Operatix

operatix

From Centralized to Federated: Evolving Data Governance Operating Model

HyperCycle, the AI networking infrastructure provider, announced today it will split its operations into two separate entities - HyperCycle.HyperCycle (H2) and HyperCycle.MettaCycle (H.M) - in a move the company describes as a non-contentious fork. The split, effective from November 11th, 2024, comes as the company seeks to address different market segments in the AI infrastructure space. While both entities will continue to focus on AI network development, they will pursue different strategic approaches in response to market demands and technological preferences. Strategic Directions HyperCycle.HyperCycle, managed by the TODA team, will maintain its hybrid model supporting both open and closed source components. The division plans to continue its business-to-business focus, targeting partnerships with major tech companies while maintaining its zero-transaction-fee structure. H2's business model centers on software sales, licensing, and royalties, distinguishing it from typical cryptocurrency projects. Meanwhile, HyperCycle.MettaCycle, led by the SNet team, will pursue a fully open-source development strategy and focus exclusively on decentralized networks. This division plans to adopt both centralized and decentralized exchanges for token trading, aligning more closely with traditional cryptocurrency operations. Network Architecture Differences The infrastructure split reflects a fundamental difference in approach to network architecture. H2 aims to bridge centralized and decentralized systems, enabling connections with established tech companies like Microsoft, Meta, and Google. In contrast, H.M will focus solely on decentralized network infrastructure. Regarding cryptocurrency integration, the two entities have adopted distinct positions: H2 will limit cryptocurrency use to specific network node operations, keeping assets primarily on decentralized exchanges to minimize speculative trading
H.M embraces a broader crypto-market approach, allowing for trading on both centralized and decentralized platforms Token Distribution Current HyPC token holders will receive an airdrop of the new MettaCycle token (METC), though only vested investors will be eligible for the distribution. The company has not yet announced the exact distribution ratio or timeline for this token allocation. Maintaining Interoperability Despite the operational split, both entities emphasize their commitment to maintaining interoperability between their networks. They draw parallels to the coexistence of different operating systems like iOS and Android, where users can communicate across platforms despite fundamental differences in underlying technology. Market Impact The announcement comes at a time when demand for AI networking infrastructure continues to grow. Organizations increasingly seek solutions for secure peer-to-peer connections between AI agents, driving expansion in both centralized and decentralized sectors. Industry observers note that this split could represent a new model for technological divergence, where competing approaches coexist while maintaining technical compatibility. Rather than creating market friction, the two entities aim to expand the total addressable market by serving different user segments with distinct needs. The market's response to this announcement remains to be seen, as both entities prepare to pursue their distinct strategic visions. The success of this unusual split may influence how future technology companies approach market segmentation and organizational structure in the rapidly evolving AI infrastructure landscape. Don’t forget to like and share the story! Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR HyperCycle, the AI networking infrastructure provider, announced today it will split its operations into two separate entities - HyperCycle.HyperCycle (H2) and HyperCycle.MettaCycle (H.M) - in a move the company describes as a non-contentious fork. The split, effective from November 11th, 2024, comes as the company seeks to address different market segments in the AI infrastructure space. While both entities will continue to focus on AI network development, they will pursue different strategic approaches in response to market demands and technological preferences. Strategic Directions HyperCycle.HyperCycle, managed by the TODA team, will maintain its hybrid model supporting both open and closed source components. The division plans to continue its business-to-business focus, targeting partnerships with major tech companies while maintaining its zero-transaction-fee structure. H2's business model centers on software sales, licensing, and royalties, distinguishing it from typical cryptocurrency projects. Meanwhile, HyperCycle.MettaCycle, led by the SNet team, will pursue a fully open-source development strategy and focus exclusively on decentralized networks. This division plans to adopt both centralized and decentralized exchanges for token trading, aligning more closely with traditional cryptocurrency operations. Network Architecture Differences The infrastructure split reflects a fundamental difference in approach to network architecture. H2 aims to bridge centralized and decentralized systems, enabling connections with established tech companies like Microsoft, Meta, and Google. In contrast, H.M will focus solely on decentralized network infrastructure. Regarding cryptocurrency integration, the two entities have adopted distinct positions: H2 will limit cryptocurrency use to specific network node operations, keeping assets primarily on decentralized exchanges to minimize speculative trading H.M embraces a broader crypto-market approach, allowing for trading on both centralized and decentralized platforms H2 will limit cryptocurrency use to specific network node operations, keeping assets primarily on decentralized exchanges to minimize speculative trading H.M embraces a broader crypto-market approach, allowing for trading on both centralized and decentralized platforms Token Distribution Current HyPC token holders will receive an airdrop of the new MettaCycle token (METC), though only vested investors will be eligible for the distribution. The company has not yet announced the exact distribution ratio or timeline for this token allocation. Maintaining Interoperability Despite the operational split, both entities emphasize their commitment to maintaining interoperability between their networks. They draw parallels to the coexistence of different operating systems like iOS and Android, where users can communicate across platforms despite fundamental differences in underlying technology. Market Impact The announcement comes at a time when demand for AI networking infrastructure continues to grow. Organizations increasingly seek solutions for secure peer-to-peer connections between AI agents, driving expansion in both centralized and decentralized sectors. Industry observers note that this split could represent a new model for technological divergence, where competing approaches coexist while maintaining technical compatibility. Rather than creating market friction, the two entities aim to expand the total addressable market by serving different user segments with distinct needs. The market's response to this announcement remains to be seen, as both entities prepare to pursue their distinct strategic visions. The success of this unusual split may influence how future technology companies approach market segmentation and organizational structure in the rapidly evolving AI infrastructure landscape. Don’t forget to like and share the story! Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program . HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR Vested Interest Disclosure: business blogging program business blogging program

HyperCycle Announces Strategic Split into Two Distinct Operations

HyperCycle обявява стратегическо разделяне на две отделни операции

HyperCycle oznamuje strategické rozdělení do dvou odlišných operací

HyperCycle anuncia una división estratégica en dos operaciones distintas

HyperCycle تقسیم استراتژیک را به دو عملیات مجزا اعلام می کند

HyperCycle Mengumumkan Pembagian Strategis Menjadi Dua Operasi yang Berbeda

ハイパーサイクル、2つの異なる事業への戦略的分割を発表

HyperCycle ले दुई भिन्न कार्यहरूमा रणनीतिक विभाजनको घोषणा गर्दछ

HyperCycle wuxuu ku dhawaaqayaa kala qaybsanaanta istaraatiijiyadeed ee laba hawlood oo kala duwan

