-- Recently, Valley 101, a premier tech platform, hosted the Alignment 2026 summit in the U.S., focusing on the frontier future of Physical AI. The high-profile event convened the industry's most influential pioneer companies, including software and compute leaders such as NVIDIA, Google DeepMind, OpenAI, Anthropic, and Microsoft. As the summit's Presenting Sponsor, a leading embodied AI company, PaXini AI, took center stage, drawing distinct industry attention by bringing the insightful conversation on physical interaction and tactile sensing into the global dialogue.
As artificial intelligence advances into physical environments, tactile perception serves as the essential bridge alongside vision and spatial compute, translating high-level spatial understanding into real-world physical manipulation. While visual and reasoning models excel at spatial planning and high-level intent reasoning, tactile sensing brings fine-grained physical contact, micro-scale friction awareness, and millisecond-precision force control to systems. At the summit, PaXini demonstrated this multi-modal synergy through a high-precision dynamic physical interaction: a dexterous hand continuously rotated a cube with its fingertips during dynamic physical interaction. Behind this smooth rotation lies the deep synergy of PaXini's core PIE architecture: Perception, Intelligence, and Execution. From proprietary chips, full-body tactile sensing networks, and omni-modal data collection to the OmniVTLA 2.0 AI model and high-precision execution terminals, these elements build a complete infrastructure engine for complex physical interactions.
This vertically integrated tactile infrastructure aligns naturally with the global Physical AI ecosystem, offering valuable synergy for foundation model developers, research labs, and robotics platforms worldwide. Global AI leaders have achieved remarkable breakthroughs in large reasoning models, spatial compute, and high-level motion planning. As these advanced algorithms expand into the physical world, real-world contact dynamics provide an enriching dimension. PaXini’s human-centric Data Collection, 10-billion-scale physical interaction dataset offers a valuable real-world contact reference. Designed without body dependency for cross-embodiment generalization, these physical datasets complement global algorithmic frameworks, helping models navigate complex contact environments and achieve adaptive closed-loop force control.
This deep valuable synergy is particularly evident in the strong global demand for high-quality, isomorphic interaction data. To address long-standing algorithmic challenges like human-to-robot retargeting mapping errors and data distortion, PaXini developed human-centric isomorphic hardware, such as its PXCap series of five-finger data collection gloves. By integrating multi-dimensional tactile sensors, wide-angle vision, and high-precision joint encoders, the gloves achieve hardware synchronization across touch, vision, and pose tracking. Featuring a lightweight bionic design with native signal output, the device efficiently converts human demonstrations into highly consistent physical ground truth. This approach delivers standardized data assets for model training, laying a solid foundation for deep physical collaboration.
Rather than acting merely as a hardware vendor, PaXini is committed to serving as a solid infrastructure partner alongside global technology pioneers. By providing battle-tested hardware matrices and high-value physical contact datasets, PaXini helps global algorithm developers and platform builders seamlessly connect their systems to native physical touch. This collaborative approach allows software and model pioneers to focus on core model intelligence, while relying on a standardized physical touch layer to ground their high-level reasoning in physical interaction.
PaXini's full-stack architecture has established a proven commercial track record in advanced manufacturing through deep deployments with industry powerhouses like Geely. Marking a pivotal milestone, PaXini’s proprietary tactile sensing chips achieved million-scale commercial delivery, validating the extreme reliability and cost efficiencies of its custom semiconductors under demanding industrial conditions. Concurrently, at the data and platform layer, PaXini deepens collaboration with internet giants such as Baidu Cloud, driving seamless integration between high-value physical interaction datasets, compute power, and storage infrastructure. Together, these achievements build an insurmountable manufacturing, ecological, and technological moat for its physical AI infrastructure.
Through continuous research and validation, PaXini has refined its full-stack technology: perception hardware, data collection, model training, and real-world deployment, into a reliable Physical Intelligence infrastructure. Leveraging deep industrial expertise and scaled delivery capabilities, PaXini is accelerating its global ecosystem partnerships. By packaging its structural advantages in tactile sensing hardware, real-world physical data collection, and hardware supply chain efficiency into a standardized tactile matrix, ready-to-use datasets, and validated execution terminals, PaXini enables AI companies in Silicon Valley and beyond to rapidly deploy in the physical world—while embedding itself in the global algorithm ecosystem and contributing to standards.
Standing at the threshold of the Physical AI era, PaXini looks forward to working hand in hand with global pioneers to accelerate embodied intelligence from technological innovation to scaled application, so that algorithmic intelligence can truly execute in the physical world and together we can usher in a new era of Physical AI.
Contact Info:
Name: Yang Guo
Email: Send Email
Organization: PaXini AI
Website: https://www.paxini.com/us/
Release ID: 89206141
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