauj platformām piedāvāt augstas procentu likmes, tas arī rada sarežģītu finanšu atkarības ķēdi.

Galvenais rehypothecation risks rodas, kad trešā puse aizņēmējs neizpilda saistības, izraisot primārā aizdevēja maksātnespēju un atstājot noguldītājus nespējīgus izņemt savus līdzekļus.

Investori var mazināt riskus, izmantojot pašu glabāšanu. Tāpat ir svarīgi saprast pakalpojumu noteikumus un atpazīt apmaiņu starp augstu ienesīgumu un drošību.

Galvenie secinājumi

CLMMs ļauj likviditātes nodrošinātājiem iestatīt konkrētus cenu intervālus saviem aktīviem, nevis izplatīt tos visās iespējamās cenās.

Šis modelis var piedāvāt labāku efektivitāti, koncentrējot līdzekļus vietās, kur tirdzniecība patiešām notiek, tas nozīmē, ka nodrošinātāji var nopelnīt vairāk maksu ar to pašu kapitāla apjomu.

Atšķirībā no tradicionālajiem modeļiem, CLMMs prasa lietotājiem biežāk sekot tirgum. Ja cena iznāk no pielāgotā intervāla, viņi pārtrauc pelnīt maksu.

Kamēr potenciālie ienākumi ir augstāki, nepastāvīgās zaudējumu risks var būt arī lielāks, ja tirgus strauji pārvietojas pret jūsu pozīciju.

Galvenie secinājumi

CLMMs ļauj likviditātes nodrošinātājiem iestatīt konkrētus cenu intervālus saviem aktīviem, nevis izplatīt tos visās iespējamās cenās.

Šis modelis var piedāvāt labāku efektivitāti, koncentrējot līdzekļus vietās, kur tirdzniecība patiešām notiek, tas nozīmē, ka nodrošinātāji var nopelnīt vairāk maksu ar to pašu kapitāla apjomu.

Atšķirībā no tradicionālajiem modeļiem, CLMMs prasa lietotājiem biežāk sekot tirgum. Ja cena iznāk no pielāgotā intervāla, viņi pārtrauc pelnīt maksu.

Kamēr potenciālie ienākumi ir augstāki, nepastāvīgās zaudējumu risks var būt arī lielāks, ja tirgus strauji pārvietojas pret jūsu pozīciju.

Galvenie secinājumi

Ethereum uzlabošanas priekšlikums (EIP) ir oficiāls dokuments, kas izmantots, lai ieteiktu jaunas funkcijas vai izmaiņas Ethereum tīklā.

EIP ir galvenais mehānisms kopienas pārvaldībai un protokola uzlabošanai Ethereum decentralizētajā ekosistēmā.

Vitaliks Buterins un citi galvenie izstrādātāji pārskata šos priekšlikumus, lai vadītu protokola attīstību.

Pieredzējuši izstrādātāji, tostarp dibinātājs Vitaliks Buterins, pārskata šos dokumentus, lai pārliecinātos, ka tīkls turpina attīstīties droši un efektīvi.

Galvenie secinājumi

Ethereum uzlabošanas priekšlikums (EIP) ir oficiāls dokuments, kas izmantots, lai ieteiktu jaunas funkcijas vai izmaiņas Ethereum tīklā.

EIP ir galvenais mehānisms kopienas pārvaldībai un protokola uzlabošanai Ethereum decentralizētajā ekosistēmā.

Vitaliks Buterins un citi galvenie izstrādātāji pārskata šos priekšlikumus, lai vadītu protokola attīstību.

Pieredzējuši izstrādātāji, tostarp dibinātājs Vitaliks Buterins, pārskata šos dokumentus, lai pārliecinātos, ka tīkls turpina attīstīties droši un efektīvi.

Galvenie secinājumi

Kite izstrādā blokķēdes platformu aģentiskajiem maksājumiem, ļaujot autonomiem AI aģentiem veikt darījumus ar verificējamu identitāti un programmējamu pārvaldību.

Kite blockchain ir EVM saderīga Layer 1 tīkls, kas izveidots reāllaika darījumiem un koordinācijai starp AI aģentiem.

Platforma piedāvā trīs līmeņu identitātes sistēmu, kas atdala lietotājus, aģentus un sesijas, lai uzlabotu drošību un kontroli.

KITE ir tīkla vietējā valūta. Tokena lietderība sākas divās fāzēs, sākot ar ekosistēmas dalību un stimuliem, un vēlāk pievienojot stakēšanu, pārvaldību un maksājumu funkcijas.

