Cubiq Network is building the future of decentralized applications by enabling mobile devices to participate as first-class citizens in blockchain networks.
To democratize access to blockchain technology by making it accessible, secure, and efficient for billions of mobile users worldwide, without compromising decentralization.
Cubiq Network is a groundbreaking blockchain platform designed from the ground up to integrate mobile devices into the core of its decentralized infrastructure. By leveraging zero-knowledge proofs and a modular architecture, Cubiq offloads heavy computation to a cloud-based prover network, allowing even low-end smartphones to act as full-fledged validators ("Qubes").
Our innovative approach addresses the long-standing challenge of mobile participation in blockchain, unlocking unprecedented scalability, decentralization, and accessibility for the next generation of dApps.
We envision a world where every smartphone is a node, every user is a participant, and blockchain technology is seamlessly integrated into daily life. Cubiq aims to be the foundational layer for a truly global, mobile-native decentralized internet.
Empowering billions of mobile users to participate in network consensus and governance.
Leveraging zero-knowledge proofs to ensure integrity and privacy of transactions.
Cubiq is built upon a set of core principles that guide our development:
Cubiq Network is developed by a passionate team of blockchain engineers, cryptographers, and mobile developers dedicated to pushing the boundaries of decentralized technology. Our team combines deep academic expertise with practical industry experience to build a robust and innovative platform.
Experts in Rust, Solidity, and ZK-SNARKs, building the core protocol.
Leading research into new proof systems and cryptographic primitives.
Specialists in Android and iOS development, optimizing for mobile environments.
The development of Cubiq follows a phased, modular rollout strategy, enabling early adoption by mobile validators and progressive decentralization. Each phase builds upon the prior with backwards compatibility and focus on real-world interoperability and ZK usability.
