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republicado, gusta. comentar compartir para grandes recompensas para ti
#MarketRebound #StrategyBTCPurchase
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$DUSK $WAL $XPL
republicado, gusta. comentar compartir para grandes recompensas para ti
#MarketRebound #StrategyBTCPurchase
#BinanceHODLerBREV
#BTC100kNext? #solana
$DUSK $WAL $XPL
#Plasma $XPL Plasma (XPL): Los sistemas de blockchain nativos de stablecoin para pagos digitales.
Plasma (XPL) es una nueva blockchain en Capa-1, diseñada para soportar finanzas basadas en stablecoins. En contraste con las redes de propósito general, Plasma está diseñada para integrar transferencias de dólares digitales (USDT y USD) a velocidades rápidas y a bajo costo, razón por la cual es adecuada para pagos, remesas y aplicaciones financieras.
Es completamente compatible con EVM, permitiendo a los desarrolladores implementar los contratos inteligentes de Ethereum sin ningún inconveniente, pero disfrutando de un alto rendimiento y rápida finalización. Plasma también añade transferencias sin tarifas de las stablecoins, lo que hace que la fricción sea menos experimentada por los usuarios comunes y las empresas.
Todos los tokens XPL pueden impulsar el ecosistema mediante staking, seguridad de la red, gobernanza y tarifas de contratos inteligentes. Dado que las stablecoins están ganando cada vez más tracción en el mundo real como una forma de adopción de cripto, Plasma se convertirá en parte de la capa fundamental de finanzas digitales globales, eficientes y escalables.
@Plasma
Plasma (XPL) es una nueva blockchain en Capa-1, diseñada para soportar finanzas basadas en stablecoins. En contraste con las redes de propósito general, Plasma está diseñada para integrar transferencias de dólares digitales (USDT y USD) a velocidades rápidas y a bajo costo, razón por la cual es adecuada para pagos, remesas y aplicaciones financieras.
Es completamente compatible con EVM, permitiendo a los desarrolladores implementar los contratos inteligentes de Ethereum sin ningún inconveniente, pero disfrutando de un alto rendimiento y rápida finalización. Plasma también añade transferencias sin tarifas de las stablecoins, lo que hace que la fricción sea menos experimentada por los usuarios comunes y las empresas.
Todos los tokens XPL pueden impulsar el ecosistema mediante staking, seguridad de la red, gobernanza y tarifas de contratos inteligentes. Dado que las stablecoins están ganando cada vez más tracción en el mundo real como una forma de adopción de cripto, Plasma se convertirá en parte de la capa fundamental de finanzas digitales globales, eficientes y escalables.
@Plasma
Plasma (XPL): Desarrollo de Infraestructura de Finanzas Nativas de Stablecoin
El desarrollo de la tecnología blockchain ha llegado al punto en que la generalización no es tan importante en comparación con la especialización. Las primeras blockchains eran descentralizadas y amigables con la seguridad, mientras que las redes posteriores intentaron tener NFTs, hasta juegos y DeFi, todo en una sola capa. Plasma (XPL) es un siguiente paso en esta cadena de evolución: una blockchain que se construye con un enfoque específico y orientado a objetivos, es decir, está destinada a ser la infraestructura de pagos y aplicaciones financieras más eficiente y escalable en stablecoins.
#vanar $VANRY Vanar Chain A Blockchain with Real Utility, Not Hype.
With the further development of Web3, it became apparent that speculation is not going to help in its mass adoption. It will be based on infrastructure, which functions smoothly, consistently, and at scale. This is the intended purpose of Vanar Chain.
In contrast to most blockchains which have high transaction fees and slow confirmations, Vanar proposes the fixed-fee transaction model, which enables users to send transactions at relatively predictable costs as low as $0.0005, irrespective of network congestion or volatility in the prices of their tokens. This makes Vanar perfect in terms of gaming, entertainment and digital platforms that heavily depend on the use of micro-transactions.
The other strength is performance. Vanar supports the real-time interaction of games, NFT marketplaces, and immersive digital experiences with near-instant transaction finality and high throughput capacity (3-second block time). Users do not have to wait any longer and developers do not have to compromise with user experience.
Vanar can also be EVM compatible, so an existing project technology based on Ethereum can integrate with it with little modification. Fast-established tools, intelligent contracts, and frameworks of development are compatible with one another, making the growth of the ecosystem faster and the cost of entry reducing.
The main unit of the network is the $VANRY token, which will serve as gas, staking, governance, and validator rewards. Vanar focuses on decentralization, sustainability and community engagement with the lack of token distribution and the long-term issuance model.
The need to rely on the real Web3 utility is increasing, and Vanar Chain is establishing itself as a trustworthy base of the future generation of digital worlds high speed, low cost, secure and scalable.
@Vanarchain
With the further development of Web3, it became apparent that speculation is not going to help in its mass adoption. It will be based on infrastructure, which functions smoothly, consistently, and at scale. This is the intended purpose of Vanar Chain.