ХиперЦицле најављује стратешку поделу на две различите операције

ሃይፐርሳይክል ስትራተጂካዊ ምምቕቓል ኣብ ክልተ ዝተፈላለዩ ስርሒታት ኣፍሊጡ

Inanunsyo ng HyperCycle ang Strategic Split sa Dalawang Magkaibang Operasyon

I-HyperCycle Imemezela Ukuhlukaniswa Kwamasu kube Imisebenzi Emibili Ehlukene

Step-by-Step Guide to SQL Operations in Dremio and Apache Iceberg

In modern applications, data security is a top priority, especially when sensitive information may be copied or transferred to external applications. By preventing certain actions like "cut," "copy," and "paste" on text fields within iOS apps, we can safeguard text data, ensuring it remains within a trusted group of applications. This article demonstrates how to achieve this protection using Swift, while maintaining full control over text-related operations. Goals of This Approach Restrict External Text Sharing: By managing text actions, we can prevent unauthorized access to sensitive information.
Safe Text Storage and Management: Creating an internal buffer ensures that sensitive text remains protected within the app.
Controlled Clipboard Access: By limiting access to the system clipboard, we can ensure that only authorized applications within a defined group can access this information. Implementation Overview Our approach centers around the TextActionInterceptor class, which "swizzles" standard text-related methods, replacing them with secure alternatives. This class intercepts and overrides the "copy," "paste," and "cut" methods, with an option to enable or disable swizzling dynamically. Core Components Enum for Text Actions: The TextAction enumeration defines all the actions related to text that we want to control.
Saved Method Structure: The SavedTextAction struct stores original implementations of methods, allowing us to restore them as needed.
Swizzling Methods: The toggleSwizzling method manages the swizzling state, enabling or disabling the replacement of standard implementations. Code Example Let’s go through key code segments that bring this functionality to life. class TextActionInterceptor {

    enum TextAction: String {
        case cut
        case copy
        case paste
        case define
        case translate
        case modify
        case update
        case previewItem
    }

    struct SavedTextAction {
        var methodRef: Method
        var originalImplementation: IMP
        var selector: Selector
    }

    private var isSwizzled = false
    var savedActions: [TextAction: SavedTextAction] = [:]
    
    // Method to intercept the "copy" action
    func interceptCopy(_ sender: Any?) {
        guard
            let inputField = retrieveTextInput(sender),
            let range = inputField.selectedTextRange,
            let text = inputField.text(in: range)
        else { return }

        SecureClipboard.shared.contents = text
    }

    // Similar methods for "cut" and "paste"
    func interceptPaste(_ sender: Any?) {
        guard
            let inputField = retrieveTextInput(sender),
            let range = inputField.selectedTextRange,
            let text = SecureClipboard.shared.contents
        else { return }

        inputField.replace(range, withText: text)
    }

    func interceptCut(_ sender: Any?) {
        guard
            let inputField = retrieveTextInput(sender),
            let range = inputField.selectedTextRange,
            let cutText = inputField.text(in: range)
        else { return }

        SecureClipboard.shared.contents = cutText
        inputField.replace(range, withText: "")
    }
    
    // Method to enable or disable swizzling
    func toggleSwizzling(_ enable: Bool) {
        guard enable != isSwizzled else { return }
        isSwizzled = enable
        savedActions.forEach { (_, action) in
            let swizzledMethod = class_getInstanceMethod(
                object_getClass(self),
                action.selector
            )
            guard enable else {
                method_setImplementation(action.methodRef, action.originalImplementation)
                return
            }
            method_exchangeImplementations(action.methodRef, swizzledMethod!)
        }
    }
} Implementing a Secure Clipboard The SecureClipboard class is responsible for managing text stored in the clipboard. It blocks any attempt to share text data externally, ensuring it stays within the app's defined ecosystem. final class SecureClipboard {

    static let restrictedTextPlaceholder = "Access Restricted"
    static var shared = SecureClipboard()
    private let placeholderItem: [String: String]
    private var clipboard: UIPasteboard
    private(set) var internalBuffer: String?

    init() {
        placeholderItem = ["public.utf8-plain-text": SecureClipboard.restrictedTextPlaceholder]
        clipboard = UIPasteboard.general
    }

    var contents: String? {
        get {
            guard
                let clipboardText = clipboard.string,
                clipboardText != SecureClipboard.restrictedTextPlaceholder
            else { return internalBuffer }
            return clipboardText
        }
        set {
            guard let newText = newValue else {
                internalBuffer = nil
                return
            }
            clipboard.items = [placeholderItem]
            internalBuffer = newText.isEmpty ? nil : newText
        }
    }
} How This Works Swizzling of Methods: We replace the standard text action methods with customized, secure methods.
Secure Copying: The interceptCopy method intercepts "copy" actions and transfers the text to the SecureClipboard instead of the system clipboard.
Flexible Management: Swizzling can be dynamically enabled or disabled, allowing for adaptable data security. Summary and Results Applying this approach achieves multiple levels of data security: Access Control: All text operations are managed within the application, preventing potential data leaks.


Safe Data Storage: Text data is accessible only within a controlled application group.


