Abstract Blockchain Just Launched For Consumers By The Pudgy Penguins Team. But it's more than a chain. It's a new way to bring web2 users into the onchain family.

Abstract Blockchain From Pudgy’s Team Leads Consumer Web3 Revolution

Abstract

abstract

Introduction Last chapter of this series. If you have followed up along these blog posts you are now fully capable of creating projects using the Object Oriented paradigm. I am glad you have followed all the sections and in this part, you are going to end up what you have started. In fact, now you will learn how to use abstract classes and several other less common feature of PHP such as reflection API and the singleton design pattern. Keep reading and you will see that as per a lot of other web developers, myself included, these resources will let you do that breakthrough you are looking for. Follow the series … This blog post is the sixth part of “ The complete guide to Object-Oriented Programming: Go from procedural programming to OOP expert in ” PHP If you did not read the other parts yet You can check the other blog posts following the links below , , , , and Introduction to Object-Oriented Programming Inheritance and Interfaces in PHP More Interfaces and Polymorphism Visibility and Static keyword Constructor and Magic methods Abstract Classes and Extra bits Table of Content Abstract classes Method chaining Autoloading Anonymous classes Reflection API Singleton Abstract Classes Abstract classes are very similar to interfaces but they have different rules that a web developer need to be aware of. The definition is quite straightforward, basically, an abstract class is a class that contains abstract methods, Abstract methods are methods that have been declared but not implemented in the code. This kind of classes cannot be constructed as an object, in fact, they need to be extended. A ‘normal’ class that extends an abstract one must implement all methods that are inside the parent. Something to notice is that a child class must define the abstract methods with the same or less restrictive visibility, This means that if in the abstract class there is a protected method it can be implemented only as a public or protected. Another rule is that the number and type or required arguments need to be the same as the parameters. abstract

    abstract

    public

    {

        echo

    }

}

class

    public

    {

        return

    }

}

$myOffice

// This command will return “Building cannot be constructed”

$myOffice->getWindowsCount();

// This command will return 12 I have defined the Office class that extends the abstract class . Building I have implemented and changed its visibility from protected to public. getWindowsCount() There are no abstract methods within the class thus, I can construct an object from it. Office I have added a constructor inside the abstract class so that you will be aware of the fact the parent’s constructor is called when the object is instantiated. What is the difference between an interface and an abstract class? To sum up, Consider an interface as an empty shell. It has only signatures of the methods, which means the methods do not have a body. An interface does not do anything is just a pattern, a set of methods that you need to replicate. On the other hands, abstract classes are proper classes. Even though they look like interfaces the have some specific characteristics. You can specify their use by what they do by a given method name. Here is an example that highlights the differences between the two: interface

{

     public

     public

}

class

{

    public

    public

    {

        echo

    }

    public

    {

        return

    }

} In here we are saying all the Building should look like this than is up to the class to change the functionality. Office abstract class Building{public $windows;public function getWindowsCount(){return $this->windows;}abstract public function build();} class Office extends Building{public function build(){echo “Office built”;}} In an abstract class instead, we are saying that all the Building must have . getWindowsCount() Then we say that the method can be different, so we obligate the class to provide the implementation according to its needs. build() Office Extra / Bonus We have almost finished here with this introduction to Object Oriented in PHP, programming Lot’s of information has been shared and I hope you understood all of it (if not just write your question below). However, there are a few things that have been just quickly mentioned and I would love to go deeper and give you a more wide comprehension on this topic. Method chaining Method chaining is an OOP technique that permits the programmer to perform several different but connected actions in a sequential way. Let’s break down this sentence,“Perform different actions“ means calling different methods or functions; “ ” can be translated into actions related to the same object or instance of the class; Perform connected actions “ ” simply suggest that the methods are called one after another. In a sequential way Here is an example that will clarify the concept: class

{

    public

    function

    {

        $this->message = "Foundation poured - ";