In contrast to most blockchains which have high transaction fees and slow confirmations, Vanar proposes the fixed-fee transaction model, which enables users to send transactions at relatively predictable costs as low as $0.0005, irrespective of network congestion or volatility in the prices of their tokens. This makes Vanar perfect in terms of gaming, entertainment and digital platforms that heavily depend on the use of micro-transactions.
The other strength is performance. Vanar supports the real-time interaction of games, NFT marketplaces, and immersive digital experiences with near-instant transaction finality and high throughput capacity (3-second block time). Users do not have to wait any longer and developers do not have to compromise with user experience.
Vanar can also be EVM compatible, so an existing project technology based on Ethereum can integrate with it with little modification. Fast-established tools, intelligent contracts, and frameworks of development are compatible with one another, making the growth of the ecosystem faster and the cost of entry reducing.
The main unit of the network is the $VANRY token, which will serve as gas, staking, governance, and validator rewards. Vanar focuses on decentralization, sustainability and community engagement with the lack of token distribution and the long-term issuance model.
The need to rely on the real Web3 utility is increasing, and Vanar Chain is establishing itself as a trustworthy base of the future generation of digital worlds high speed, low cost, secure and scalable.
@Vanarchain
Vanar Chain: Una Cadena de Blockchain Poderosa y Escalable en Juegos y Entretenimiento Digital
En la naturaleza, la velocidad no es la característica de dominancia, sino la estabilidad, la resiliencia y la capacidad de sostener a otras criaturas. La imagen de Vanar es la encarnación precisamente de ese tipo de poder: pacífico, estable y confiable. Vanar Chain, una blockchain de Capa-1 desarrollada para servir a los exigentes requisitos de los ecosistemas de juegos, entretenimiento y Web3 a gran escala, se basa en la misma filosofía.
Con el desarrollo actual en la tecnología blockchain, esto se ha vuelto evidente, con la mayoría de las redes actuales encontrando difícil dejar atrás la primera ola de adoptantes. Web3 aún no ha sido adoptado completamente por los usuarios convencionales debido a altas tarifas de transacción, costos variables y confirmaciones lentas y complejas. Vanar Chain enfrenta todos estos desafíos a un nivel fundamental; proporciona una infraestructura que no se utiliza para especular, sino para usar en la realidad a escala global.
Con el desarrollo actual en la tecnología blockchain, esto se ha vuelto evidente, con la mayoría de las redes actuales encontrando difícil dejar atrás la primera ola de adoptantes. Web3 aún no ha sido adoptado completamente por los usuarios convencionales debido a altas tarifas de transacción, costos variables y confirmaciones lentas y complejas. Vanar Chain enfrenta todos estos desafíos a un nivel fundamental; proporciona una infraestructura que no se utiliza para especular, sino para usar en la realidad a escala global.
#walrus $WAL La confianza en un mundo descentralizado se basa en la capacidad de los datos para sobrevivir. El Protocolo Walrus está diseñado de tal manera que la información de Web3 no se desvanecerá con el tiempo o debido a un mal funcionamiento de la red.
El Protocolo Walrus se inspira en la resistencia natural de la morsa y proporciona un modelo de almacenamiento sólido, que no replica de manera derrochadora. Es inteligente en la distribución de datos a través de la red para prevenir la falta de disponibilidad debido a fallos de nodos o circunstancias impredecibles.
Walrus no está desarrollado para ser perfecto en supuestos, sino en el uso real. Permite el almacenamiento de NFTs que son a largo plazo, datos de rollup y aplicaciones descentralizadas, así como plataformas intensivas en contenido que requieren fiabilidad. La recuperación efectiva y el chequeo robusto aseguran la estabilidad y seguridad de la red a largo plazo.
Dado que Web3 está en camino de una implementación real, la infraestructura duradera será tanto más importante que la velocidad. El Protocolo Walrus no está gritando sobre esa base futura.
@Walrus 🦭/acc
El Protocolo Walrus se inspira en la resistencia natural de la morsa y proporciona un modelo de almacenamiento sólido, que no replica de manera derrochadora. Es inteligente en la distribución de datos a través de la red para prevenir la falta de disponibilidad debido a fallos de nodos o circunstancias impredecibles.
Walrus no está desarrollado para ser perfecto en supuestos, sino en el uso real. Permite el almacenamiento de NFTs que son a largo plazo, datos de rollup y aplicaciones descentralizadas, así como plataformas intensivas en contenido que requieren fiabilidad. La recuperación efectiva y el chequeo robusto aseguran la estabilidad y seguridad de la red a largo plazo.
Dado que Web3 está en camino de una implementación real, la infraestructura duradera será tanto más importante que la velocidad. El Protocolo Walrus no está gritando sobre esa base futura.
@Walrus 🦭/acc
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Walrus Protocol: Poder Sostenible hacia el Próximo Siglo de Datos Descentralizados.
La velocidad o el ruido no son factores de supervivencia en la naturaleza. Se trata de resistencia. La morsa no sobrevive en el entorno más severo de la tierra confiando en su capacidad para reaccionar rápidamente, sino debido a su diseño para sobrevivir. Walrus Protocol es representativo del mundo en evolución de la infraestructura Web3 bajo el mismo principio: fuerte, estable y construido para durar.