Flexible configuration: The ability to enable and disable swizzling allows flexible control of data security based on conditions. By using swizzling and an internal clipboard, we ensure a high level of data protection in iOS applications. This approach offers a robust solution for maintaining text security across applications in a defined environment. In modern applications, data security is a top priority, especially when sensitive information may be copied or transferred to external applications. By preventing certain actions like "cut," "copy," and "paste" on text fields within iOS apps, we can safeguard text data, ensuring it remains within a trusted group of applications. This article demonstrates how to achieve this protection using Swift, while maintaining full control over text-related operations. Goals of This Approach Restrict External Text Sharing: By managing text actions, we can prevent unauthorized access to sensitive information. Safe Text Storage and Management: Creating an internal buffer ensures that sensitive text remains protected within the app. Controlled Clipboard Access: By limiting access to the system clipboard, we can ensure that only authorized applications within a defined group can access this information. Restrict External Text Sharing : By managing text actions, we can prevent unauthorized access to sensitive information. Restrict External Text Sharing Safe Text Storage and Management : Creating an internal buffer ensures that sensitive text remains protected within the app. Safe Text Storage and Management Controlled Clipboard Access : By limiting access to the system clipboard, we can ensure that only authorized applications within a defined group can access this information. Controlled Clipboard Access Implementation Overview Our approach centers around the TextActionInterceptor class, which "swizzles" standard text-related methods, replacing them with secure alternatives. This class intercepts and overrides the "copy," "paste," and "cut" methods, with an option to enable or disable swizzling dynamically. Core Components Enum for Text Actions: The TextAction enumeration defines all the actions related to text that we want to control. Saved Method Structure: The SavedTextAction struct stores original implementations of methods, allowing us to restore them as needed. Swizzling Methods: The toggleSwizzling method manages the swizzling state, enabling or disabling the replacement of standard implementations. Enum for Text Actions: The TextAction enumeration defines all the actions related to text that we want to control. Enum for Text Actions: The TextAction enumeration defines all the actions related to text that we want to control. Saved Method Structure: The SavedTextAction struct stores original implementations of methods, allowing us to restore them as needed. Saved Method Structure: The SavedTextAction struct stores original implementations of methods, allowing us to restore them as needed. Swizzling Methods: The toggleSwizzling method manages the swizzling state, enabling or disabling the replacement of standard implementations. Swizzling Methods: The toggleSwizzling method manages the swizzling state, enabling or disabling the replacement of standard implementations. Code Example Let’s go through key code segments that bring this functionality to life. class TextActionInterceptor {

    enum TextAction: String {
        case cut
        case copy
        case paste
        case define
        case translate
        case modify
        case update
        case previewItem
    }

    struct SavedTextAction {
        var methodRef: Method
        var originalImplementation: IMP
        var selector: Selector
    }

    private var isSwizzled = false
    var savedActions: [TextAction: SavedTextAction] = [:]
    
    // Method to intercept the "copy" action
    func interceptCopy(_ sender: Any?) {
        guard
            let inputField = retrieveTextInput(sender),
            let range = inputField.selectedTextRange,
            let text = inputField.text(in: range)
        else { return }

        SecureClipboard.shared.contents = text
    }

    // Similar methods for "cut" and "paste"
    func interceptPaste(_ sender: Any?) {
        guard
            let inputField = retrieveTextInput(sender),
            let range = inputField.selectedTextRange,
            let text = SecureClipboard.shared.contents
        else { return }

        inputField.replace(range, withText: text)
    }

    func interceptCut(_ sender: Any?) {
        guard
            let inputField = retrieveTextInput(sender),
            let range = inputField.selectedTextRange,
            let cutText = inputField.text(in: range)
        else { return }

        SecureClipboard.shared.contents = cutText
        inputField.replace(range, withText: "")
    }
    
    // Method to enable or disable swizzling
    func toggleSwizzling(_ enable: Bool) {
        guard enable != isSwizzled else { return }
        isSwizzled = enable
        savedActions.forEach { (_, action) in
            let swizzledMethod = class_getInstanceMethod(
                object_getClass(self),
                action.selector
            )
            guard enable else {
                method_setImplementation(action.methodRef, action.originalImplementation)
                return
            }
            method_exchangeImplementations(action.methodRef, swizzledMethod!)
        }
    }
} class TextActionInterceptor {

    enum TextAction: String {
        case cut
        case copy
        case paste
        case define
        case translate
        case modify
        case update
        case previewItem
    }

    struct SavedTextAction {
        var methodRef: Method
        var originalImplementation: IMP
        var selector: Selector
    }

    private var isSwizzled = false
    var savedActions: [TextAction: SavedTextAction] = [:]
    
    // Method to intercept the "copy" action
    func interceptCopy(_ sender: Any?) {
        guard
            let inputField = retrieveTextInput(sender),
            let range = inputField.selectedTextRange,
            let text = inputField.text(in: range)
        else { return }

        SecureClipboard.shared.contents = text
    }

    // Similar methods for "cut" and "paste"
    func interceptPaste(_ sender: Any?) {
        guard
            let inputField = retrieveTextInput(sender),
            let range = inputField.selectedTextRange,
            let text = SecureClipboard.shared.contents
        else { return }

        inputField.replace(range, withText: text)
    }

    func interceptCut(_ sender: Any?) {
        guard
            let inputField = retrieveTextInput(sender),
            let range = inputField.selectedTextRange,
            let cutText = inputField.text(in: range)
        else { return }

        SecureClipboard.shared.contents = cutText
        inputField.replace(range, withText: "")
    }
    
    // Method to enable or disable swizzling
    func toggleSwizzling(_ enable: Bool) {
        guard enable != isSwizzled else { return }
        isSwizzled = enable
        savedActions.forEach { (_, action) in
            let swizzledMethod = class_getInstanceMethod(
                object_getClass(self),
                action.selector
            )
            guard enable else {
                method_setImplementation(action.methodRef, action.originalImplementation)
                return
            }
            method_exchangeImplementations(action.methodRef, swizzledMethod!)
        }
    }
} Implementing a Secure Clipboard The SecureClipboard class is responsible for managing text stored in the clipboard. It blocks any attempt to share text data externally, ensuring it stays within the app's defined ecosystem. final class SecureClipboard {

    static let restrictedTextPlaceholder = "Access Restricted"
    static var shared = SecureClipboard()
    private let placeholderItem: [String: String]
    private var clipboard: UIPasteboard
    private(set) var internalBuffer: String?

    init() {
        placeholderItem = ["public.utf8-plain-text": SecureClipboard.restrictedTextPlaceholder]
        clipboard = UIPasteboard.general
    }

    var contents: String? {
        get {
            guard
                let clipboardText = clipboard.string,
                clipboardText != SecureClipboard.restrictedTextPlaceholder
            else { return internalBuffer }
            return clipboardText
        }
        set {
            guard let newText = newValue else {
                internalBuffer = nil
                return
            }
            clipboard.items = [placeholderItem]
            internalBuffer = newText.isEmpty ? nil : newText
        }
    }
} final class SecureClipboard {

    static let restrictedTextPlaceholder = "Access Restricted"
    static var shared = SecureClipboard()
    private let placeholderItem: [String: String]
    private var clipboard: UIPasteboard
    private(set) var internalBuffer: String?

