# Сопутствующие статьи по теме Autonomous

Новостной центр HTX предлагает последние статьи и углубленный анализ по "Autonomous", охватывающие рыночные тренды, новости проектов, развитие технологий и политику регулирования в криптоиндустрии.

HashKey CaaS and Lingchu Intelligence Form Strategic Partnership to Jointly Build AI Autonomous Payment Infrastructure

HashKey CaaS and Lingchu Intelligence have entered into a strategic partnership to jointly develop AI autonomous payment infrastructure. The collaboration will focus on data tokenization for robots and the implementation of the HP2 (HashKey Payment Protocol) autonomous payment network, aiming to integrate AI with the digital financial system and build key infrastructure for the embodied intelligence economy. As part of the agreement, Lingchu will deploy 10 dual-arm robots integrated with HashKey CaaS’s HP2 payment protocol, designed for Web3 and AI agents. These robots will gain controlled payment permissions, enabling them to act as autonomous agents to conduct on-chain transactions—such as purchasing services, accessing data interfaces, and earning on-chain income through task execution. Each autonomous transaction will be recorded as an auditable on-chain financial record, transforming the robots from mere smart devices into independent participants in the digital economy. Additionally, HashKey CaaS will tokenize the operational data generated by Lingchu’s robots, turning them into tradable digital assets with monetary value. HashKey’s CEO of On-Chain Business Group, Li Chen, stated that this partnership marks the first application of the HP2 protocol in embodied AI, supporting the integration of robots into the digital financial ecosystem. Wang Qibin, CEO of Lingchu Intelligence, emphasized that the collaboration will help accelerate the transition from R&D to an ecosystem-oriented machine economy. Both parties plan to further explore applications of embodied intelligence in payment and autonomous services, promoting the large-scale practical implementation of AI-driven economic models.

marsbit01/29 07:16

HashKey CaaS and Lingchu Intelligence Form Strategic Partnership to Jointly Build AI Autonomous Payment Infrastructure

marsbit01/29 07:16

Jensen Huang Announces 8 New Products in 1.5 Hours, NVIDIA Fully Bets on AI Inference and Physical AI

NVIDIA CEO Jensen Huang unveiled eight major announcements during his CES 2026 keynote, focusing on advancing AI inference and physical AI technologies. The centerpiece was the NVIDIA Vera Rubin POD AI supercomputer, which integrates six custom chips—Vera CPU, Rubin GPU, NVLink 6 Switch, ConnectX-9 SuperNIC, BlueField-4 DPU, and Spectrum-X CPO—designed for协同 performance. The Rubin GPU offers 5x higher inference and 3.5x higher training performance than Blackwell, with support for HBM4 memory. The Vera Rubin NVL72 system delivers 3.6 EFLOPS in NVFP4 inference performance in a single rack, with enhanced memory bandwidth. NVIDIA also introduced the Spectrum-X Ethernet CPO for improved power efficiency, a推理上下文内存存储平台 to optimize KV cache storage and reduce recomputation, and the DGX SuperPOD based on Rubin architecture, cutting token costs for large MoE models to 1/10. On the software side, NVIDIA expanded its open-source offerings, including new models and datasets, and emphasized the rise of physical AI. The company open-sourced the Alpha-Mayo model for autonomous driving, enabling reasoning-based decision-making, and announced production-ready NVIDIA DRIVE platforms for Mercedes-Benz. Partnerships with Siemens and robotics firms like Boston Dynamics were highlighted, underscoring NVIDIA’s full-stack approach to AI infrastructure and real-world AI applications.

marsbit01/06 04:36

Jensen Huang Announces 8 New Products in 1.5 Hours, NVIDIA Fully Bets on AI Inference and Physical AI

marsbit01/06 04:36

How Does x402 V2 Enable Autonomous Payments for AI Agents?

The x402 protocol, initially developed by Coinbase, leverages the HTTP 402 status code to embed payment logic directly into web requests. The newly released V2 upgrade introduces significant improvements to address limitations in cross-chain support, scalability, identity authentication, and repeated payments experienced in V1. Key enhancements include: - **Wallet Identity and Reusable Sessions**: Supports wallet-based authentication (e.g., Sign-In-With-X via CAIP-122), allowing reusable sessions after initial payment. This reduces latency and costs for high-frequency use cases like AI agent tasks and LLM inference. - **Unified Payment Interface**: Enables multi-chain payments (e.g., Base, Solana) and compatibility with traditional systems (ACH, SEPA, credit cards) via Facilitators. Dynamic payTo routing allows context-aware pricing and complex market structures. - **Modular Architecture**: A plugin-driven SDK simplifies integration, supporting easy expansion to new chains and payment methods without core changes. Multi-Facilitator support automates optimal payment path selection based on preferences. - **Automatic Discovery**: Services can expose metadata for automatic synchronization, ensuring real-time pricing and availability updates without manual intervention. For end-users, V2 enables seamless, subscription-like access with reduced friction. Developers benefit from flexible, low-maintenance payment integration and dynamic pricing models. AI agents gain autonomy to make economic decisions, such as purchasing API calls or compute resources independently using allocated budgets. x402 V2 evolves from a pay-per-use tool into a versatile economic layer, though challenges like ecosystem adoption, modular risks, and regulatory uncertainty remain.

比推12/12 12:36

How Does x402 V2 Enable Autonomous Payments for AI Agents?

比推12/12 12:36

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