Con la tecnología blockchain dejando la especulación, es uno de los desafíos que no se pueden pasar por alto: la permanencia de los datos. Diferentes tipos de contratos inteligentes, NFTs, rollups y aplicaciones descentralizadas requieren tener datos que serán accesibles a lo largo del tiempo. En ausencia de un almacenamiento efectivo, la descentralización es débil. Walrus Protocol está ahí para abordar este problema en su base.
Con la tecnología blockchain dejando la especulación, es uno de los desafíos que no se pueden pasar por alto: la permanencia de los datos. Diferentes tipos de contratos inteligentes, NFTs, rollups y aplicaciones descentralizadas requieren tener datos que serán accesibles a lo largo del tiempo. En ausencia de un almacenamiento efectivo, la descentralización es débil. Walrus Protocol está ahí para abordar este problema en su base.
Dusk Network: Haciendo que la tecnología blockchain cumpla con los requisitos de las finanzas reguladas.
El uso de la tecnología blockchain se ha convertido en mucho más de lo que inicialmente se pretendía utilizar en pagos entre pares y experimentación. Con un aumento en la adopción, el enfoque se está trasladando a la posibilidad de que blockchain pueda respaldar de manera efectiva sistemas financieros controlados. Las finanzas convencionales funcionan bajo un conjunto de reglas estrictas en las áreas de privacidad, cumplimiento y certeza de liquidación, criterios que numerosas blockchains públicas nunca se pretendió que satisfacieran. Dusk Network fue fundada para llenar este vacío y proporciona infraestructura diseñada para apoyar fronteras financieras institucionales y reguladas.
#dusk $DUSK La adopción de blockchain se encuentra en una etapa más madura donde se requieren aplicaciones financieras reales más allá de la transparencia. La privacidad, el cumplimiento y la liquidación confiable son las necesidades de los mercados regulados, que muchas blockchains no tienen. Dusk Network satisfará estas expectativas institucionales.
Dusk facilita la privacidad de las operaciones financieras al apoyar la regulación de las actividades financieras, así como mantener la privacidad a través de la implementación de la responsabilidad integrada en el sistema Dusk. Su finalización de transacciones de alta velocidad y certificable brinda la confianza que las instituciones requieren en lo que respecta a la liquidación y la gestión de riesgos. Las capacidades de transacción fáciles también permiten varios grados de transparencia según la aplicación.
El éxito de los activos tokenizados y las finanzas en la cadena a largo plazo estará determinado por una infraestructura basada en las realidades legales y operativas. Dusk Network es una red que afirma ser una blockchain práctica, consciente de la regulación y orientada al futuro para las finanzas digitales institucionales.
@Dusk
Dusk facilita la privacidad de las operaciones financieras al apoyar la regulación de las actividades financieras, así como mantener la privacidad a través de la implementación de la responsabilidad integrada en el sistema Dusk. Su finalización de transacciones de alta velocidad y certificable brinda la confianza que las instituciones requieren en lo que respecta a la liquidación y la gestión de riesgos. Las capacidades de transacción fáciles también permiten varios grados de transparencia según la aplicación.
El éxito de los activos tokenizados y las finanzas en la cadena a largo plazo estará determinado por una infraestructura basada en las realidades legales y operativas. Dusk Network es una red que afirma ser una blockchain práctica, consciente de la regulación y orientada al futuro para las finanzas digitales institucionales.
@Dusk
Dusk Network: Building blockchain infrastructure in the real world financial markets
The blockchain technology has demonstrated that it can eliminate intermediaries, decrease costs, and enhance transparency. But with the maturity of the industry a dark reality has become apparent: most blockchains are not built to serve regulated financial markets. Where openness and permissionless access can be effective in experimentation and in retail settings, the traditional finance has quite different limitations. The fundamental requirements include privacy, compliance, auditability and certainty of settlement. Dusk Network is designed keeping these facts in mind, as it presents a new blockchain architecture designed with institutional and regulated financial applications in mind.
Dusk is a purpose-built blockchain system, instead of altering existing public blockchains. Its design is driven by the profound knowledge of how financial markets operate, where the information has to be secured, regulations have to be implemented, and transactions have to be finalized with some certainties.
The reasons why the traditional blockchains are not good to institutions.
Cryptocurrencies such as Bitcoin and Ethereum have public blockchains, which value transparency. All transactions are transparent and can be traced and placed in a publicly ledger book that is permanent. Although this gives trustless verification it also causes major issues to the financial institutions. Without running the risk of market manipulation, competitive disadvantage, or rule-breaking, banks, asset managers, and issuers cannot publicize transaction information including trade sizes, counterparties or internal flows that are sensitive.
Privacy blockchains tried to address this issue by concealing all the details of transactions. Although they are useful in privacy of individuals, such systems usually eliminate accountability. Financial institutions cannot exist in the environments when compliance checks and audits, as well as regulatory reporting, are impossible.
This poses one basic paradox transparency versus confidentiality and complete privacy versus compliance. The Dusk Network is developed to address this tradeoff and bring about controlled privacy which is confidential in nature, but can be verified when need be.
Fiduciary Privacy.