    init() {
        placeholderItem = ["public.utf8-plain-text": SecureClipboard.restrictedTextPlaceholder]
        clipboard = UIPasteboard.general
    }

    var contents: String? {
        get {
            guard
                let clipboardText = clipboard.string,
                clipboardText != SecureClipboard.restrictedTextPlaceholder
            else { return internalBuffer }
            return clipboardText
        }
        set {
            guard let newText = newValue else {
                internalBuffer = nil
                return
            }
            clipboard.items = [placeholderItem]
            internalBuffer = newText.isEmpty ? nil : newText
        }
    }
} How This Works Swizzling of Methods: We replace the standard text action methods with customized, secure methods. Secure Copying: The interceptCopy method intercepts "copy" actions and transfers the text to the SecureClipboard instead of the system clipboard. Flexible Management: Swizzling can be dynamically enabled or disabled, allowing for adaptable data security. Swizzling of Methods : We replace the standard text action methods with customized, secure methods. Swizzling of Methods Secure Copying: The interceptCopy method intercepts "copy" actions and transfers the text to the SecureClipboard instead of the system clipboard. Secure Copying: The interceptCopy method intercepts "copy" actions and transfers the text to the SecureClipboard instead of the system clipboard. Flexible Management : Swizzling can be dynamically enabled or disabled, allowing for adaptable data security. Flexible Management Summary and Results Applying this approach achieves multiple levels of data security: Access Control: All text operations are managed within the application, preventing potential data leaks. Safe Data Storage: Text data is accessible only within a controlled application group. Flexible configuration: The ability to enable and disable swizzling allows flexible control of data security based on conditions. Access Control: All text operations are managed within the application, preventing potential data leaks. Access Control : All text operations are managed within the application, preventing potential data leaks. Access Control Safe Data Storage: Text data is accessible only within a controlled application group. Safe Data Storage : Text data is accessible only within a controlled application group. Safe Data Storage Flexible configuration: The ability to enable and disable swizzling allows flexible control of data security based on conditions. Flexible configuration : The ability to enable and disable swizzling allows flexible control of data security based on conditions. Flexible configuration By using swizzling and an internal clipboard, we ensure a high level of data protection in iOS applications. This approach offers a robust solution for maintaining text security across applications in a defined environment.

Securing Text Fields in iOS Apps: Restricting 'Cut,' 'Copy,' and 'Paste' Operations Using Swift