Galvenie secinājumi

Kite izstrādā blokķēdes platformu aģentiskajiem maksājumiem, ļaujot autonomiem AI aģentiem veikt darījumus ar verificējamu identitāti un programmējamu pārvaldību.

Kite blockchain ir EVM saderīga Layer 1 tīkls, kas izveidots reāllaika darījumiem un koordinācijai starp AI aģentiem.

Platforma piedāvā trīs līmeņu identitātes sistēmu, kas atdala lietotājus, aģentus un sesijas, lai uzlabotu drošību un kontroli.

KITE ir tīkla vietējā valūta. Tokena lietderība sākas divās fāzēs, sākot ar ekosistēmas dalību un stimuliem, un vēlāk pievienojot stakēšanu, pārvaldību un maksājumu funkcijas.

Galvenie secinājumi

Story (IP) ir blokķēdes platforma, kas īpaši izstrādāta, lai izveidotu tiešu intelektuālā īpašuma (IP) tīklu.

Tas nodrošina universālu grāmatojumu reģistrēšanai, apmaiņai un monetizēšanai zināšanu un radošo aktīvu bez nepieciešamības paļauties uz centralizētiem starpniekiem.

Story funkcijas daudzkodolu arhitektūra, tostarp specializēti izpildes kodoli, kas apstrādā intelektuālā īpašuma kā pamataktīvu klasi.

Platforma ļauj programmējamiem IP tirgiem un atbalsta mākslīgā intelekta (AI) integrāciju, rīkojoties kā norēķinu slānis AI darījumiem, kuros iesaistīts intelektuālais īpašums.

Galvenie secinājumi

Story (IP) ir blokķēdes platforma, kas īpaši izstrādāta, lai izveidotu tiešu intelektuālā īpašuma (IP) tīklu.

Tas nodrošina universālu grāmatojumu reģistrēšanai, apmaiņai un monetizēšanai zināšanu un radošo aktīvu bez nepieciešamības paļauties uz centralizētiem starpniekiem.

Story funkcijas daudzkodolu arhitektūra, tostarp specializēti izpildes kodoli, kas apstrādā intelektuālā īpašuma kā pamataktīvu klasi.

Platforma ļauj programmējamiem IP tirgiem un atbalsta mākslīgā intelekta (AI) integrāciju, rīkojoties kā norēķinu slānis AI darījumiem, kuros iesaistīts intelektuālais īpašums.

Key Takeaways

Bittensor is a decentralized Layer 1 blockchain that organizes AI and computing resources into incentive-driven marketplaces called subnets, rewarding contributors with its native token, TAO.

The dTAO upgrade, deployed in February 2025, replaced centralized emission control with a market-driven model in which each subnet operates its own AMM pool and issues subnet-specific alpha tokens.

TAO has a hard cap of 21 million tokens, mirrors Bitcoin's supply schedule, and completed its first halving in December 2025, reducing daily issuance from approximately 7,200 to 3,600 TAO.

Introduction

The development of artificial intelligence has historically been concentrated in a small number of large technology companies, raising concerns about centralized control over critical infrastructure. By combining blockchain-based incentives with specialized computational marketplaces, Bittensor aims to enable open participation in the development and provisioning of AI resources.

What Is Bittensor?

Bittensor is a decentralized computing platform that creates interconnected digital commodity markets for AI-related resources. The network is organized into subnets, each functioning as an independent marketplace for a specific type of AI or computational task. These tasks range from text generation and machine learning model pretraining to financial prediction, code generation, and decentralized compute provision.

Unlike standard blockchains that perform all validation on-chain, Bittensor separates transaction recording from validation computations. Validation of AI outputs is handled off-chain through the Yuma Consensus mechanism, with only the agreed results recorded on-chain. This architecture allows the network to support computationally intensive workloads that would be impractical to run directly on a blockchain.

In this sense, Bittensor shares characteristics with decentralized physical infrastructure networks (DePIN), which use token incentives to build and maintain real-world resource networks without centralized operators.

Core Components of the Bittensor Platform

Subnets: incentive-based AI marketplaces

Each subnet operates as a specialized community producing a distinct type of AI commodity. Subnets consist of miners, who contribute the computational resources or AI outputs, and validators, who assess the quality of those contributions against subnet-specific criteria. By late 2025, the network had over 100 active subnets, covering categories such as AI inference, large language model pretraining, proprietary trading signals, decentralized storage, and compute markets.