The philosophy of privacy that Dusk uses is well-organized. The transactions may be implemented in a covert fashion, which hides the sensitive information to the view of the society. Simultaneously, the network allows selective disclosure when authorized parties have access to the required information provided under a specified set of circumstances.
This is reflective of the old financial systems where the transaction information is not publicly accessible, but rather can be audited by the regulatory bodies, auditors or law enforcement agencies where needed. In the case of tokenized securities, an institution that issues them can prove to be compliant without exposing its full transcription history to external scrutiny.
Dusk allows achieving privacy and at the same time maintains trust and regulatory conformity by directly incorporating this balance into the protocol.
Settlement Certainty and Performance by finance grade.
Risk in financial markets is uncertainty. A number of blockchains are based on probabilistic finality where the security of the transaction increases with time but is not instant. This model will expose settlement risk and operational complexity and is therefore not applicable in professional financial scenarios.
Dusk resolves this issue by having a consensus mechanism that is aimed at giving quick and final deterministic finality. The confirmation of transactions takes only a few seconds and once done it cannot be undone. Such degree of confidence is fundamental in trading, clearing and settlement, where financial and legal liabilities rely on accurate results.
Fast finality also enhances the efficiency of capital. Institutions do not have to wait a long confirmation cycle before redeploying assets and this lowers friction and overhead in operations. This is drawing blockchain settlement nearer to the anticipations of the conventional financial infrastructure.
Flexible Transaction Modelling in the Real World.
Multiple transaction models on the same network is one of the most useful innovations of Dusk. Not every financial activity is transparent and various usage scenarios necessitate varying degrees of transparency.
Dusk embraces an account-based, transparent transaction model that can be applied in situations with the need of openness like open reporting or activities connected with governance. In conjunction with this it provides a privacy-saving transaction model which allows confidential transfers of sensitive financial transactions to take place.
This dual-model structure gives the institutions the option of determining the level of disclosure without leaving the network. It does not force one to choose between transparency and confidentiality, which allows Dusk to be flexible across a broad spectrum of controlled financial uses.
Secrecy of the Smart Contracts of Financial Logic.
The current day finance is based on automation. Smart contracts are used to issue, settle, comply, and manage assets through programmable rules. But in the vast majority of blockchains, smart contracts are completely transparent, showing business logic and sensitive parameters.
Dusk launches confidential smart contract features with a focus on financial applications. These agreements are able to run privately and yet verifiable and safe. This enables institutions to automate complicated financial procedures without exposing proprietary logic or delicate circumstances.
The tokenized securities, regulated lending platforms and institutional financial products that need both automation and confidentiality are some examples of use cases. Dusk is a new approach that allows financial applications to be executed privately on-chain, allowing blockchain to support a much broader range of financial applications.
Construction as a Regulation, Not as a Fight.
One of the markers of Dusk Network is that it is aligned with regulatory realities. Rather than looking at regulation as a constraint, Dusk considers it as a design constraint. Its architecture can be used in compliance, audit needs, and legal controls.
With tokenization and blockchain-based settlement under regulatory investigation by regulators around the world, compliance supporting infrastructure will be trusted by institutions. Dusk gives a structure in which decentralized technology can co-exist alongside regulatory demands, as opposed to trying to circumvent them.
It is this that renders the Dusk more pertinent now with a transition in financial markets to tokenized assets, on-chain settlement, and digital financial instruments.
Conclusion: Next generation Infrastructure to accelerate the pace of blockchain adoption.
Adoption of blockchain is at a new stage, one that is not based on experiments, but actual financial utilization. To achieve a successful transition, this infrastructure has to address the needs of the institutions, regulators and professionals in the market.
Dusk Network offers a compelling service that offers privacy, compliance, and performance as one purpose-built product. Its emphasis on regulated confidentiality, rapid finality of settlements, flexible transaction models, and confidential smart contracts is a good starting point to establish regulated on-chain finance.
With the traditional finance gradually going on-chain, real-world constraints blockchains will spearhead adoption. Dusk Network is a place designed not ideologically, but in a financial reality.@Dusk #dusk $DUSK
Dusk is a purpose-built blockchain system, instead of altering existing public blockchains. Its design is driven by the profound knowledge of how financial markets operate, where the information has to be secured, regulations have to be implemented, and transactions have to be finalized with some certainties.
The reasons why the traditional blockchains are not good to institutions.
Cryptocurrencies such as Bitcoin and Ethereum have public blockchains, which value transparency. All transactions are transparent and can be traced and placed in a publicly ledger book that is permanent. Although this gives trustless verification it also causes major issues to the financial institutions. Without running the risk of market manipulation, competitive disadvantage, or rule-breaking, banks, asset managers, and issuers cannot publicize transaction information including trade sizes, counterparties or internal flows that are sensitive.
Privacy blockchains tried to address this issue by concealing all the details of transactions. Although they are useful in privacy of individuals, such systems usually eliminate accountability. Financial institutions cannot exist in the environments when compliance checks and audits, as well as regulatory reporting, are impossible.
This poses one basic paradox transparency versus confidentiality and complete privacy versus compliance. The Dusk Network is developed to address this tradeoff and bring about controlled privacy which is confidential in nature, but can be verified when need be.
