MAGNE.AI Secures $2.64M Strategic Funding for Edge AI, Agentic Payments & On-Chain Infrastructure
Road Town, British Virgin Islands, August 5th, 2026, Chainwire
MAGNE.AI, an AI-native hardware and on-chain intelligence infrastructure company, today announced the completion of an additional US$2.64 million strategic financing round, with participation from GAEA Ventures, Titans Ventures and Go2Mars Labs.
Following MAGNE.AI’s previously announced US$10 million strategic financing, the company’s total publicly disclosed funding now stands at US$12.64 million.
The additional financing will accelerate the engineering validation and commercial delivery of MAGNE AI BOX, its integration with MAGNE L1 and MHash L2, and the continued development of MAGNE Agent Pay, an agentic payment infrastructure designed to support x402-compatible transactions between AI agents, applications and digital services.
This financing marks the next stage of MAGNE.AI’s development from a Web3-native AI smartphone platform into an integrated infrastructure stack combining edge intelligence, secure hardware, blockchain-based identity and programmable AI-agent payments.
Building an Integrated Edge AI and On-Chain Intelligence Stack
The rapid adoption of generative AI has created growing demand for private, low-latency and locally controlled computing. However, most AI services still depend heavily on centralized cloud infrastructure, creating challenges involving data privacy, response latency, operating costs, service availability and user control over sensitive information.
At the same time, autonomous AI agents increasingly need trusted mechanisms to verify identities, access services, execute instructions and complete payments without relying entirely on centralized intermediaries.
MAGNE.AI is addressing these challenges through an integrated architecture consisting of:
· MAGNE AI BOX for local model inference, private RAG, multimodal processing and AI-agent execution;
· MAGNE L1 for device identity, authorization, ownership and trusted on-chain records;
· MHash L2 for high-frequency agent interactions, coordination, payment routing and settlement;
· MAGNE Agent Pay for programmable and x402-compatible AI-agent payments;
· MAGNE.AI smartphones as secure personal access points for local intelligence and decentralized applications.
Together, these components form a unified edge AI, agentic payment and on-chain intelligence stack for personal, enterprise and developer applications.
Use of Funds
The US$2.64 million raised will accelerate MAGNE.AI’s growth across three principal areas:
MAGNE AI BOX Engineering Validation and Commercial Delivery
MAGNE.AI will accelerate the engineering validation, product optimization and commercial delivery of MAGNE AI BOX. Designed as a private edge AI computing device, MAGNE AI BOX enables users and organizations to deploy AI capabilities locally rather than transferring all data and workloads to external cloud providers.
Its core capabilities include:
· Local large-language-model inference;
· Private retrieval-augmented generation (RAG);
· Multimodal data processing;
· Local knowledge-base management;
· Private AI-agent execution;
· Enterprise workflow integration;
· Secure connectivity with MAGNE.AI devices and blockchain infrastructure.
The platform is intended for individuals, developers and enterprises that require greater privacy, lower latency and stronger control over AI workloads and proprietary data.
Integration With MAGNE L1 and MHash L2
The financing will support deeper integration between MAGNE AI BOX, MAGNE L1 and MHash L2. MAGNE L1 is designed to provide a trusted foundation for device identity, digital ownership, authorization and infrastructure-level records.
MHash L2 is designed to support more frequent and lower-cost interactions, including AI-agent calls, service coordination, task execution, micropayments and settlement activities. This dual-layer architecture allows AI devices and agents to interact through verifiable identities and programmable permissions while keeping high-frequency activity efficient and scalable.
Through this integration, an AI agent operating locally on MAGNE AI BOX may be able to verify its authorization, request an external service, execute a task and settle the associated payment through an on-chain process.
MAGNE Agent Pay and x402-Compatible Payments
MAGNE.AI will also expand the development of MAGNE Agent Pay, its programmable payment and settlement infrastructure for AI agents. As autonomous agents become capable of searching for services, accessing data, coordinating workflows and executing transactions, they require a payment layer that can operate with minimal human intervention while maintaining clear authorization and accountability.
MAGNE Agent Pay is being developed to support:
· AI-agent-to-agent payments;
· Machine-to-machine transactions;
· Usage-based service payments;
· API and data-access payments;
· Automated task settlement;
· Programmable spending permissions;
· On-chain transaction records;
· x402-compatible payment interactions.
The objective is to provide AI agents with a payment framework that connects identity, authorization, service access and settlement within one integrated system.
From Web3-Native Smartphones to Edge Intelligence Infrastructure
MAGNE.AI initially established its platform around a Web3-native AI smartphone designed to combine on-device intelligence, hardware-level security and direct access to decentralized infrastructure. The smartphone architecture includes secure execution environments, dedicated secure elements, local AI processing and native connectivity to the MAGNE blockchain ecosystem.
MAGNE AI BOX extends this approach beyond the smartphone. While the smartphone serves as a secure personal interface, MAGNE AI BOX is intended to provide greater local computing capacity for private models, enterprise knowledge bases, multimodal applications and autonomous agents.
Together, the two device categories create a distributed intelligent-device environment:
· The smartphone acts as a secure identity, interaction and authorization endpoint;
· MAGNE AI BOX provides local inference and private agent execution;
· MAGNE L1 provides device identity, ownership and trusted records;
· MHash L2 coordinates high-frequency agent activity and settlement;
· MAGNE Agent Pay enables programmable payments between agents, devices and services.
This architecture allows MAGNE.AI to address a wider range of personal and enterprise use cases while maintaining a consistent focus on local intelligence and user-controlled infrastructure.
Challenges Addressed
Data Privacy
Cloud-based AI platforms often require users to upload sensitive documents, communications and business information to third-party infrastructure. MAGNE AI BOX is designed to process models, private knowledge bases and agent workflows locally, helping users retain greater control over their information.