Yuma Consensus

Yuma Consensus is Bittensor's mechanism for reaching agreement on the quality and validity of subnet outputs. Because AI outputs are often probabilistic rather than deterministic, standard blockchain consensus algorithms are not well suited to evaluating them. Yuma Consensus addresses this by performing validation off-chain and recording only the agreed results on the blockchain, allowing validators to assess complex, subjective AI outputs efficiently and at scale.

The Bittensor blockchain and TAO token

The Bittensor blockchain functions as the system of record for token balances, transactions, and staking activity. TAO, the network's native token, incentivizes participation by rewarding miners and validators based on their performance within subnets. Token holders can also stake TAO to validators or, under the dTAO model, directly into subnet pools.

Bittensor SDK

Bittensor provides an open-source Software Development Kit (SDK) with tools, documentation, and tutorials. The SDK enables miners, validators, and developers to interact with subnets and the blockchain, lowering the technical barrier for new contributors to join the network.

Dynamic TAO (dTAO)

On February 13, 2025, Bittensor deployed the dTAO upgrade, the most significant architectural change since the network's launch. Before dTAO, a set of 64 validators on the root subnet (Subnet 0) controlled how emissions were distributed across all subnets, creating a centralized point of influence in an otherwise decentralized system. The dTAO upgrade replaced this with a fully market-driven model.

Alpha tokens and subnet AMMs

Under dTAO, each subnet operates its own automated market maker (AMM) liquidity pool that pairs TAO with a subnet-specific alpha token. To participate in a subnet's reward flows, holders stake TAO into that subnet's pool and receive alpha tokens in return. The price of a subnet's alpha token reflects market demand: subnets that attract more participants and deliver more useful outputs tend to see their alpha token price rise, while underperforming subnets see it fall.

Market-driven emission distribution

Each block, the protocol evaluates alpha token prices across all active subnets and allocates newly minted TAO proportionally. Subnets with higher alpha token prices receive a larger share of TAO rewards. This creates a feedback loop where demonstrated utility drives continued reward allocation, and subnets that fail to attract demand receive progressively fewer emissions. The process works as follows:

1.

TAO holder stakes TAO into a subnet's AMM pool

2.

The pool issues subnet-specific alpha tokens in return

3.

The protocol reads alpha token prices each block across all subnets

4.

Subnets with higher alpha prices receive a larger share of newly minted TAO

5.

Miners and validators in high-demand subnets earn more TAO rewards

This model replaced the fixed, committee-determined emissions schedule with a dynamic, demand-responsive one. It also means that TAO holders effectively vote for the subnets they believe deliver the most value by allocating capital into those pools.

TAO Tokenomics and Supply

TAO's tokenomics are modelled closely on Bitcoin's supply design. The token has a hard cap of 21 million, with issuance distributed through a halving schedule rather than a fixed emission rate.

Parameter

Value

Total supply cap

21,000,000 TAO (identical to Bitcoin)

Circulating supply (late 2025)

Approx. 10.8 million TAO

Pre-halving daily issuance

Approx. 7,200 TAO 

Post-halving daily issuance

Approx. 3,600 TAO (from Dec 14-15, 2025)

Next halving trigger

At 15.75 million total TAO issued

Next halving emission rate

Approx. 1,800 TAO per day

Bittensor completed its first halving on December 14-15, 2025, reducing daily issuance from approximately 7,200 TAO to 3,600 TAO. The next halving triggers when total issued supply reaches 15.75 million TAO. As with Bitcoin's model, each halving reduces the rate at which new tokens enter circulation, progressively extending the time required to approach the supply cap.

A significant portion of the currently circulating supply, approximately 10.8 million TAO, is staked across the network's subnets, which affects the liquid supply available on exchanges at any given time.

Who Participates in Bittensor?

Developers

Developers can build and deploy AI-related incentive mechanisms on Bittensor without creating a new blockchain. The subnet model allows teams to design commodity markets for compute, storage, data, or AI intelligence within the existing TAO token economy, using the Bittensor SDK.

Businesses and enterprises

Businesses can access AI and computing resources through Bittensor's decentralized marketplace without relying on centralized providers. The subnet architecture consolidates multiple AI infrastructure functions under a single token system.