HONG KONG, Hong Kong, November 4th, 2024/Chainwire/--Legend of Arcadia(LoA) , a new card-based RPG set in an expansive universe inspired by Kingdom Hearts, is bringing a community-driven operational model to Web3 gaming. With a focus on sustainable growth, LoA aims to establish itself as a leading platform by integrating blockchain technology, unique NFT mechanics, and community-centric features that foster long-term player engagement. As the Web3 gaming industry is forecasted to grow to $305 billion by 2030, LoA stands out by addressing key sustainability issues that have previously limited the success of Web3 gaming ventures. Many blockchain-based games have struggled with player retention and engagement, often due to unsustainable reward systems. LoA’s approach, built on years of gaming experience from its team’s work with industry leaders like Tencent, Hero Entertainment, and Seasun Studios, centers on creating an inclusive, feedback-driven community. Community-Driven Growth And Operations Legend of Arcadia (LoA), a card-based RPG game built on a vast story universe inspired by Kingdom Hearts, has a strong vision for reimagining live operations in Web3, called community-driven operations. The formula combines building a sticky and vocal community driven by a strong feedback loop and nimble implementation of the ideas. This has helped LoA stand out from others. The team has spent the past two years perfecting the formula based on their decade-long experience in driving high DAU and retention at leading game companies such as Tencent, Hero Entertainment, and Seasun Studios. At the same time, building a 60k+ strong community with users that actively interact with the team and provide them with feedback. The right feedback loop between the community and the developer has led to innovative tactics for driving community engagement. For example, rather than hosting traditional alpha tests, the team mixed the idea of esports and competition and invited people to form their own teams to compete during the test. This led to a brand new Guild called Alter Ego Guild being formed in the community, and they remain some of the game’s biggest supporters, helping new players onboard and get deep into LoA. During its three-month campaign, LoA had 100,000+ registered users with minimal marketing spend. It also has very high next-day and 7-day retention of 75% and 56%, respectively, higher than many traditional games' 50% and 20%. As it moves towards its TGE and official game launch, the community continues to provide feedback and support the team. With backing from 10+ investors, including Animoca Brands and OKX Ventures, LoA can further develop the game's vastness, ensuring the community is constantly engaged with new content and utilities of its native token, $ARCA. This ranges from the endless possibilities of different NFT heroes to the countless actions and ways to earn $ARCA tokens. Innovative NFT Mechanics and Extensive Gameplay In LoA, each NFT hero is unique, with randomized genetic traits such as appearance and abilities drawn from a large gene pool of over five trillion combinations, including over 48 types of basic attributes, 40,000+ skill combinations, and more than 28 million gene combinations. This ensures that no two NFT heroes are the same. The game team, supported by AI, has also created countless words and storylines, shaping different toy characters and enriching the stories of LoA. It also enhances player retention by implementing seasonal demands created by the in-game mechanics, which will eventually boost the trading volume. $ARCA Token Distribution and Roadmap In LoA, players can earn tokens through a variety of activities and strategies involving their NFT heroes. Inspired by a system commonly used in web2 games, by combining White Ores from mining with Black Ores earned in battles, they can produce $ARCA tokens. Heroes can also be customized through special events and features, which not only alter their appearance but can also provide gameplay advantages, such as enhanced mining power when using event-specific skins. Players can also participate in PvE content by clearing dungeons and defeating bosses for valuable loot or diving into PvP battles to compete against others for rewards and climb seasonal leaderboards for even greater gains. To further boost their earnings, players can stake $ARCA tokens, unlocking additional rewards like free NFTs or a share of profits from NFT sales, adding another layer of value to their in-game investments. In addition to earning tokens through in-game monetization, LoA further enhances sustainability by distinguishing between in-game and external economic factors. This structure allows players to monetize external elements, such as staking $ARCA tokens for special privileges and rewards or sharing in proceeds from NFT assets. This approach aims to foster long-term value creation over short-term speculative gains. LoA will have a total supply of 40,000,000 $ARCA tokens that are distributed among seven pools where each pool will be further subdivided into different rank tiers based on the amount of Gacha Points earned. With countless opportunities and activities in the world of LoA, the game constantly rejuvenates the excitement of its community and players, which will ensure its sustainability in the long run. The game also has plans for extensive single-player content (PVE mode) and multiplayer modes where players can form teams and challenge others in real-time battles. Legend of Arcadia is currently set to launch in November 2024. About Legend of Arcadia Legend of Arcadia (LOA) is a card-based RPG game built on a vast story universe inspired by Kingdom Hearts. LOA is built with the latest technology for the modern gamer, powered by blockchain. Players can enjoy the game for free, on the go, on a mobile device, and socialize in real-time with gamers from across the globe through immersive PvP game modes and by trading highly composable NFTs. Website | X | Discord Contact PR Manager Kelvin Yeo Everest Ventures Group kelvin.yeo@evg.co This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here HONG KONG, Hong Kong, November 4th, 2024/Chainwire/--Legend of Arcadia(LoA) , a new card-based RPG set in an expansive universe inspired by Kingdom Hearts, is bringing a community-driven operational model to Web3 gaming. With a focus on sustainable growth, LoA aims to establish itself as a leading platform by integrating blockchain technology, unique NFT mechanics, and community-centric features that foster long-term player engagement. As the Web3 gaming industry is forecasted to grow to $305 billion by 2030, LoA stands out by addressing key sustainability issues that have previously limited the success of Web3 gaming ventures. Many blockchain-based games have struggled with player retention and engagement, often due to unsustainable reward systems. $305 billion $305 billion LoA’s approach, built on years of gaming experience from its team’s work with industry leaders like Tencent, Hero Entertainment, and Seasun Studios, centers on creating an inclusive, feedback-driven community. Community-Driven Growth And Operations Legend of Arcadia (LoA), a card-based RPG game built on a vast story universe inspired by Kingdom Hearts, has a strong vision for reimagining live operations in Web3, called community-driven operations. Legend of Arcadia Legend of Arcadia The formula combines building a sticky and vocal community driven by a strong feedback loop and nimble implementation of the ideas. This has helped LoA stand out from others. The team has spent the past two years perfecting the formula based on their decade-long experience in driving high DAU and retention at leading game companies such as Tencent, Hero Entertainment, and Seasun Studios. At the same time, building a 60k+ strong community with users that actively interact with the team and provide them with feedback. The right feedback loop between the community and the developer has led to innovative tactics for driving community engagement. For example, rather than hosting traditional alpha tests, the team mixed the idea of esports and competition and invited people to form their own teams to compete during the test. This led to a brand new Guild called Alter Ego Guild being formed in the community, and they remain some of the game’s biggest supporters, helping new players onboard and get deep into LoA. During its three-month campaign, LoA had 100,000+ registered users with minimal marketing spend. It also has very high next-day and 7-day retention of 75% and 56%, respectively, higher than many traditional games' 50% and 20%. As it moves towards its TGE and official game launch, the community continues to provide feedback and support the team. With backing from 10+ investors, including Animoca Brands and OKX Ventures, LoA can further develop the game's vastness, ensuring the community is constantly engaged with new content and utilities of its native token, $ARCA. This ranges from the endless possibilities of different NFT heroes to the countless actions and ways to earn $ARCA tokens. Innovative NFT Mechanics and Extensive Gameplay In LoA, each NFT hero is unique, with randomized genetic traits such as appearance and abilities drawn from a large gene pool of over five trillion combinations, including over 48 types of basic attributes, 40,000+ skill combinations, and more than 28 million gene combinations. This ensures that no two NFT heroes are the same. The game team, supported by AI, has also created countless words and storylines, shaping different toy characters and enriching the stories of LoA. It also enhances player retention by implementing seasonal demands created by the in-game mechanics, which will eventually boost the trading volume. $ARCA Token Distribution and Roadmap In LoA, players can earn tokens through a variety of activities and strategies involving their NFT heroes. Inspired by a system commonly used in web2 games, by combining White Ores from mining with Black Ores earned in battles, they can produce $ARCA tokens. Heroes can also be customized through special events and features, which not only alter their appearance but can also provide gameplay advantages, such as enhanced mining power when using event-specific skins. Players can also participate in PvE content by clearing dungeons and defeating bosses for valuable loot or diving into PvP battles to compete against others for rewards and climb seasonal leaderboards for even greater gains. To further boost their earnings, players can stake $ARCA tokens, unlocking additional rewards like free NFTs or a share of profits from NFT sales, adding another layer of value to their in-game investments. In addition to earning tokens through in-game monetization, LoA further enhances sustainability by distinguishing between in-game and external economic factors. This structure allows players to monetize external elements, such as staking $ARCA tokens for special privileges and rewards or sharing in proceeds from NFT assets. This approach aims to foster long-term value creation over short-term speculative gains. LoA will have a total supply of 40,000,000 $ARCA tokens that are distributed among seven pools where each pool will be further subdivided into different rank tiers based on the amount of Gacha Points earned. With countless opportunities and activities in the world of LoA, the game constantly rejuvenates the excitement of its community and players, which will ensure its sustainability in the long run. The game also has plans for extensive single-player content (PVE mode) and multiplayer modes where players can form teams and challenge others in real-time battles. Legend of Arcadia is currently set to launch in November 2024. About Legend of Arcadia Legend of Arcadia (LOA) is a card-based RPG game built on a vast story universe inspired by Kingdom Hearts. LOA is built with the latest technology for the modern gamer, powered by blockchain. Players can enjoy the game for free, on the go, on a mobile device, and socialize in real-time with gamers from across the globe through immersive PvP game modes and by trading highly composable NFTs. Legend of Arcadia Legend of Arcadia Website | X | Discord Website Website X X Discord Discord Contact PR Manager Kelvin Yeo Everest Ventures Group kelvin.yeo@evg.co 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

Legend Of Arcadia: Redefining Community-Driven Operations

የአርካዲያ አፈ ታሪክ፡ በማህበረሰብ የሚመሩ ስራዎችን እንደገና መወሰን

Legend Of Arcadia: новае азначэнне аперацый, якія кіруюцца супольнасцю

Legenda o Arkadiji: Redefiniranje operacija vođenih zajednicom

Legend Of Arcadia: Omdefinering af fællesskabsdrevne operationer

Leyenda de Arcadia: redefiniendo las operaciones impulsadas por la comunidad

Legend Of Arcadia: ridefinire le operazioni guidate dalla comunità

レジェンド・オブ・アルカディア：コミュニティ主導の運営の再定義

រឿងព្រេងរបស់ Arcadia៖ កំណត់ឡើងវិញនូវប្រតិបត្តិការដែលជំរុញដោយសហគមន៍

ຄວາມຫມາຍຂອງ Arcadia: Redefining ການດໍາເນີນງານທີ່ຂັບເຄື່ອນໂດຍຊຸມຊົນ

Легенда за Аркадија: Редефинирање на операции водени од заедницата

Legjenda e Arcadia: Ripërcaktimi i operacioneve të drejtuara nga komuniteti

Legend Of Arcadia: Переосмислення діяльності, керованої спільнотою

Active Inference AI: Here's Why It's The Future of Enterprise Operations and Industry Innovation