Fiduciary Privacy.
The philosophy of privacy that Dusk uses is well-organized. The transactions may be implemented in a covert fashion, which hides the sensitive information to the view of the society. Simultaneously, the network allows selective disclosure when authorized parties have access to the required information provided under a specified set of circumstances.
This is reflective of the old financial systems where the transaction information is not publicly accessible, but rather can be audited by the regulatory bodies, auditors or law enforcement agencies where needed. In the case of tokenized securities, an institution that issues them can prove to be compliant without exposing its full transcription history to external scrutiny.
Dusk allows achieving privacy and at the same time maintains trust and regulatory conformity by directly incorporating this balance into the protocol.
Settlement Certainty and Performance by finance grade.
Risk in financial markets is uncertainty. A number of blockchains are based on probabilistic finality where the security of the transaction increases with time but is not instant. This model will expose settlement risk and operational complexity and is therefore not applicable in professional financial scenarios.
Dusk resolves this issue by having a consensus mechanism that is aimed at giving quick and final deterministic finality. The confirmation of transactions takes only a few seconds and once done it cannot be undone. Such degree of confidence is fundamental in trading, clearing and settlement, where financial and legal liabilities rely on accurate results.
Fast finality also enhances the efficiency of capital. Institutions do not have to wait a long confirmation cycle before redeploying assets and this lowers friction and overhead in operations. This is drawing blockchain settlement nearer to the anticipations of the conventional financial infrastructure.
Flexible Transaction Modelling in the Real World.
Multiple transaction models on the same network is one of the most useful innovations of Dusk. Not every financial activity is transparent and various usage scenarios necessitate varying degrees of transparency.
Dusk embraces an account-based, transparent transaction model that can be applied in situations with the need of openness like open reporting or activities connected with governance. In conjunction with this it provides a privacy-saving transaction model which allows confidential transfers of sensitive financial transactions to take place.
This dual-model structure gives the institutions the option of determining the level of disclosure without leaving the network. It does not force one to choose between transparency and confidentiality, which allows Dusk to be flexible across a broad spectrum of controlled financial uses.
Secrecy of the Smart Contracts of Financial Logic.
The current day finance is based on automation. Smart contracts are used to issue, settle, comply, and manage assets through programmable rules. But in the vast majority of blockchains, smart contracts are completely transparent, showing business logic and sensitive parameters.
Dusk launches confidential smart contract features with a focus on financial applications. These agreements are able to run privately and yet verifiable and safe. This enables institutions to automate complicated financial procedures without exposing proprietary logic or delicate circumstances.
The tokenized securities, regulated lending platforms and institutional financial products that need both automation and confidentiality are some examples of use cases. Dusk is a new approach that allows financial applications to be executed privately on-chain, allowing blockchain to support a much broader range of financial applications.
Construction as a Regulation, Not as a Fight.
One of the markers of Dusk Network is that it is aligned with regulatory realities. Rather than looking at regulation as a constraint, Dusk considers it as a design constraint. Its architecture can be used in compliance, audit needs, and legal controls.
With tokenization and blockchain-based settlement under regulatory investigation by regulators around the world, compliance supporting infrastructure will be trusted by institutions. Dusk gives a structure in which decentralized technology can co-exist alongside regulatory demands, as opposed to trying to circumvent them.
It is this that renders the Dusk more pertinent now with a transition in financial markets to tokenized assets, on-chain settlement, and digital financial instruments.
Conclusion: Next generation Infrastructure to accelerate the pace of blockchain adoption.
Adoption of blockchain is at a new stage, one that is not based on experiments, but actual financial utilization. To achieve a successful transition, this infrastructure has to address the needs of the institutions, regulators and professionals in the market.
Dusk Network offers a compelling service that offers privacy, compliance, and performance as one purpose-built product. Its emphasis on regulated confidentiality, rapid finality of settlements, flexible transaction models, and confidential smart contracts is a good starting point to establish regulated on-chain finance.
With the traditional finance gradually going on-chain, real-world constraints blockchains will spearhead adoption. Dusk Network is a place designed not ideologically, but in a financial reality.@Dusk #dusk $DUSK
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Dusk Network: Una Infraestructura Blockchain Redefinida para los Mercados Financieros Regulados
Con la madurez de la tecnología blockchain, la tecnología ya no se utiliza como una innovación experimental, sino como una infraestructura financiera subyacente. Las blockchains iniciales demostraron que los sistemas descentralizados podrían operar de manera segura sin la presencia de intermediarios centralizados. Pero nunca tuvieron la intención de cumplir con el propósito de la
demandas operativas y regulatorias de los mercados financieros convencionales. La presencia de problemas como la falta de transparencia total en las transacciones, la insuficiencia de la finalización de liquidaciones y la falta de controles de privacidad suficientes han hecho que la adopción institucional generalizada sea inalcanzable. El objetivo de Dusk Network es establecer una blockchain que sea específica para las finanzas reguladas.
demandas operativas y regulatorias de los mercados financieros convencionales. La presencia de problemas como la falta de transparencia total en las transacciones, la insuficiencia de la finalización de liquidaciones y la falta de controles de privacidad suficientes han hecho que la adopción institucional generalizada sea inalcanzable. El objetivo de Dusk Network es establecer una blockchain que sea específica para las finanzas reguladas.