Miners and validators

Miners contribute compute or AI outputs to their chosen subnets and earn TAO rewards based on the quality of their work as assessed by validators. Validators assess miner outputs using Yuma Consensus and earn TAO proportional to their stake and performance. Under dTAO, both groups operate within subnet-specific alpha token economies.

Token holders

TAO holders can stake tokens into subnet pools under the dTAO model, receiving alpha tokens in return. This gives holders both economic participation in subnet reward flows and indirect influence over which subnets receive the most TAO emissions, since demand for a subnet's alpha token affects its emission share.

Bittensor vs. Other AI Blockchain Projects

Bittensor differentiates itself through its subnet architecture, which creates separate specialized marketplaces for different AI tasks rather than a single general-purpose AI layer. The dTAO upgrade adds a market-driven emission model where demonstrated subnet utility directly influences reward allocation. Its Bitcoin-modelled supply cap and halving schedule also distinguish it from most other AI-focused tokens, which typically do not use a fixed supply with halvings.

Closing Thoughts 

Bittensor represents a distinct approach to the intersection of artificial intelligence and blockchain, one that prioritises open participation and market-driven coordination over centralised control. Where most AI development concentrates resources within a small number of vertically integrated organisations, Bittensor creates a public infrastructure layer where contributors can build, validate, and monetise AI capabilities within an open token economy. 

Further Reading

Top Artificial Intelligence (AI) Cryptocurrencies

What Is DePIN in Crypto?

What Is Staking?

What Is Internet Computer (ICP)?

What Is NEAR Protocol (NEAR)?

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

Bittensor is a decentralized Layer 1 blockchain that organizes AI and computing resources into incentive-driven marketplaces called subnets, rewarding contributors with its native token, TAO.

The dTAO upgrade, deployed in February 2025, replaced centralized emission control with a market-driven model in which each subnet operates its own AMM pool and issues subnet-specific alpha tokens.

TAO has a hard cap of 21 million tokens, mirrors Bitcoin's supply schedule, and completed its first halving in December 2025, reducing daily issuance from approximately 7,200 to 3,600 TAO.

Introduction

The development of artificial intelligence has historically been concentrated in a small number of large technology companies, raising concerns about centralized control over critical infrastructure. By combining blockchain-based incentives with specialized computational marketplaces, Bittensor aims to enable open participation in the development and provisioning of AI resources.

What Is Bittensor?

Bittensor is a decentralized computing platform that creates interconnected digital commodity markets for AI-related resources. The network is organized into subnets, each functioning as an independent marketplace for a specific type of AI or computational task. These tasks range from text generation and machine learning model pretraining to financial prediction, code generation, and decentralized compute provision.

Unlike standard blockchains that perform all validation on-chain, Bittensor separates transaction recording from validation computations. Validation of AI outputs is handled off-chain through the Yuma Consensus mechanism, with only the agreed results recorded on-chain. This architecture allows the network to support computationally intensive workloads that would be impractical to run directly on a blockchain.

In this sense, Bittensor shares characteristics with decentralized physical infrastructure networks (DePIN), which use token incentives to build and maintain real-world resource networks without centralized operators.

Core Components of the Bittensor Platform

Subnets: incentive-based AI marketplaces

Each subnet operates as a specialized community producing a distinct type of AI commodity. Subnets consist of miners, who contribute the computational resources or AI outputs, and validators, who assess the quality of those contributions against subnet-specific criteria. By late 2025, the network had over 100 active subnets, covering categories such as AI inference, large language model pretraining, proprietary trading signals, decentralized storage, and compute markets.

Yuma Consensus

Yuma Consensus is Bittensor's mechanism for reaching agreement on the quality and validity of subnet outputs. Because AI outputs are often probabilistic rather than deterministic, standard blockchain consensus algorithms are not well suited to evaluating them. Yuma Consensus addresses this by performing validation off-chain and recording only the agreed results on the blockchain, allowing validators to assess complex, subjective AI outputs efficiently and at scale.

The Bittensor blockchain and TAO token

The Bittensor blockchain functions as the system of record for token balances, transactions, and staking activity. TAO, the network's native token, incentivizes participation by rewarding miners and validators based on their performance within subnets. Token holders can also stake TAO to validators or, under the dTAO model, directly into subnet pools.

Bittensor SDK

Bittensor provides an open-source Software Development Kit (SDK) with tools, documentation, and tutorials. The SDK enables miners, validators, and developers to interact with subnets and the blockchain, lowering the technical barrier for new contributors to join the network.