NEW YORK, United States of America, October 29th, 2024/Chainwire/--Student Coin, an educational crypto project established in 2019, has initiated a structured token redemption process following the decision to wind down its primary operations. This move aims to protect the interests of STC token holders as the team transitions its focus towards new ventures. Originally launched by undergraduates from Kozminski University in Warsaw, Poland, Student Coin began as a student-focused initiative designed to explore blockchain applications in academia. The project quickly expanded, reaching over 15,000 students at more than 500 universities by the end of 2020. Throughout its development, Student Coin introduced various products, including the STC Wallet, STC Terminal, STC Academy, and Coinpaper, which supported blockchain education and fostered community engagement. Following the success of its 2021 STC Launchpad, the project experienced continued growth, culminating in a user base of over 200,000. However, as the crypto market evolved, the team faced challenges ranging from legal obstacles and university resistance to the collapse of major exchanges, all of which impacted its operational outlook. Challenges and Strategic Reassessment Despite significant milestones, Student Coin encountered mounting difficulties in achieving its goals. Efforts to scale the STC Wallet as a multi-functional exchange faced legal risks and the collapse of exchanges like FTX forced a rethink. Attempts to expand the STC Terminal were met with resistance from institutions wary of token-based applications. By 2023, it became evident that scaling $STC to meet its desired utility and market value was increasingly difficult. After careful consideration, the Student Coin team opted to phase out products such as the STC Terminal, STC Academy, and other initiatives. This decision reflects the company’s intention to act responsibly by redeeming $STC tokens instead of continuing with limited prospects for growth. The decision was made to distribute all remaining project funds between token holders, ensuring that through winding down the token, everyone receives fair compensation based on their individual situation. The established redemption prices range between $0.006 and $0.0137 per STC Token and are tailored to individual user profiles. Factors such as purchase price, purchase date, token holdings, and participation in programs like the Premium Program influence the final redemption value. This tiered system rewards those who have been with the project from the start and actively engaged with the Student Coin ecosystem. Image: STC token's historical price index along with the major events affecting its fluctuations. STC Token Redemption Process Student Coin’s token redemption program began on April 9, 2024, with an initial window for STC Wallet users that closed on June 9. An additional deadline for redeeming tokens via redemption request on October 9, 2024, marks the closure of the STC Wallet, while on-chain token holders have time until April 9, 2029, to redeem their tokens. This extended timeline accommodates the shutdown of on-chain support and ensures ample opportunity for token holders to complete the redemption process. On-chain holders can transfer tokens to a designated burn address. Users should expect a processing time of up to three months to receive the USDC back to the address. Keep in mind that USDC can only be sent to the address that burned $STC. Users cannot receive USDC at any other address. Furthermore, it is extremely important to remember that users cannot send $STC to the burn address directly from an exchange, as they would lose all of their funds. Read the detailed on-chain burn procedure. About Student Coin Founded in 2019 by a group of university students in Warsaw, Poland, Student Coin sought to harness blockchain technology for educational and community-building purposes. Initially targeting students and academia, the project grew to encompass a global community of over 200,000 users and introduced products such as the STC Wallet, STC Terminal, STC Academy, and Coinpaper. Focused on accessible blockchain education and tokenized solutions, Student Coin rapidly expanded to more than 500 universities worldwide. As the project winds down, the team remains committed to supporting the community through a comprehensive token redemption program and plans to pursue new initiatives in the crypto media sector. For more information, please visit StudentCoin.org. Contact Coinpaper contact@coinpaper.com This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here NEW YORK, United States of America, October 29th, 2024/Chainwire/--Student Coin, an educational crypto project established in 2019, has initiated a structured token redemption process following the decision to wind down its primary operations. This move aims to protect the interests of STC token holders as the team transitions its focus towards new ventures. Originally launched by undergraduates from Kozminski University in Warsaw, Poland, Student Coin began as a student-focused initiative designed to explore blockchain applications in academia. The project quickly expanded, reaching over 15,000 students at more than 500 universities by the end of 2020. Throughout its development, Student Coin introduced various products, including the STC Wallet, STC Terminal, STC Academy, and Coinpaper , which supported blockchain education and fostered community engagement. Coinpaper Coinpaper Following the success of its 2021 STC Launchpad, the project experienced continued growth, culminating in a user base of over 200,000. However, as the crypto market evolved, the team faced challenges ranging from legal obstacles and university resistance to the collapse of major exchanges, all of which impacted its operational outlook. Challenges and Strategic Reassessment Despite significant milestones, Student Coin encountered mounting difficulties in achieving its goals. Efforts to scale the STC Wallet as a multi-functional exchange faced legal risks and the collapse of exchanges like FTX forced a rethink. FTX FTX Attempts to expand the STC Terminal were met with resistance from institutions wary of token-based applications. By 2023, it became evident that scaling $STC to meet its desired utility and market value was increasingly difficult. After careful consideration, the Student Coin team opted to phase out products such as the STC Terminal, STC Academy, and other initiatives. This decision reflects the company’s intention to act responsibly by redeeming $STC tokens instead of continuing with limited prospects for growth. The decision was made to distribute all remaining project funds between token holders, ensuring that through winding down the token, everyone receives fair compensation based on their individual situation. The established redemption prices range between $0.006 and $0.0137 per STC Token and are tailored to individual user profiles. Factors such as purchase price, purchase date, token holdings, and participation in programs like the Premium Program influence the final redemption value. This tiered system rewards those who have been with the project from the start and actively engaged with the Student Coin ecosystem. Image: STC token's historical price index along with the major events affecting its fluctuations. STC Token Redemption Process Student Coin’s token redemption program began on April 9, 2024, with an initial window for STC Wallet users that closed on June 9. An additional deadline for redeeming tokens via redemption request on October 9, 2024, marks the closure of the STC Wallet, while on-chain token holders have time until April 9, 2029, to redeem their tokens. This extended timeline accommodates the shutdown of on-chain support and ensures ample opportunity for token holders to complete the redemption process. On-chain holders can transfer tokens to a designated burn address. Users should expect a processing time of up to three months to receive the USDC back to the address. Keep in mind that USDC can only be sent to the address that burned $STC. Users cannot receive USDC at any other address. Furthermore, it is extremely important to remember that users cannot send $STC to the burn address directly from an exchange, as they would lose all of their funds. Read the detailed on-chain burn procedure . on-chain burn procedure on-chain burn procedure About Student Coin Founded in 2019 by a group of university students in Warsaw, Poland, Student Coin sought to harness blockchain technology for educational and community-building purposes. Initially targeting students and academia, the project grew to encompass a global community of over 200,000 users and introduced products such as the STC Wallet, STC Terminal, STC Academy, and Coinpaper. Focused on accessible blockchain education and tokenized solutions, Student Coin rapidly expanded to more than 500 universities worldwide. As the project winds down, the team remains committed to supporting the community through a comprehensive token redemption program and plans to pursue new initiatives in the crypto media sector. For more information, please visit StudentCoin.org . StudentCoin.org StudentCoin.org Contact Coinpaper contact@coinpaper.com 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

