The Power of TuCards: How We're Bringing Networked Applications to Life
Betty Owhor
Other
7 months ago
At TuumIO, our cutting-edge method for creating networked apps is transforming the Web3 environment. TuCards, the essential building blocks that are revolutionising our understanding of decentralised programs (dApps) and user interactions in the digital environment, are helping us realise our vision for a genuinely decentralised internet.
Now let's discuss TuCards.
At TuumIO, TuCards are the cornerstone of our vision. We've advanced the idea of networked information blocks, drawing inspiration from Bill Atkinson's revolutionary 1987 HyperCard system at Apple.
An enclosed object model known as a TuCard acts as the fundamental building block of information in our TuumIO Networks. It's a potent tool made especially for decentralised applications, not merely a data gathering or table. Every TuCard has the following contents:
Data Models: Both static and event-driven data models that define how information is structured and processed.
UI Models: Card UI and tiles that can be easily defined using standard UI components.
Action Interfaces: Read/write actions, navigation controls, and communication interfaces with other TuumIO Wallets and primitives.
Interoperability: The ability to be received, sent, and read by various TuumIO primitives based on access permissions and on-chain consent.
How We're Powering Networked Applications with TuCards
At TuumIO, we've designed TuCards to be dynamic, networked applications in their own right. Here's how we're bringing networked applications to life:
Peer-to-Peer Interaction: Our TuCards can exchange data and consent directly between users, facilitating seamless interaction across the TuumIO network without the need for centralized intermediaries.
Event-Driven Architecture: Leveraging our TuumIO Protocol, TuCards can securely transfer events to TuNodes (user-owned compute nodes), allowing them to consume and publish data according to their designated roles within the network.
User-Owned Compute: Each TuCard is executed by the TuumIO Wallet and TuNode, ensuring that computation happens at the user's end rather than on centralized servers. This approach gives users full control over their data and application logic.
Decentralized Data Flow: Our TuCards enable a truly decentralized data flow, where information moves directly between peers in the network, governed by the TuumIO Protocol and user consent.
As we move towards a more decentralized internet, we invite you to join us in shaping the future of networked applications. Our TuCards and the TuumIO ecosystem are set to play a crucial role in this transformation, offering a glimpse into a world where privacy, user control, and seamless interaction coexist.
Download the TuumIO Wallet on Google Play or the App Store: https://linktr.ee/tuumio
Now let's discuss TuCards.
At TuumIO, TuCards are the cornerstone of our vision. We've advanced the idea of networked information blocks, drawing inspiration from Bill Atkinson's revolutionary 1987 HyperCard system at Apple.
An enclosed object model known as a TuCard acts as the fundamental building block of information in our TuumIO Networks. It's a potent tool made especially for decentralised applications, not merely a data gathering or table. Every TuCard has the following contents:
Data Models: Both static and event-driven data models that define how information is structured and processed.
UI Models: Card UI and tiles that can be easily defined using standard UI components.
Action Interfaces: Read/write actions, navigation controls, and communication interfaces with other TuumIO Wallets and primitives.
Interoperability: The ability to be received, sent, and read by various TuumIO primitives based on access permissions and on-chain consent.
How We're Powering Networked Applications with TuCards
At TuumIO, we've designed TuCards to be dynamic, networked applications in their own right. Here's how we're bringing networked applications to life:
Peer-to-Peer Interaction: Our TuCards can exchange data and consent directly between users, facilitating seamless interaction across the TuumIO network without the need for centralized intermediaries.
Event-Driven Architecture: Leveraging our TuumIO Protocol, TuCards can securely transfer events to TuNodes (user-owned compute nodes), allowing them to consume and publish data according to their designated roles within the network.
User-Owned Compute: Each TuCard is executed by the TuumIO Wallet and TuNode, ensuring that computation happens at the user's end rather than on centralized servers. This approach gives users full control over their data and application logic.
Decentralized Data Flow: Our TuCards enable a truly decentralized data flow, where information moves directly between peers in the network, governed by the TuumIO Protocol and user consent.
As we move towards a more decentralized internet, we invite you to join us in shaping the future of networked applications. Our TuCards and the TuumIO ecosystem are set to play a crucial role in this transformation, offering a glimpse into a world where privacy, user control, and seamless interaction coexist.
Download the TuumIO Wallet on Google Play or the App Store: https://linktr.ee/tuumio
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