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#dusk $DUSK Esta tecnología está transformando gradualmente la tecnología blockchain experimental en una infraestructura financiera. Con esta aceleración de este cambio, la debilidad de las blockchains públicas tradicionales se vuelve más evidente. Muchas redes no son adecuadas en entornos financieros regulados debido a la transparencia radical, la lentitud en la finalización de liquidaciones y la falta de controles de privacidad. Las instituciones necesitan sistemas que aseguren información sensible, cumplan con las regulaciones legales y ofrezcan un rendimiento confiable. Es aquí donde Dusk Network puede proporcionar una estrategia diferenciada.
Dusk apunta a mercados financieros regulados específicos, donde la privacidad y el cumplimiento deben coexistir. Dusk también permite transacciones confidenciales pero con verificabilidad y auditabilidad, a diferencia de tener todas las transacciones expuestas públicamente. Esto permite a las instituciones financieras asegurar información propietaria y datos de clientes sin perder confianza ni acceso regulatorio. La privacidad en Dusk está regulada y no es inteligente, como lo son los sistemas financieros reales.
Otra necesidad importante es el rendimiento. Se requiere una liquidación rápida y determinista en los mercados financieros para reducir el riesgo y mejorar la eficiencia del capital. La arquitectura de Dusk ofrece una finalización rápida en las transacciones y es certera al confirmar una transacción. Por eso puede aplicarse a los casos de uso de valores tokenizados, activos digitales regulados y procesos de liquidación en cadena.
Con el cambio continuo de las finanzas hacia la tokenización y la infraestructura basada en blockchain, las plataformas que lo adopten con éxito serán aquellas que cumplan con los requisitos de regulación e instituciones. Dusk Network se presenta como un camino hacia este futuro y un intermediario útil entre la tecnología descentralizada y las realidades de los mercados financieros regulados.
@Dusk
Dusk apunta a mercados financieros regulados específicos, donde la privacidad y el cumplimiento deben coexistir. Dusk también permite transacciones confidenciales pero con verificabilidad y auditabilidad, a diferencia de tener todas las transacciones expuestas públicamente. Esto permite a las instituciones financieras asegurar información propietaria y datos de clientes sin perder confianza ni acceso regulatorio. La privacidad en Dusk está regulada y no es inteligente, como lo son los sistemas financieros reales.
Otra necesidad importante es el rendimiento. Se requiere una liquidación rápida y determinista en los mercados financieros para reducir el riesgo y mejorar la eficiencia del capital. La arquitectura de Dusk ofrece una finalización rápida en las transacciones y es certera al confirmar una transacción. Por eso puede aplicarse a los casos de uso de valores tokenizados, activos digitales regulados y procesos de liquidación en cadena.
Con el cambio continuo de las finanzas hacia la tokenización y la infraestructura basada en blockchain, las plataformas que lo adopten con éxito serán aquellas que cumplan con los requisitos de regulación e instituciones. Dusk Network se presenta como un camino hacia este futuro y un intermediario útil entre la tecnología descentralizada y las realidades de los mercados financieros regulados.
@Dusk
#walrus $WAL Durante la creación de blockchain, los costos bajos y la velocidad eran la norma. Ahora, hay un desafío aún mayor sobre cómo almacenar datos de manera duradera. En ausencia de un almacenamiento seguro, el concepto de descentralización no está completo. Este es el lugar donde el Protocolo Walrus redefine silenciosamente las bases de Web3.
El Protocolo Walrus se inspira en la fuerza, estabilidad y confiabilidad a largo plazo que se encuentra en la morsa, capaz de enfrentar entornos extremos. No necesita replicación completa, que es un método derrochador, sino que emplea una distribución de datos inteligente que asegura que cualquier información esté disponible incluso cuando algunas partes de la red no están operativas. En este método, los gastos se minimizan y se garantizan altas medidas de seguridad.
El Protocolo Walrus está construido en el mundo real. Supone un cambio de nodos, redes aleatorias y acciones hostiles como la norma y no la excepción. También hace que los datos estén disponibles debido a una recuperación efectiva y un chequeo de almacenamiento honesto sin ejercer presión sobre la red.
Walrus proporcionó la capa de información en la que se basa Web3 y apoya medios NFT e información de rollup, plataformas llenas de datos y contenido de aplicaciones descentralizadas. Con la madurez de la tecnología blockchain, el verdadero éxito será determinado por la infraestructura y no por el bombo. El Protocolo Walrus se está convirtiendo en esa infraestructura: robusta, confiable y lista para el largo futuro de la tecnología descentralizada.
@Walrus 🦭/acc
El Protocolo Walrus se inspira en la fuerza, estabilidad y confiabilidad a largo plazo que se encuentra en la morsa, capaz de enfrentar entornos extremos. No necesita replicación completa, que es un método derrochador, sino que emplea una distribución de datos inteligente que asegura que cualquier información esté disponible incluso cuando algunas partes de la red no están operativas. En este método, los gastos se minimizan y se garantizan altas medidas de seguridad.