    }

    function

    {

        $this->message .= "framing, plumbing, electrical and HVAC completed -";

        return

    }

    function

    {

        $this->message .= "interior and exterior completed";

        return

    }

    function

    {

        return

    }

}

$myHome

echo Here you go, All the method of the class have one trait in common all of them return the object itself via the use of the keyword , Building $this If you need to brush up your memory I have explained what the keyword does in the . $this introduction to Object-Oriented Programming The last command is chaining down all the methods of the class necessary in order to build up our sentence. The outcome of the last command will look like this: “Foundation poured — framing, plumbing, electrical and HVAC completed — interior and exterior completed”. This is so easy that you can implement this to your code straight away without any problem, just be careful to return the object. Autoloading Any class must be defined before you need to use it, forget to do so will result in an error thrown. Autoload alongside PSR-4 standards allows you to define them when a class is required. I am sure that I do not need to say that this is an incredibly important feature. In PHP autoloading is done by the that accept a function as a parameter, spl_autoload_register() This is quite out-topic and just to explain how it works in detail I will need to write another article, so I will just give you an understandable example: Given that the class you want to autoload is within the “classes/” path, here is what you would do. This is more or less what happens behind the scene of most of the PHP frameworks out there. function

    include

}

spl_autoload_register(myAutoloader); spl_autoload_register has two more parameters, the second is a boolean and defines if the need to throw exceptions when the autoload_function cannot be registered, spl_autoload_register the third parameter is boolean as well and if true it will prepend the autoloader rather then attaching it. If an error occurred and the function was not able to find the specified class, it will throw a fatal error. Anonymous classes Wouldn’t be great if PHP allowed the web developer to create and instantiate objects on the fly? The release of PHP 7 included this present to the list of its features. $myAnonymousBuilding

{

    public

    {

        echo

    }

} Cool, right? Notice how easy is to implement this class inline and that it can even accept parameters like a normal class. The code in the example will output the string “a new class has been constructed in Main Street”. The main use of an anonymous class is the case you need to extend a named class. If, for instance, you will need to override properties or methods, instead of declaring it you can just create an in-line implementation in the same workflow you are currently having. Reflection API Reflection is a very useful feature that has been introduced with the release of PHP 5.0 and became a standard later on 5.3. This API permits you to examine PHP elements and fetch information about them at runtime. For me, one of the most useful places to use reflection API is during automated testing, in specific during PHP Unit. For example, when testing the values of private property in classes you can entree the properties via the API and then make assertion according to the test. There are different reflection classes, each of them allows you to inspect different types of variables. Here are some classes: ReflectionClass ReflectionObject ReflectionMethod ReflectionFunction ReflectionProperty Below a quick example of how the ReflectionClass is used: $ReflectionObject

print_r($ReflectionObject->getMethods()); This example will output an array of all the methods available within the Building class. The parameter passed to the ReflectionClass can be of two types, either a string with the name of the class or a true instance of the class itself. Each of the reflection classes has few methods that allow you to retrieve different information about the element you are inspecting. Singleton Any self-respecting web developer will encounter design patterns in its way to master the programming art sooner or later. Those patterns are nothing more than established methods that solve problems in a predefined way. 99% of PHP framework use them in order to increase the performances and the quality of the code. If you have never heard the words design pattern here is your shot. I want to introduce you the easiest among them all. We are going to use again our imaginary city, we have had several etc, Buildings, Offices, Schools What about the city hall? the mayor needs to keep on eye on all these classes and instantiation and method and properties. In a city, there is only one mayor and he works in only one building the city hall. There cannot be more that one city hall in a city. Well… How do we add this rule in programming? Singleton class cityHall{private static $instance = null;private function __construct(){...}public static function getInstance(){if (self::$instance == null){self::$instance = new Singleton();}return self::$instance;}} Here is it, this is an implementation of the Singleton design pattern. How does it actually work? As you can see the visibility of the constructor is set to private it blocks the creation of the object. In order to create an instance of the class, you need to invoke the static method . getInstance() It checks if the instance has been already created if not, it creates a new instance with the command self::$instance = new Singleton(); Otherwise, it just returns the object already created. The result is that in this case, you are always going to have only one single cityHall in all your program. Where to use the Singleton design pattern in a real case? Singleton is very easy but it can also become problematic to deal with, think at this design pattern whenever you must have a single instance of a class. and it has to be one in a really long term. An easy implementation could be when creating a database class to connect a DB to the code, in the majority of the cases you are going to have only one database per project. This is the perfect use for it. Conclusion The full version of “The complete guide to Object-Oriented Programming” in an all-in-one edition is available in a Kindle format on Amazon. If you have followed all the part of this article this has been quite a journey. You have realized the Object Oriented Programming or OOP is less difficult than it may seem from an outsider. The reality is that as web developers we love to use jargon. Properties, paramethers, interfaces, abstract classes, dependency injection. Those words can provide a headache very quickly. However, just keeping on going taking a little bit at a time you will find that apply these new knowledge is not only possible but easier than you thought. What’s the next step? If you understood the basic concept of this article you are ready to learn about PHP frameworks, There are plenty of them out there, and choose one of them can be overwhelming. Below there is a really deep comparison that I wrote that compare 24 of them, you will not find anything similar elsewhere. Guide to PHP frameworks. If you like this content and you are hungry for some more join the Facebook’s community in which we share info and news just like this one!