Dynamic TAO (dTAO)

On February 13, 2025, Bittensor deployed the dTAO upgrade, the most significant architectural change since the network's launch. Before dTAO, a set of 64 validators on the root subnet (Subnet 0) controlled how emissions were distributed across all subnets, creating a centralized point of influence in an otherwise decentralized system. The dTAO upgrade replaced this with a fully market-driven model.

Alpha tokens and subnet AMMs

Under dTAO, each subnet operates its own automated market maker (AMM) liquidity pool that pairs TAO with a subnet-specific alpha token. To participate in a subnet's reward flows, holders stake TAO into that subnet's pool and receive alpha tokens in return. The price of a subnet's alpha token reflects market demand: subnets that attract more participants and deliver more useful outputs tend to see their alpha token price rise, while underperforming subnets see it fall.

Market-driven emission distribution

Each block, the protocol evaluates alpha token prices across all active subnets and allocates newly minted TAO proportionally. Subnets with higher alpha token prices receive a larger share of TAO rewards. This creates a feedback loop where demonstrated utility drives continued reward allocation, and subnets that fail to attract demand receive progressively fewer emissions. The process works as follows:

1.

TAO holder stakes TAO into a subnet's AMM pool

2.

The pool issues subnet-specific alpha tokens in return

3.

The protocol reads alpha token prices each block across all subnets

4.

Subnets with higher alpha prices receive a larger share of newly minted TAO

5.

Miners and validators in high-demand subnets earn more TAO rewards

This model replaced the fixed, committee-determined emissions schedule with a dynamic, demand-responsive one. It also means that TAO holders effectively vote for the subnets they believe deliver the most value by allocating capital into those pools.

TAO Tokenomics and Supply

TAO's tokenomics are modelled closely on Bitcoin's supply design. The token has a hard cap of 21 million, with issuance distributed through a halving schedule rather than a fixed emission rate.

Parameter

Value

Total supply cap

21,000,000 TAO (identical to Bitcoin)

Circulating supply (late 2025)

Approx. 10.8 million TAO

Pre-halving daily issuance

Approx. 7,200 TAO 

Post-halving daily issuance

Approx. 3,600 TAO (from Dec 14-15, 2025)

Next halving trigger

At 15.75 million total TAO issued

Next halving emission rate

Approx. 1,800 TAO per day

Bittensor completed its first halving on December 14-15, 2025, reducing daily issuance from approximately 7,200 TAO to 3,600 TAO. The next halving triggers when total issued supply reaches 15.75 million TAO. As with Bitcoin's model, each halving reduces the rate at which new tokens enter circulation, progressively extending the time required to approach the supply cap.

A significant portion of the currently circulating supply, approximately 10.8 million TAO, is staked across the network's subnets, which affects the liquid supply available on exchanges at any given time.

Who Participates in Bittensor?

Developers

Developers can build and deploy AI-related incentive mechanisms on Bittensor without creating a new blockchain. The subnet model allows teams to design commodity markets for compute, storage, data, or AI intelligence within the existing TAO token economy, using the Bittensor SDK.

Businesses and enterprises

Businesses can access AI and computing resources through Bittensor's decentralized marketplace without relying on centralized providers. The subnet architecture consolidates multiple AI infrastructure functions under a single token system.

Miners and validators

Miners contribute compute or AI outputs to their chosen subnets and earn TAO rewards based on the quality of their work as assessed by validators. Validators assess miner outputs using Yuma Consensus and earn TAO proportional to their stake and performance. Under dTAO, both groups operate within subnet-specific alpha token economies.

Token holders

TAO holders can stake tokens into subnet pools under the dTAO model, receiving alpha tokens in return. This gives holders both economic participation in subnet reward flows and indirect influence over which subnets receive the most TAO emissions, since demand for a subnet's alpha token affects its emission share.

Bittensor vs. Other AI Blockchain Projects

Bittensor differentiates itself through its subnet architecture, which creates separate specialized marketplaces for different AI tasks rather than a single general-purpose AI layer. The dTAO upgrade adds a market-driven emission model where demonstrated subnet utility directly influences reward allocation. Its Bitcoin-modelled supply cap and halving schedule also distinguish it from most other AI-focused tokens, which typically do not use a fixed supply with halvings.

Closing Thoughts 

Bittensor represents a distinct approach to the intersection of artificial intelligence and blockchain, one that prioritises open participation and market-driven coordination over centralised control. Where most AI development concentrates resources within a small number of vertically integrated organisations, Bittensor creates a public infrastructure layer where contributors can build, validate, and monetise AI capabilities within an open token economy. 