El Protocolo Walrus está construido en el mundo real. Supone un cambio de nodos, redes aleatorias y acciones hostiles como la norma y no la excepción. También hace que los datos estén disponibles debido a una recuperación efectiva y un chequeo de almacenamiento honesto sin ejercer presión sobre la red.
Walrus proporcionó la capa de información en la que se basa Web3 y apoya medios NFT e información de rollup, plataformas llenas de datos y contenido de aplicaciones descentralizadas. Con la madurez de la tecnología blockchain, el verdadero éxito será determinado por la infraestructura y no por el bombo. El Protocolo Walrus se está convirtiendo en esa infraestructura: robusta, confiable y lista para el largo futuro de la tecnología descentralizada.
@Walrus 🦭/acc
Walrus Protocol: The Unspoken Force that Drives Decentralized Long-term Storage
There is no speed and aggression in the survival of the frozen Arctic. It is about endurance. Walrus, which is huge and placid, lives through the harsh conditions due to steadiness, powerful structure, and patience. Walrus Protocol is an expression of that same silent power in the decentralized world of crypto infrastructure, where it is not hype cycles, but reliability over time.
With the development of Web3, one fact becomes evident: blockchains are not able to support the burden of the contemporary data. Images, videos, application files, NFT metadata and rollup data are increasing exponentially. Even the best blockchain cannot be that robust without the availability of decentralized storage. Walrus Protocol was designed to address this basic issue.
The Real Storage Problem Web3 Has.
Blockchains have been developed to authenticate transactions, rather than storing large datasets. It is costly and inefficient to store big data on-chain. There are off-chain storage solutions, but most of them trade insecurity, decentralization or permanence.
Majority of the decentralized storage networks are based on full replication, i.e. replicating the same data in a number of nodes. Though this enhances availability it wastes resources and is more expensive with increasing network size. With failure or departure of nodes, recovery usually involves the transfer of a huge volume of information within the network.
Walrus Protocol follows another path which is efficiency without compromising on security.
Power in Intelligent Building.
A walrus can live due to the design of his body, which is focused on extreme conditions. The same principle is used in Walrus Protocol via smart architecture.
Rather Indikating the entire copies of data everywhere Walrus splits data into small fragments and pushes them all over the network by organized redundancy. This will guarantee that data may be restored even when a number of storage nodes collapse.
What is achieved is a system that is highly available and consumes less storage and bandwidth. Walrus is not based on extravagance--it is based on plan.
Red Stuff and Self-Healing Storage.
The main feature of the Walrus Protocol is its novel encoding mechanism, which is commonly known as Red Stuff. The method that is applied employs multi-dimensional redundancy whereby data can be recovered seamlessly without having to reconstruct complete files.
On losing some part of data, Walrus restores only the lost data. The effect of this self-healing is that it causes the reduction of network stress and ensures recovery is fast even when node churn is intense.
The choice of design ensures that Walrus is suited to work in the long-term in decentralized settings where change is the constant factor.
Developed on Unpredictable Networks.
Decentralized networks are not predictable or clean. Nodes go offline. Messages arrive late. Antagonistic conduct is never improbable. A large number of protocols silently incorporate an ideal network behavior- but Walrus does not.
Walrus Protocol is created to work safely in asynchronous space. Its validation system makes sure that the data in the storage is indeed stored as it is claimed by the storage providers to avoid dishonest conduct.
This renders Walrus more resistant to typical storage attacks and builds trust on the network.
Economical Recovery, NonDisruptive.
The downside of decentralized storage is that it is usually the recovery. Failure of nodes is known to be costly and slows down performance of some systems as they have to transfer a huge amount of data to recover redundancy.
Walrus does not do this, but allows local recovery. Only fragments that are required are reconstructed and little data is transferred. The network self heals without causing any interference with the users or applications.
This effectiveness grants sustainability of performance over time and foreseeable behavior.
Plugged in for Networks That Grow and Change.
Ecosystems that are decentralized change over time. Nodes spin, storage committees keep on rotating and systems update. Storage protocols that are not designed well fail to cope with such transitions.
A systematic epoch-based solution offered by Walrus enables the opportunity to redistribute responsibilities without breaking the access to data. Reading and writing proceed without interruption as the network continues to develop in the background.
This scalability enables Walrus to be used in production grade Web3 infrastructure.
Applications Which Entail Long-term Trust.
Walrus Protocol is designed to work on data that can withstand years, not weeks. Its architecture has a broad ecosystem of applications to the real world, such as NFT media storage, rollup data availability, social platforms that are decentralized, application frontends and data-intensive platforms.
Trust is destroyed in every one of these instances through data loss. Walrus is the solution that will ensure that this does not happen because it offers a long term storage with verifiability.
Economic Teasers that Support Security.
It is not only the technology that can be used to secure decentralized systems. Walrus Protocol is a mix of cryptography and high economic incentives.
Storage providers have incentives to be honest stakeholders and are rewarded in case of honest behaviour and punished in case of failure. This is a motivational aspect that builds long term commitment and deters malicious practices.
Walrus creates a storage network by combining economics and engineering, which keeps itself safe in the long run.