Abstract Classes and OOP extras

Abstract Digital Key in Primary Music Education It is well-known the difficulties in perception of any information, including musical one, cause strain of the main functional systems in the child’s body. Statistics and practice show that period of learning with standard music grammar is pulled for several years. At early stage of learning up to thirty percent of children lose their interest to the music subject and leave study. This situation is explained by the excessive load arising at the first contact of the child with a complex format learning the piano. In order to protect the health of parents and children in response to COVID -19 our  Neuromusic Lab proposes to replace face-to-face music training with distance deep learning.We would like to share a technological resource that can both reduce the risk of severe disease and simplify the methods of initial music training. Numeric Cognition 3345. 5432. 1123. 3020. 3345. 5432. 1123. 2010.  Ode to Joy Ludvig van Bethoven 3330. 3330. 3512. 3000. 4444. 4333. 3223. 2050. 3330. 3330. 3512. 3000. 4444. 4333. 3554. 2010.  Jingle Bells Formatted lessons give an equally valuable positive result, regardless of the platform, both interactive and online lesson. The above should not be understood as a rejection of generally accepted music teaching  in the classrooms but to protect the health of children and adolescents, online learning technology will be effective and successful. The future of effective learning is combined with pattern recognition technology. Digital Key Technology is designed to deepen our understanding of cognitive abilities and improve the child's memory capabilities. The Project " Reflection " is aimed at studying the somatosensory integration of nerve signals in the main functional systems of the child’s organism : the central nervous system, auditory , muscular , visual , using electrophysiology measurement techniques - ENG, EMG, EEG, Audiometry. Method EEG allows to research the difference of the integrated synaptic signals , to make the comparative diagrams of dynamics of initiated spikes while perception music characters and digital patterns, plus the time of fatigue of synaptic structures and cells - neurons of cortex is determined . Method  ENG - EMG completes one another, joints the visual analyzer with the neuro-motor function of fingers  and proves , from scientific point of view , the development of muscular fatigue in hands depending on the quantity of eyeballs’ fluctuations. Method Audiometry allows to research the increment of sensitivity to the functional sounds ( pure-tone ,high - low pitched, brain waves, beta range) plus the behavioral audiometry. Innovative technology raises the topic of the use of the Digital Key in Primary Music Education and the Music Industry. Read more: https://www.linkedin.com/pulse/digital-key-initial-music-education-stepanov-sergey/

Distant Deep Teaching 

Bitcoin White Paper: A Peer-to-Peer Electronic Cash System [Full Text] By Satoshi Nakamoto

Packaging Steps and Experience Summary of Lentivirus

BLOCKCHAIN: Is it just a hype?

Multi-Token Prediction for Abstractive Text Summarization: ROUGE Metrics

Technical Implementation of MaRDIFlow: Metadata-Driven Workflow Abstraction

An Autoregressive Model for Time Series of Random Objects: Abstract and Introduction

