MAGNE.AI

MAGNE.AI is a US-led technology company developing what it describes as the first AI-native Web3 smartphone and mobile infrastructure for the decentralized internet. The company aims to integrate hardware, blockchain, and AI to create a mobile-first entry point to decentralized ecosystems.

The core product is a smartphone that features hardware-level cryptographic security, on-device AI processing, and Web3-native protocols. Key features include a secure element (CC EAL6+ certified) for private key storage and offline backups, a dedicated AI NPU for local AI inference to ensure data privacy, and a proprietary dual-chain architecture (L1+L2) called MHash Chain, which is built on the OP Stack. This design is intended to provide secure management of crypto assets, private data processing, and the ability for users to participate in decentralized networks and mining for potential rewards.

In August 2025, MAGNE.AI announced it had secured $10 million in a strategic financing round with participation from venture capital firms Castrum Capital, DuckDAO, TB Ventures, and Becker Ventures. The company stated the funds would be used to accelerate the development of its L1+L2 dual-chain architecture, advance the mass production of its AI and blockchain security chip, and expand its global market presence. The company officially unveiled its first Web3 AI smartphone at a launch event in Kuala Lumpur on July 20, 2025. MAGNE.AI is also focused on building a developer ecosystem by providing an open SDK and chip integration documentation.

The MAGNE.AI brand is registered under Magical Hash, a North American technology entity with engineering and product teams based in the region who have expertise in blockchain architecture, embedded systems, and AI inference models.

Keywords: Web3 smartphone, decentralized mobile, AI native hardware, hardware wallet, on-device AI, dual-chain blockchain, secure element, DePIN, crypto security, mobile-first Web3, MHash Chain, L1+L2 architecture, decentralized identity, local AI inference, cryptographic security, asset protection, decentralized applications, secure chip, blockchain phone, AI hardware, Web3 infrastructure