Student Coin Announces Comprehensive STC Token Redemption Following Operational Shutdown

Student Coin anuncia un canje integral de tokens STC tras el cierre operativo

Student Coin annonce le rachat complet des jetons STC après l'arrêt opérationnel

Student Coin、運用停止後の包括的なSTCトークン償還を発表

Studentų moneta praneša apie visapusišką STC žetonų išpirkimą po veiklos nutraukimo

Studenta monēta paziņo par visaptverošu STC marķiera izpirkšanu pēc darbības pārtraukšanas

Syiling Pelajar Mengumumkan Penebusan Token STC Komprehensif Selepas Penutupan Operasi

Študentská minca oznamuje komplexné vyplatenie tokenov STC po operačnom odstavení

Studentmynt tillkännager omfattande inlösen av STC-token efter driftstopp

Sarafu ya Mwanafunzi Inatangaza Ukombozi Kabambe wa Tokeni ya STC Kufuatia Kuzimwa kwa Utendaji

Student Coin оголошує про комплексне погашення токенів STC після припинення роботи

Student Coin thông báo về việc đổi toàn bộ token STC sau khi ngừng hoạt động

Uhlamvu Lwemali Lwezitshudeni Lumemezela Ukukhishwa Kwethokheni Ye-STC Okuphelele Ngemva Kokuvala Umsebenzi

VILNIUS, Lithuanian, October 24th, 2024, Chainwire/--BingX, a global leading cryptocurrency exchange, has fully restored its operational capacity following a recent hot wallet incident, with all deposits and withdrawals back to normal. In response to the event, BingX is unveiling its new "ShieldX" initiative, a comprehensive plan aimed at enhancing the platform's security infrastructure. "ShieldX" introduces an upgraded wallet firewall designed to provide advanced protection against external threats, further safeguarding user assets. BingX has also partnered with leading third-party security firms to implement extra round-the-clock monitoring and threat detection, ensuring any vulnerabilities are identified and addressed swiftly and proactively. In addition to enhanced firewalls and partnerships, BingX will undergo regular, rigorous security audits conducted by independent security agencies. The exchange is also rolling out a new hacker bounty program, offering rewards to security researchers who help identify potential vulnerabilities, reinforcing its dedication to continuous improvement. Utilizing its new cybersecurity initiative, BingX is reaffirming its position as a leader in the cryptocurrency space by putting user safety at the forefront. This initiative not only enhances security but also emphasizes the exchange's long-term commitment to transparency, resilience, and innovation in the face of evolving cybersecurity challenges. Vivien Lin, Chief Product Officer at BingX, emphasized the importance of the platform's swift recovery and ongoing commitment to user security. "We are pleased to confirm our platform has not only returned to standard operations but the platform has also been thoroughly enhanced to a higher performance level than before the incident. BingX's quick response highlights our dedication to safeguarding user assets, with trust, efficiency, and transparency at the heart of our approach. The launch of 'ShieldX' marks a crucial step in proactively strengthening our platform's defenses," Lin said. "Our priority remains ensuring a secure environment for all users through continuous improvements and strategic partnerships. Furthermore, we are committed to collaborating with industry leaders to drive higher security standards across the crypto ecosystem." About BingX Founded in 2018, BingX is a leading cryptocurrency exchange serving over 10 million users worldwide. BingX offers diversified products and services, including spot, derivatives, copy trading, and asset management – all designed for the evolving needs of users, from beginners to professionals. BingX is committed to providing a trustworthy platform that empowers users with innovative tools and features to elevate their trading proficiency. In 2024, BingX proudly became Chelsea FC's principal partner, marking an exciting debut in the world of sports. For media inquiries, users can contact: media@bingx.com For more information users can visit: https://bingx.com/ Contact BingX Media media@bingx.com This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here. VILNIUS, Lithuanian, October 24th, 2024, Chainwire/--BingX, a global leading cryptocurrency exchange, has fully restored its operational capacity following a recent hot wallet incident, with all deposits and withdrawals back to normal. In response to the event, BingX is unveiling its new "ShieldX" initiative, a comprehensive plan aimed at enhancing the platform's security infrastructure. "ShieldX" introduces an upgraded wallet firewall designed to provide advanced protection against external threats, further safeguarding user assets. BingX has also partnered with leading third-party security firms to implement extra round-the-clock monitoring and threat detection, ensuring any vulnerabilities are identified and addressed swiftly and proactively. In addition to enhanced firewalls and partnerships, BingX will undergo regular, rigorous security audits conducted by independent security agencies. The exchange is also rolling out a new hacker bounty program, offering rewards to security researchers who help identify potential vulnerabilities, reinforcing its dedication to continuous improvement. Utilizing its new cybersecurity initiative, BingX is reaffirming its position as a leader in the cryptocurrency space by putting user safety at the forefront. This initiative not only enhances security but also emphasizes the exchange's long-term commitment to transparency, resilience, and innovation in the face of evolving cybersecurity challenges. Vivien Lin , Chief Product Officer at BingX, emphasized the importance of the platform's swift recovery and ongoing commitment to user security. Vivien Lin Vivien Lin "We are pleased to confirm our platform has not only returned to standard operations but the platform has also been thoroughly enhanced to a higher performance level than before the incident. BingX's quick response highlights our dedication to safeguarding user assets, with trust, efficiency, and transparency at the heart of our approach. The launch of 'ShieldX' marks a crucial step in proactively strengthening our platform's defenses," Lin said. "We are pleased to confirm our platform has not only returned to standard operations but the platform has also been thoroughly enhanced to a higher performance level than before the incident. BingX's quick response highlights our dedication to safeguarding user assets, with trust, efficiency, and transparency at the heart of our approach. The launch of 'ShieldX' marks a crucial step in proactively strengthening our platform's defenses," Lin said. "Our priority remains ensuring a secure environment for all users through continuous improvements and strategic partnerships. Furthermore, we are committed to collaborating with industry leaders to drive higher security standards across the crypto ecosystem." "Our priority remains ensuring a secure environment for all users through continuous improvements and strategic partnerships. Furthermore, we are committed to collaborating with industry leaders to drive higher security standards across the crypto ecosystem." About BingX Founded in 2018, BingX is a leading cryptocurrency exchange serving over 10 million users worldwide. BingX offers diversified products and services, including spot, derivatives, copy trading, and asset management – all designed for the evolving needs of users, from beginners to professionals. BingX BingX BingX is committed to providing a trustworthy platform that empowers users with innovative tools and features to elevate their trading proficiency. In 2024, BingX proudly became Chelsea FC's principal partner, marking an exciting debut in the world of sports. For media inquiries, users can contact: media@bingx.com media@bingx.com media@bingx.com For more information users can visit: https://bingx.com/ https://bingx.com/ https://bingx.com/ Contact BingX Media media@bingx.com 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