Willemstad, Curaçao, April 2nd, 2025/Chainwire/--Overtime, an onchain sportsbook platform, has formally integrated its parent protocol, Thales, under the Overtime brand. The consolidation introduces a unified identity for the protocol and coincides with the launch of a new native token, $OVER. As part of the transition, the project has also unveiled a new primary domain and implemented full Account Abstraction integration to enhance the platform's user experience. With over four years of development, Overtime has established itself as a fully onchain sportsbook offering functionality comparable to traditional offchain platforms. Built on the Ethereum network, the protocol emphasizes transparency, security, and immutability. Overtime’s operational history includes: Over $200 million in volumes
Support for over 100 sports and leagues
50,000 active users
More than 10,000 unique betting markets Over $200 million in volumes Support for over 100 sports and leagues 50,000 active users More than 10,000 unique betting markets Users can access the new Overtime domain here: https://www.overtime.io/ https://www.overtime.io/ https://www.overtime.io/ A Decentralized Alternative to Traditional Sports Betting Overtime distinguishes itself from traditional bookmakers by operating a fully decentralized, permissionless sportsbook platform. Anyone can seamlessly access Overtime with a simple connection without the barriers of traditional restrictive betting limits, arbitrary bans, or withheld payouts. Since its inception, Overtime has organically become the primary driver of Thales DAO growth. Recognizing this growth, the DAO’s community unanimously approved (via Thales Improvement Proposal 238) the full merger of Thales DAO to the branding of Overtime. Comprehensive Onchain User Experience Enabled by Full Account Abstraction With this launch, Overtime is also introducing a new concept: Overtime Accounts—an onchain smart account designed to abstract wallet and EVM network complexities. Overtime Accounts use Particle Network for the seamless creation of wallets via Social Logins, and Biconomy’s SDK to handle the smart-account functionalities, enabling frictionless transactions through its Paymaster, Bundler, and Session Keys infrastructure. After creating an Overtime Account, users can deposit supported collateral into their designated address to access Overtime’s onchain sportsbook interface. The platform supports features such as parlays, system bets, same-game parlays (SGPs), futures, and live betting. Transactions are executed through an account abstraction framework, removing the need for manual confirmations or the use of ETH to cover gas fees. Overtime’s user experience has been designed to minimize blockchain-related complexities, allowing users to engage with the platform's sportsbook features without requiring technical knowledge of underlying blockchain processes. The interface offers a streamlined experience comparable to traditional web applications while maintaining the transparency and self-custody benefits provided by the Ethereum network. https://www.youtube.com/embed/rpjD3fN9BEc https://www.youtube.com/embed/rpjD3fN9BEc https://www.youtube.com/embed/rpjD3fN9BEc A new Overtime UX is available here: https://www.overtimemarkets.xyz/ https://www.overtimemarkets.xyz/ https://www.overtimemarkets.xyz/ The new Overtime DAO token: $OVER The new $OVER token will have a new total supply of 69.42M, compared to the original 100M of the THALES token. This means that 30.58M THALES tokens will be burned in preparation for the migration to $OVER. All THALES token holders will be able to migrate their $THALES to $OVER token at a 1:1 ratio on the new overtime.io domain. This aligns with the new sustainable tokenomics designed to foster growth and focus it entirely on the $OVER token. The new $OVER token will serve multiple utilities: $OVER as Betting Collateral: By using $OVER token as collateral on Overtime, users will enjoy improved odds (2% better than baseline odds) compared to other collaterals. This boosts $OVER token usage and aligns token holders with platform users. $OVER as Betting Collateral: By using $OVER token as collateral on Overtime, users will enjoy improved odds (2% better than baseline odds) compared to other collaterals. This boosts $OVER token usage and aligns token holders with platform users. Buyback & Burn: All fees from Overtime will flow directly towards $OVER token buybacks, focusing the entire growth of the