Further Reading

Top Artificial Intelligence (AI) Cryptocurrencies

What Is DePIN in Crypto?

What Is Staking?

What Is Internet Computer (ICP)?

What Is NEAR Protocol (NEAR)?

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.

Galvenie secinājumi

Enso ir decentralizēts 1. līmeņa tīkls, kas izstrādāts, lai vienkāršotu, kā izstrādātāji mijiedarbojas ar viedajiem līgumiem dažādās blokķēdēs un rolapās.

Protokols izmanto Tendermint konsensu un darbojas kā koordinācijas slānis, kas apkopo izpildāmu bajtkodu viedajiem līgumiem dažādās ķēdēs.

Tīklus raksturo četri dalībnieku lomas: Patērētāji, Darbību nodrošinātāji, Grafi un Verificētāji.

Enso ievieš kopīgu tīkla stāvokli, kur viedā līguma abstrakcijas, ko sauc par Darbībām, tiek ieguldītas izstrādātāju un apvienotas ar Grafiem, lai radītu izpildāmas risinājumus.

Galvenie secinājumi

Enso ir decentralizēts 1. līmeņa tīkls, kas izstrādāts, lai vienkāršotu, kā izstrādātāji mijiedarbojas ar viedajiem līgumiem dažādās blokķēdēs un rolapās.

Protokols izmanto Tendermint konsensu un darbojas kā koordinācijas slānis, kas apkopo izpildāmu bajtkodu viedajiem līgumiem dažādās ķēdēs.

Tīklus raksturo četri dalībnieku lomas: Patērētāji, Darbību nodrošinātāji, Grafi un Verificētāji.

Enso ievieš kopīgu tīkla stāvokli, kur viedā līguma abstrakcijas, ko sauc par Darbībām, tiek ieguldītas izstrādātāju un apvienotas ar Grafiem, lai radītu izpildāmas risinājumus.

Galvenie secinājumi

Walrus ir decentralizēts krātuves un datu pieejamības protokols, kas izstrādāts blokķēdes lietojumiem un autonomiem aģentiem.

Protokols nodrošina izmaksu efektīvu, kompozītu krātuves slāni lieliem, strukturētiem datiem, piemēram, mediju failiem, AI datu kopām un blokķēdes arhīviem.

Walrus izmanto inovāciju dzēšanas kodēšanas algoritmu, ko sauc par Red Stuff, panākot ātru atjaunošanu ar minimālu replikācijas pārslodzi.

Walrus Sites demonstrē, kā izstrādātāji var mitināt pilnīgi decentralizētas tīmekļa pieredzes tieši uz Sui un Walrus, nepaļaujoties uz centralizētu infrastruktūru.

Galvenie secinājumi

Walrus ir decentralizēts krātuves un datu pieejamības protokols, kas izstrādāts blokķēdes lietojumiem un autonomiem aģentiem.

Protokols nodrošina izmaksu efektīvu, kompozītu krātuves slāni lieliem, strukturētiem datiem, piemēram, mediju failiem, AI datu kopām un blokķēdes arhīviem.

Walrus izmanto inovāciju dzēšanas kodēšanas algoritmu, ko sauc par Red Stuff, panākot ātru atjaunošanu ar minimālu replikācijas pārslodzi.

Walrus Sites demonstrē, kā izstrādātāji var mitināt pilnīgi decentralizētas tīmekļa pieredzes tieši uz Sui un Walrus, nepaļaujoties uz centralizētu infrastruktūru.

Galvenie secinājumi

OpenEden ir platforma, kas tokenizē reālo pasauli aktīvus, galvenokārt ASV Valsts obligācijas, padarot tās pieejamas ķēdē profesionāliem un institucionāliem investoriem.

TBILL tokeni nodrošina tūlītēju ekspozīciju uz īstermiņa Valsts obligācijām, kamēr USDO ir stabilcoin, ko atbalsta tokenizēti aktīvi no vairākiem fondiem.

Platforma koncentrējas uz caurredzamību, atbilstību un profesionālo investoru apkalpošanu drošai un efektīvai kripto aktīvu pārvaldībai.

EDEN ir OpenEden ekosistēmas dzimtā tokena. Tas var sniegt turētājiem piekļuvi īpašiem atlaidēm un kompensācijām, izaugsmes kampaņām, pārvaldībai un staking.