Walrus Protocol Long-term Vision.
The walrus does not rush. It is living by getting ready to the long winter. The same philosophy is applied to Walrus Protocol.
Decentralized storage is no longer an optional feature when Web3 is approaching maturity. Availability, efficiency, and integrity will be required in applications. Walrus Protocol is establishing itself as a base layer that is responsive to these requirements.
It is not made to get short-term excitement. It is built for endurance. Walrus Protocol is an icon of power, endurance, and trust in the long run in a decentralized future generation of data being the value.
@Walrus 🦭/acc #walrus $WAL
With the development of Web3, one fact becomes evident: blockchains are not able to support the burden of the contemporary data. Images, videos, application files, NFT metadata and rollup data are increasing exponentially. Even the best blockchain cannot be that robust without the availability of decentralized storage. Walrus Protocol was designed to address this basic issue.
The Real Storage Problem Web3 Has.
Blockchains have been developed to authenticate transactions, rather than storing large datasets. It is costly and inefficient to store big data on-chain. There are off-chain storage solutions, but most of them trade insecurity, decentralization or permanence.
Majority of the decentralized storage networks are based on full replication, i.e. replicating the same data in a number of nodes. Though this enhances availability it wastes resources and is more expensive with increasing network size. With failure or departure of nodes, recovery usually involves the transfer of a huge volume of information within the network.
Walrus Protocol follows another path which is efficiency without compromising on security.
Power in Intelligent Building.
A walrus can live due to the design of his body, which is focused on extreme conditions. The same principle is used in Walrus Protocol via smart architecture.
Rather Indikating the entire copies of data everywhere Walrus splits data into small fragments and pushes them all over the network by organized redundancy. This will guarantee that data may be restored even when a number of storage nodes collapse.
What is achieved is a system that is highly available and consumes less storage and bandwidth. Walrus is not based on extravagance--it is based on plan.
Red Stuff and Self-Healing Storage.
The main feature of the Walrus Protocol is its novel encoding mechanism, which is commonly known as Red Stuff. The method that is applied employs multi-dimensional redundancy whereby data can be recovered seamlessly without having to reconstruct complete files.
On losing some part of data, Walrus restores only the lost data. The effect of this self-healing is that it causes the reduction of network stress and ensures recovery is fast even when node churn is intense.
The choice of design ensures that Walrus is suited to work in the long-term in decentralized settings where change is the constant factor.
Developed on Unpredictable Networks.
Decentralized networks are not predictable or clean. Nodes go offline. Messages arrive late. Antagonistic conduct is never improbable. A large number of protocols silently incorporate an ideal network behavior- but Walrus does not.
Walrus Protocol is created to work safely in asynchronous space. Its validation system makes sure that the data in the storage is indeed stored as it is claimed by the storage providers to avoid dishonest conduct.
This renders Walrus more resistant to typical storage attacks and builds trust on the network.
Economical Recovery, NonDisruptive.
The downside of decentralized storage is that it is usually the recovery. Failure of nodes is known to be costly and slows down performance of some systems as they have to transfer a huge amount of data to recover redundancy.
Walrus does not do this, but allows local recovery. Only fragments that are required are reconstructed and little data is transferred. The network self heals without causing any interference with the users or applications.
This effectiveness grants sustainability of performance over time and foreseeable behavior.
Plugged in for Networks That Grow and Change.
Ecosystems that are decentralized change over time. Nodes spin, storage committees keep on rotating and systems update. Storage protocols that are not designed well fail to cope with such transitions.
A systematic epoch-based solution offered by Walrus enables the opportunity to redistribute responsibilities without breaking the access to data. Reading and writing proceed without interruption as the network continues to develop in the background.
This scalability enables Walrus to be used in production grade Web3 infrastructure.
Applications Which Entail Long-term Trust.
Walrus Protocol is designed to work on data that can withstand years, not weeks. Its architecture has a broad ecosystem of applications to the real world, such as NFT media storage, rollup data availability, social platforms that are decentralized, application frontends and data-intensive platforms.
Trust is destroyed in every one of these instances through data loss. Walrus is the solution that will ensure that this does not happen because it offers a long term storage with verifiability.
Economic Teasers that Support Security.
It is not only the technology that can be used to secure decentralized systems. Walrus Protocol is a mix of cryptography and high economic incentives.
Storage providers have incentives to be honest stakeholders and are rewarded in case of honest behaviour and punished in case of failure. This is a motivational aspect that builds long term commitment and deters malicious practices.
Walrus creates a storage network by combining economics and engineering, which keeps itself safe in the long run.
Walrus Protocol Long-term Vision.
The walrus does not rush. It is living by getting ready to the long winter. The same philosophy is applied to Walrus Protocol.
Decentralized storage is no longer an optional feature when Web3 is approaching maturity. Availability, efficiency, and integrity will be required in applications. Walrus Protocol is establishing itself as a base layer that is responsive to these requirements.
It is not made to get short-term excitement. It is built for endurance. Walrus Protocol is an icon of power, endurance, and trust in the long run in a decentralized future generation of data being the value.
@Walrus 🦭/acc #walrus $WAL
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