project towards the token. Burning the buybacks reinforces deflationary token dynamics. Buyback & Burn: All fees from Overtime will flow directly towards $OVER token buybacks, focusing the entire growth of the project towards the token. Burning the buybacks reinforces deflationary token dynamics. Governance Token: Holding $OVER grants voting power within Overtime’s decentralized governance structure. Governance Token: Holding $OVER grants voting power within Overtime’s decentralized governance structure. The $OVER token is built using Chainlink’s CCT token standard for easy and secure cross-network bridging using Chainlink’s CCIP. The token will be live and liquid on Optimism, Arbitrum, and Base across prominent decentralized exchanges such as Uniswap, Velodrome, and Aerodrome. How Overtime works Overtime innovations are a testament to its industry leadership: Onchain Parlays, System Bets, and SGPs: With its cutting-edge smart contract technology, Overtime brings advanced sportsbook features onchain. Onchain Parlays, System Bets, and SGPs: With its cutting-edge smart contract technology, Overtime brings advanced sportsbook features onchain. Live Betting: With the Merkle Tree-based core architecture paired with robust Chainlink oracle infrastructure, Overtime has managed to bring Live Betting onchain without the risks of frontrunning and toxic flow. Live Betting: With the Merkle Tree-based core architecture paired with robust Chainlink oracle infrastructure, Overtime has managed to bring Live Betting onchain without the risks of frontrunning and toxic flow. Permissionless Liquidity Providing: Overtime Liquidity Pools allow anyone to deposit USDC, ETH, and BTC collateral to gain exposure to platform performance and act as a counterparty pool against the traders. Permissionless Liquidity Providing: Overtime Liquidity Pools allow anyone to deposit USDC, ETH, and BTC collateral to gain exposure to platform performance and act as a counterparty pool against the traders. Onchain Free Bets infrastructure: Anyone can wrap their tokens and send them as Overtime Free Bets. Overtime’s open Free Bets solution is a cutting-edge tool for user rewards and onboarding. Onchain Free Bets infrastructure: Anyone can wrap their tokens and send them as Overtime Free Bets. Overtime’s open Free Bets solution is a cutting-edge tool for user rewards and onboarding. A Global Movement Overtime represents an onchain revolution, a real-life example of how a traditional industry is improved by going onchain. It is a fair, permissionless, and globally accessible powerhouse that is bound to organically dethrone all classic offchain platforms. Unlike traditional sportsbooks that may restrict users based on performance, Overtime operates on a fully transparent and onchain infrastructure. The platform’s design ensures that participation is governed by smart contracts, removing the ability to impose user-specific limitations. Engagement is determined solely by the interaction between users and the underlying liquidity smart contracts. To date, Overtime has distributed cryptocurrency-based incentives, rewards, and competition payouts amounting to several million dollars in value. Participation in Overtime’s promotional campaigns and airdrops is open to all users, subject to eligibility criteria and regional availability. About Overtime Overtime is a fully onchain sportsbook designed for accessibility, allowing users to connect via social accounts or EVM-compatible wallets. The platform supports multiple cryptocurrencies and provides fiat onramp options through credit card payments. Overtime Overtime Overtime replicates the core functionalities of traditional sportsbooks while operating through decentralized infrastructure. The protocol does not implement user bans or individualized restrictions, enabling open access to place bets and withdraw funds. Throughout each season, users may be eligible for various forms of incentives such as cryptocurrency airdrops, free bet credits, and other rewards. Additionally, participants have the option to contribute to the platform’s liquidity pool, effectively taking on the role of liquidity providers. Contact Overtime Info info@overtime.io This story was distributed as a release by Chainswire under HackerNoon’s Business Blogging Program. Learn more about the program here This story was distributed as a release by Chainswire under HackerNoon’s Business Blogging Program. Learn more about the program here here here

