ICB Network, a blockchain designed to offer scalable and user-friendly applications globally, today announced a strategic collaboration with Seek Protocol, a Solana-based platform that redefines how users interact with virtual assets and digital spaces. This partnership enabled the integration of ICB Network’s infrastructure with Seek Protocol’s ecosystem to boost real-world engagement and immersive on-chain discovery on Seek’s platform.
Seek Protocol is a Web3 project that combines the Solana Layer-1 blockchain, geofencing technology, augmented reality, and AI agents to revolutionize how people interact with digital worlds. Its augmented reality and geofencing technologies allow users to interact with virtual worlds and turn every step into an opportunity. By running on top of the Solana Layer-1 blockchain, the Seek Protocol allows projects and developers to distribute their tokenized assets to users in a gamified and engaging manner. Its AI agents enable users to move assets and interact across multiple blockchains and enhance their decision-making activities.
ICB Network is thrilled to announce a partnership with @SeekProtocol, the pioneer of AI-driven Augmented Reality (AR) gaming.
— ICB Network (@icbx_network) December 21, 2025
This collaboration merges $ICBX infrastructure with Seek’s live mobile ecosystem to drive real-world engagement and immersive on-chain discovery. pic.twitter.com/MPZqekoabQ
Benefits That The Seek Protocol Gains by Integrating with the ICB Network
By integrating ICB Network’s scalable and fast processing infrastructure into its decentralized network, Seek Protocol allows its customers to access greater applications at an advanced scalability and seamlessness driven by the ICB Network.
Powered by its native ICBX token, ICB Network is an interoperable Layer-1 blockchain that connects with various blockchains like Ethereum, BNB Chain, Polygon, Avalanche, and several others. The blockchain allows people to move tokens and data safely, rapidly, and cost-efficiently using its Layer-1 chain infrastructure that aims to facilitate affordable, secure, and quick transactions. This ecosystem is essential for projects and developers looking to develop and deploy smart contracts, DApps, and other blockchain-based solutions. By resolving high cost, security, and scalability challenges hindering the operations of several blockchain platforms, the ICB Network distinguishes itself as a solution for developers and businesses seeking a reliable blockchain infrastructure.
Through the partnership above, the Seek Protocol leverages ICB Network’s fast, secure, and scalable architecture to enhance its user experience by substantially decreasing gas fees and settling transactions at high speeds on its platform. Also, with ICB Network supporting a wide range of applications and interoperable with multiple chains, its integration enriches the Seek Protocol’s ecosystem, contributing to Seek’s network growth and enabling its users to access various Dapps across broader interconnected blockchain ecosystems.
Unlocking User Opportunities Through Cross-Chain Interoperability
The partnership between Seek Protocol and ICB Network highlights three main challenges that hinder the efficient operations of multiple chains in Web3: speed, scalability, and cost. Specifically, most protocols experience what is commonly recognized as the scalability trilemma: the challenge of balancing scalability, decentralization, and security. This trilemma thing is a complicated issue. For instance, as more customers engage in transactions, blockchain networks can become congested, resulting in slower transaction times.
The collaboration above showcases why interoperability is a priority among decentralized projects. By embracing blockchain interoperability, both Seek Protocol and ICB Network solve on-chain fragmentation by enabling their respective chains to communicate, share data, and transfer value efficiently. And build vital connections between them, allowing their ecosystems to function as a unified network while maintaining each platform’s unique advantages and autonomy.