Latency and Availability
AI applications that depend entirely on remote cloud services may be affected by network latency, service interruptions or regional access limitations. Local inference enables selected workloads to continue operating closer to the user and with reduced dependence on constant cloud connectivity.
Agent Identity and Authorization
Autonomous agents need verifiable identities and clear permission boundaries before they can safely access services or initiate transactions. MAGNE L1 is designed to provide the identity and authorization layer connecting users, devices and AI agents.
High-Frequency Coordination
AI-agent workflows may generate frequent calls, service requests and microtransactions that are not suited to expensive or congested base-layer execution. MHash L2 is designed to coordinate these high-frequency activities with improved efficiency.
Programmable Payments
Traditional payment systems were designed primarily for human-initiated transactions rather than autonomous software agents. MAGNE Agent Pay aims to provide programmable payment capabilities for agent-to-agent and machine-to-machine economic activity.
Security and Trust Architecture
Security remains a central component of the MAGNE.AI ecosystem. MAGNE.AI combines secure hardware, local computation and blockchain-based verification to create multiple trust layers across devices and applications.
The architecture is designed to support:
· Hardware-protected identity credentials;
· Secure storage and cryptographic signing;
· Trusted device and agent authorization;
· Local processing of private data;
· Verifiable service access;
· Programmable transaction permissions;
· Transparent on-chain settlement records.
Rather than relying on a single centralized trust provider, MAGNE.AI distributes trust across secure devices, local intelligence and blockchain infrastructure. This approach is intended to support applications where both privacy and verifiability are required.
Market Opportunity
The expansion of generative AI is driving demand for infrastructure that can bring models and autonomous agents closer to users. Individuals increasingly require private AI assistants capable of working with personal files and sensitive information. Enterprises require AI systems that can access proprietary knowledge without transferring all data to public cloud environments. Developers require infrastructure through which agents can authenticate, call services and settle payments programmatically.
MAGNE.AI is positioning its platform at the intersection of four major technology categories:
· Edge AI computing;
· AI-native consumer hardware;
· Blockchain-based identity and settlement;
· Autonomous-agent payment infrastructure.
By connecting these categories within one device and network ecosystem, MAGNE.AI aims to provide infrastructure for a new generation of locally executed and economically autonomous AI applications.
Development Roadmap
Following the additional financing, MAGNE.AI will focus on the following development priorities:
· Complete further engineering validation of MAGNE AI BOX;
· Advance production readiness and initial commercial delivery;
· Optimize local inference, private RAG and multimodal processing;
· Expand enterprise and developer deployment scenarios;
· Integrate AI BOX identities and permissions with MAGNE L1;
· Connect AI-agent activity and settlement with MHash L2;
· Develop MAGNE Agent Pay and x402-compatible transaction capabilities;
· Expand the MAGNE.AI intelligent-device and developer ecosystem;
· Establish additional partnerships across AI, Web3, payments and infrastructure markets.
Strategic Investor Participation
The participation of GAEA Ventures, Titans Ventures and Go2Mars Labs reflects continued strategic support for MAGNE.AI’s expansion into edge AI infrastructure and autonomous-agent payments.
Following the financing announcement, GAEA Ventures publicly confirmed its support for MAGNE.AI’s US$2.64 million add-on round, highlighting the role of MAGNE AI BOX in enabling private local agents and programmable on-chain payments.
Go2Mars Labs also publicly confirmed its participation in the financing round and expressed its support for MAGNE.AI’s continued development. Titans Ventures previously announced a strategic partnership with MAGNE.AI focused on the convergence of Web3 mobile infrastructure, hardware-level security and local intelligence.
The investors will support MAGNE.AI as it advances product commercialization, ecosystem development and international market expansion.
About MAGNE.AI
MAGNE.AI is building an integrated edge AI and on-chain intelligence ecosystem combining AI-native hardware, secure devices, blockchain infrastructure and programmable agent payments. Its ecosystem includes the MAGNE.AI Web3-native AI smartphone, MAGNE AI BOX, MAGNE L1, MHash L2 and MAGNE Agent Pay.
MAGNE AI BOX provides local model inference, private RAG, multimodal processing and private AI-agent execution. MAGNE L1 supports device identity, authorization and digital ownership. MHash L2 enables high-frequency agent coordination and settlement, while MAGNE Agent Pay is being developed to support programmable and x402-compatible AI-agent payments.
MAGNE.AI’s mission is to bring intelligence closer to users while providing the identity, trust and payment infrastructure required for the emerging autonomous-agent economy.
About GAEA Ventures
GAEA Ventures is a strategic investment organization focused on supporting emerging projects across artificial intelligence, blockchain infrastructure, digital assets and next-generation technology ecosystems. Through strategic investment, ecosystem resources and industry collaboration, GAEA Ventures supports projects building long-term infrastructure and technology-driven applications.
About Titans Ventures
Titans Ventures is a Web3-focused investment and strategic ecosystem organization supporting projects across blockchain infrastructure, consumer applications, digital assets and emerging technologies. Titans Ventures works with portfolio and strategic partner projects through investment, market connectivity, ecosystem development and international community resources.
About Go2Mars Labs
Go2Mars Labs is a Web3 investment, incubation and ecosystem-development organization supporting early-stage and growth-stage blockchain projects. Its activities include strategic investment, project incubation, technical and market development, ecosystem partnerships and global growth support.
News on X Link
https://x.com/Magne_Ai/status/2079827220215079035
Public responses to the MAGNE.AI financing announcement from verified investor accounts on X.
Prepared for submission to News.Bitcoin.com. Reference layout: MAGNE.AI US$10M strategic financing press release published 25 August 2025.