The advent of Physical AI represents a significant leap forward in the evolution of artificial intelligence. Unlike traditional AI, which primarily operates in virtual environments, Physical AI seamlessly integrates with the physical world, enabling machines to perceive, understand, and interact with their surroundings. This new wave of AI development is driven by large AI models and advancements in spatial intelligence, which equip smart devices with enhanced cognitive and decision-making capabilities.
As of November 2025, SpatiX has been at the forefront of this revolution, achieving an unprecedented milestone with over 1 trillion spatial intelligence service calls per month. This massive scale underscores the growing demand for high-precision spatial intelligence, a critical component for the success of Physical AI. The ability to process 380,000 spatial service requests every second highlights the robustness and efficiency of SpatiX's platform, paving the way for intelligent agents to operate seamlessly in the real world.
Spatial intelligence serves as the backbone of Physical AI, providing the necessary "nervous system" for intelligent agents to navigate and interact with their environment. By integrating multi-source perception data with advanced AI algorithms, spatial intelligence enables machines to perform complex spatial-temporal planning, decision-making, and control tasks with high precision.
SpatiX's spatial intelligence services are built on a unified, high-precision spatial-temporal benchmark that transcends the limitations of traditional 2D vision. This comprehensive approach endows machines with a deep understanding of their 3D surroundings, allowing them to perceive, plan, and execute actions much like humans. The integration of AI and spatial intelligence creates intelligent agents capable of functioning autonomously in various scenarios, from autonomous vehicles to drones and robots.
One of the most impactful applications of Physical AI and spatial intelligence is in the realm of intelligent driving. SpatiX's high-precision positioning modules and satellite-based RTK systems have revolutionized the capabilities of connected vehicles. With spatial-temporal services boasting an integrity risk as low as 10⁻⁷ per hour, intelligent vehicles can achieve high-level functions such as high-speed NOA (Navigate on Autopilot).
Currently, SpatiX serves over 3.5 million intelligent connected vehicles, covering mainstream brands like XPeng, AION, Li Auto, and Geely, among others. The platform supports intelligent driving over 10 billion kilometers monthly, demonstrating its reliability and efficiency. As the industry progresses from L2-level assisted driving to L3-level autonomous driving, the demand for precise spatial-temporal services will continue to grow, making them an indispensable component of intelligent driving systems.
The low-altitude economy, encompassing sectors such as drone operations and aerial inspections, is another area where Physical AI and spatial intelligence are making significant strides. SpatiX's spatial-temporal infrastructure provides accurate mapping of real-world low-altitude scenarios, facilitating precise air route planning and safe low-altitude flights.
To date, SpatiX has enabled over 200,000 low-altitude aircraft, including drones, to complete critical tasks such as power grid inspection, water area management, agricultural plant protection, and night sky performances. The cumulative low-altitude service mileage of nearly 4 billion kilometers is a testament to the platform's capabilities, effectively supporting these aircraft as they navigate complex environments.
Beyond industrial applications, spatial intelligence is transforming the consumer sector by enhancing everyday experiences. SpatiX and its partners have developed innovative applications like lane-level navigation and traffic light countdowns, significantly upgrading mobile phone positioning accuracy from "road-level" to "lane-level."
With over 50 million mobile phones supporting SpatiX's spatial-temporal capabilities, the impact on user navigation experience is profound. Mainstream brands such as Huawei, Honor, OPPO, and VIVO have integrated these advancements, offering consumers unparalleled precision and reliability in their navigation applications. This leap in technology underscores the growing importance of spatial intelligence in consumer products.
As the industry transitions from the "Internet of Things" to the "Intelligent Connection of Things," the demand for high-precision spatial-temporal services is set to explode. The number of intelligent cars, robots, and low-altitude aircraft will grow exponentially, and their reliance on spatial intelligence will shift from optional to essential.
SpatiX is well-positioned to meet this burgeoning demand, thanks to its cloud-native architecture and AI-driven intelligence. With the capability to handle millions of concurrent requests per second, SpatiX ensures that its spatial-temporal services remain reliable and scalable. As Physical AI continues to evolve, spatial intelligence will play a pivotal role in enabling AI to "land in the physical world," driving innovation across various industries and transforming the way we interact with technology.
In conclusion, the integration of Physical AI and spatial intelligence marks a new era in AI development. By providing high-precision spatial-temporal services, SpatiX is revolutionizing sectors such as intelligent driving, the low-altitude economy, and consumer applications. As we move towards a future where intelligent devices are ubiquitous, the role of spatial intelligence will become increasingly vital, shaping the landscape of technological innovation.