Overtime Launches $OVER Token And full Account Abstraction UX

Prekovremeni rad pokreće $OVER token i punu apstrakciju naloga UX

Overtime führt $OVER-Token und vollständige Account-Abstraktions-UX ein

Η υπερωρία εκκινεί το $OVER Token και την πλήρη αφαίρεση λογαριασμού UX

Overtime lanza $OVER Token y la abstracción completa de la cuenta UX

Overtime lanse $ OVER token ak kont plen abstraksyon UX

Ավելի երկար ժամանակը սկսում է $OVER Token- ը եւ ամբողջ հաշիվը abstraction UX- ը

Overtime が $OVER トークンと完全なアカウント抽象化 UX をリリース

Overtime დაწყება $OVER ტოკი და სრული ანგარიშის abstraction UX

Overtime Melancarkan $Over Token Dan Abstraksi Akaun Lengkap UX

Nako e eketsehileng e Thakgola $ OVER Token Le Akhaonto e feletseng Abstraction UX

Xisaabinta Xisaabinta Xisaabinta Xisaabinta Xisaabinta Xisaabinta Xisaabinta Xisaabinta

Overtime ra mắt $OVER Token và UX trừu tượng hóa toàn bộ tài khoản

**ROAD TOWN, BVI, February 19th, 2025/Chainwire/--**Diffuse, a zkServerless protocol, has announced a strategic collaboration with Symbiotic ecosystem to implement Collateral Abstraction, a groundbreaking approach set to revolutionize decentralized finance (DeFi). This partnership aims to unlock the untapped potential of assets locked across various Layer 1 and Layer 2 networks, enhancing capital efficiency and introducing a new DeFi primitive. Currently, a significant amount of assets is locked in Uniswap V3 liquidity pools alone. While these assets facilitate liquidity provision for Automated Market Makers and lending protocols, their potential for generating additional yield remains underutilized. Through this collaboration, these assets can be utilized in restaking and shared security protocols, potentially generating additional yield while maintaining their current risk profile. Collateral Abstraction, a concept introduced by Symbiotic, enables these assets to participate in restaking and shared security protocols, potentially increasing yield while maintaining a comparable risk profile. With Diffuse's zkServerless technology, the implementation of Collateral Abstraction becomes both practical and scalable, ensuring trustless operations across multiple blockchain networks. About Diffuse Diffuse is a zkServerless protocol dedicated to redefining trustless interoperability in Web3. By leveraging advanced cryptographic techniques and decentralized technologies, Diffuse aims to create scalable, secure, and efficient solutions for the evolving DeFi landscape. For more information, users can see Diffuse’s X (formerly Twitter) and visit Diffuse's official website. About Symbiotic Symbiotic is a pioneering platform focused on enhancing capital efficiency in DeFi through innovative concepts like Collateral Abstraction. By enabling the utilization of a wide variety of collateral types for securing AVS networks, Symbiotic is set to create new DeFi primitives that drive the industry forward. Users can see Symbiotic’s X and visit Symbiotic's official website. Contact CEO Vadim Makovsky Diffuse info@diffuse.fi This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here **ROAD TOWN, BVI, February 19th, 2025/Chainwire/--**Diffuse, a zkServerless protocol, has announced a strategic collaboration with Symbiotic ecosystem to implement Collateral Abstraction, a groundbreaking approach set to revolutionize decentralized finance (DeFi). This partnership aims to unlock the untapped potential of assets locked across various Layer 1 and Layer 2 networks, enhancing capital efficiency and introducing a new DeFi primitive. Symbiotic Symbiotic Currently, a significant amount of assets is locked in Uniswap V3 liquidity pools alone. While these assets facilitate liquidity provision for Automated Market Makers and lending protocols, their potential for generating additional yield remains underutilized. Through this collaboration, these assets can be utilized in restaking and shared security protocols, potentially generating additional yield while maintaining their current risk profile. Collateral Abstraction, a concept introduced by Symbiotic, enables these assets to participate in restaking and shared security protocols, potentially increasing yield while maintaining a comparable risk profile. With Diffuse's zkServerless technology, the implementation of Collateral Abstraction becomes both practical and scalable, ensuring trustless operations across multiple blockchain networks. About Diffuse Diffuse is a zkServerless protocol dedicated to redefining trustless interoperability in Web3. By leveraging advanced cryptographic techniques and decentralized technologies, Diffuse aims to create scalable, secure, and efficient solutions for the evolving DeFi landscape. Diffuse Diffuse For more information, users can see Diffuse’s X (formerly Twitter) and visit Diffuse's official website . X (formerly Twitter) X (formerly Twitter) Diffuse's official website Diffuse's official website About Symbiotic Symbiotic is a pioneering platform focused on enhancing capital efficiency in DeFi through innovative concepts like Collateral Abstraction. By enabling the utilization of a wide variety of collateral types for securing AVS networks, Symbiotic is set to create new DeFi primitives that drive the industry forward. Symbiotic Symbiotic Users can see Symbiotic’s X and visit Symbiotic's official website . Symbiotic’s X Symbiotic’s X official website official website Contact CEO Vadim Makovsky Diffuse info@diffuse.fi This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here here here

Diffuse And Symbiotic Partner To Introduce Collateral Abstraction In Decentralized Finance

Diffuse And Symbiotic Partner для ўвядзення абстракцыі закладу ў дэцэнтралізаваных фінансах

বিকেন্দ্রীভূত অর্থায়নে জামানত বিমূর্তকরণ প্রবর্তন করবে ডিফিউজ এবং সিম্বিওটিক পার্টনার

Diffuse y Symbiotic se asocian para introducir la abstracción de garantías en las finanzas descentralizadas

شریک پراکنده و همزیست برای معرفی انتزاع وثیقه در امور مالی غیرمتمرکز

Socio difuso e simbiótico para introducir a abstracción colateral nas finanzas descentralizadas

Diffúz és szimbiotikus partner a fedezetkivonás bevezetésére a decentralizált pénzügyekben

DiffuseとSymbioticが提携し、分散型金融における担保抽象化を導入

Diffuse ແລະ Symbiotic Partner ເພື່ອແນະນໍາການຂັດຂວາງການຄໍ້າປະກັນໃນການເງິນແບບກະຈາຍ

Išsklaidytas ir simbiotinis partneris, kuris decentralizuotuose finansuose įdiegs užstato abstrakciją

Rozproszony i symbiotyczny partner wprowadza abstrakcję zabezpieczeń w zdecentralizowanych finansach

Diffus och symbiotisk partner för att införa säkerhetsabstraktion i decentraliserad finans

Diffuse And Symbiotic Partner Upang Ipakilala ang Collateral Abstraction Sa Desentralisadong Pananalapi

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