CyberConnect

CyberConnect is a decentralized social graph protocol that enables users to own, control, and port their social identity—including their connections, followers, and content—across different decentralized applications (dApps). Built primarily on the Ethereum and Polygon blockchains, it functions as a public infrastructure layer, allowing developers to build social applications without being locked into a single platform's proprietary network. This solves the problem of fragmented social data in Web2, where a user's network on one platform (like Twitter) is siloed and cannot be used elsewhere.

The protocol's core data structure is the CyberAccount, a smart contract wallet that serves as a user's portable identity. Attached to this account is the social graph, a record of connections (following/followers) and user-generated content stored on decentralized networks like IPFS and Arweave. Key technical components include the CyberConnect Smart Contract for on-chain relationship logic and the CyberConnect Indexer for efficient querying of the social graph data. This architecture ensures data sovereignty, where users, not platforms, are the ultimate custodians of their social footprint.

For developers, CyberConnect provides a suite of software development kits (SDKs) and application programming interfaces (APIs) to easily integrate social features like profiles, feeds, and connection systems into their dApps. This eliminates the need to build a social graph from scratch, significantly reducing development time and fostering interoperability. A dApp for decentralized blogging, for example, can instantly access a user's existing follower base from a previous social finance (SocialFi) app, creating a seamless, composable user experience across the Web3 ecosystem.

The protocol's utility and governance are powered by the CYBER token. Its primary uses include paying for network transaction fees (gas) for social graph operations, participating in the decentralized autonomous organization (DAO) governance to decide on protocol upgrades, and staking to secure the network. This economic model aligns incentives among users, developers, and network operators, ensuring the protocol's sustainable and community-driven evolution.

CyberConnect enables a wide range of use cases in the emerging Web3 social landscape. These include SocialFi platforms that monetize social influence, decentralized autonomous organizations (DAOs) with integrated reputation systems, creator economies where artists own their subscriber relationships, and gaming ecosystems with portable player profiles and friend lists. By providing a universal social layer, CyberConnect is a foundational piece of infrastructure for building a user-centric, open internet.

At its core, CyberConnect operates on a modular architecture consisting of three primary layers: the Data Network, the Smart Contract Layer, and the Indexer. The Data Network, built on IPFS and Arweave, stores the actual social data—profiles, posts, and connections—in a decentralized manner. The Smart Contract Layer, deployed on Ethereum and compatible Layer 2 networks like Optimism and Arbitrum, manages the permission logic, access control, and economic incentives for the network. This separation ensures data sovereignty and portability for users.

User interactions are facilitated through a cyberGraph, a composable data structure that maps relationships. When a user follows another or creates a post, this action is signed by their wallet, forming a verifiable attestation. This attestation is sent to a CyberConnect node, which validates it against the smart contracts before indexing the new connection and pinning the content to the Data Network. This process creates a portable, user-owned social footprint that any integrated application can permissionlessly read and write to, breaking down data silos.

For developers, integration is achieved via the CyberConnect SDK and APIs, which abstract the underlying blockchain complexity. The protocol's Indexer provides fast, efficient querying of the social graph, enabling applications to fetch a user's connections and content without directly interacting with slow blockchain nodes. Key technical mechanisms include a staking model for node operators to ensure data availability and the use of ERC-4337 Account Abstraction to improve user experience with features like gasless transactions and social recovery.

CyberConnect is a decentralized social graph protocol that enables users to own their social identity, connections, and content, allowing them to port their social network across different decentralized applications (dApps). At its core, it functions as a public utility for social data, built on a modular architecture that separates the data layer from the application layer. This design ensures that user profiles, follower lists, and other social primitives are not siloed within a single platform but are instead interoperable assets controlled by the user's cryptographic keys.

The protocol's architecture is anchored by its decentralized data network, which stores social graph data on IPFS (InterPlanetary File System) and anchors the content identifiers (CIDs) to a blockchain, initially Ethereum and later expanding to EVM-compatible chains like Polygon and BNB Chain. This hybrid approach leverages blockchain for secure, verifiable ownership and consensus while using decentralized storage for efficient, scalable data handling. The on-chain CyberProfile, represented by a non-fungible token (NFT), serves as the user's portable identity root, linking to their off-chain social data.

Key technical components include the CyberConnect Smart Contracts, which manage the minting and updating of CyberProfile NFTs, and the CyberConnect Indexer, a decentralized service that queries and aggregates social graph data from the network. Developers interact with the protocol via the CyberConnect Software Development Kit (SDK), which provides APIs for essential social functions such as createProfile, follow, and post. This abstraction layer allows dApp builders to integrate decentralized social features without managing underlying infrastructure.

A critical innovation is the protocol's delegated execution model, which uses meta-transactions to allow users to perform social actions (like following) without paying gas fees for each interaction. Instead, a relayer network or the dApp itself can sponsor these transactions, significantly improving user experience. This model is governed by the CYBER token, which is used for governance, paying network fees, and incentivizing relayers and indexers within the ecosystem.

The architecture is designed for composability, meaning any application can read from and write to a user's unified social graph. For example, a user's follower list built in a social dApp can be instantly recognized by a gaming or DeFi dApp, enabling new forms of social discovery and curation. This breaks the traditional platform-centric model, creating a user-centric web where social capital is a persistent, transferable asset across the open internet.