BingX Restores Full Operations And Unveils "ShieldX" For Enhanced Security

BingX vraća potpune operacije i otkriva "ShieldX" za poboljšanu sigurnost

BingX recupera su actividad completa y presenta "ShieldX" para una seguridad mejorada

BingX retabli operasyon konplè epi devwale "ShieldX" pou sekirite amelyore

BingX משחזר פעולות מלאות וחושף את "ShieldX" לאבטחה משופרת

BingX が完全な運用を回復し、セキュリティ強化のため「ShieldX」を発表

BingX толук операцияларды калыбына келтирет жана күчөтүлгөн коопсуздук үчүн "ShieldX" ачат

BingX atjauno visas darbības un ievieš "ShieldX" uzlabotai drošībai

BingX dia mamerina amin'ny laoniny ny asa feno ary mamoaka ny "ShieldX" ho an'ny fiarovana tsara kokoa

BingX herstelt volledige werking en onthult "ShieldX" voor verbeterde beveiliging

BingX Doly amallary dikeldýär we güýçlendirilen howpsuzlyk üçin "ShieldX" -ni açýar

BingX Yi Vuyisela Matirhelo Hi Ku Helela Na Ku Paluxa "ShieldX" Ku Antswisa Vuhlayiseki

BingX نے مکمل آپریشنز کو بحال کیا اور بہتر سیکورٹی کے لیے "ShieldX" کی نقاب کشائی کی۔

Exploring Data Operations with PySpark, Pandas, DuckDB, Polars, and DataFusion in a Python Notebook

Authors:
(1) Luyang Zhu, University of Washington and Google Research, and work done while the author was an intern at Google;
(2) Dawei Yang, Google Research;
(3) Tyler Zhu, Google Research;
(4) Fitsum Reda, Google Research;
(5) William Chan, Google Research;
(6) Chitwan Saharia, Google Research;
(7) Mohammad Norouzi, Google Research;
(8) Ira Kemelmacher-Shlizerman, University of Washington and Google Research. Table of Links Abstract and 1. Introduction 2. Related Work 3. Method 3.1. Cascaded Diffusion Models for Try-On 3.2. Parallel-UNet 4. Experiments 5. Summary and Future Work and References Appendix A. Implementation Details B. Additional Results 3.2. Parallel-UNet The 128×128 Parallel-UNet can be represented as Combining warp and blend in a single pass. Instead of warping the garment to the target body and then blending with the target person as done by prior works, we combine the two operations into a single pass. As shown in Fig. 2, we achieve it via two UNets that handle the garment and the person respectively. This paper is available on arxiv under CC BY-NC-ND 4.0 DEED license. Authors: (1) Luyang Zhu, University of Washington and Google Research, and work done while the author was an intern at Google; (2) Dawei Yang, Google Research; (3) Tyler Zhu, Google Research; (4) Fitsum Reda, Google Research; (5) William Chan, Google Research; (6) Chitwan Saharia, Google Research; (7) Mohammad Norouzi, Google Research; (8) Ira Kemelmacher-Shlizerman, University of Washington and Google Research. Authors: Authors: (1) Luyang Zhu, University of Washington and Google Research, and work done while the author was an intern at Google; (2) Dawei Yang, Google Research; (3) Tyler Zhu, Google Research; (4) Fitsum Reda, Google Research; (5) William Chan, Google Research; (6) Chitwan Saharia, Google Research; (7) Mohammad Norouzi, Google Research; (8) Ira Kemelmacher-Shlizerman, University of Washington and Google Research. Table of Links Abstract and 1. Introduction Abstract and 1. Introduction 2. Related Work 2. Related Work 3. Method 3. Method 3.1. Cascaded Diffusion Models for Try-On 3.1. Cascaded Diffusion Models for Try-On 3.2. Parallel-UNet 3.2. Parallel-UNet 4. Experiments 4. Experiments 5. Summary and Future Work and References 5. Summary and Future Work and References Appendix Appendix A. Implementation Details A. Implementation Details B. Additional Results B. Additional Results 3.2. Parallel-UNet The 128×128 Parallel-UNet can be represented as Combining warp and blend in a single pass. Instead of warping the garment to the target body and then blending with the target person as done by prior works, we combine the two operations into a single pass. As shown in Fig. 2, we achieve it via two UNets that handle the garment and the person respectively. Combining warp and blend in a single pass. This paper is available on arxiv under CC BY-NC-ND 4.0 DEED license. This paper is available on arxiv under CC BY-NC-ND 4.0 DEED license. available on arxiv

How Parallel-UNet Transforms Virtual Try-On with Implicit Warping and Unified Operations

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