From Perception to Mobility: SLAMTEC Showcases Advanced Robotics Technologies at WRC 2026

Seeing is where a robot's perception of the world begins. Understanding is the foundation for autonomous action. Mobility is what turns intelligence into real-world capability.

Recently, the World Robot Conference 2026 (WRC 2026) successfully concluded. As a major platform for exchange and collaboration in the robotics industry, this year's event brought together companies from across the global robotics value chain, research institutions, and industry experts to explore advances in robotics innovation, industrial development, and real-world applications. The event showcased the latest progress across the industry—from breakthroughs in core technologies to practical deployment across diverse scenarios.

At WRC 2026, SLAMTEC presented a comprehensive portfolio spanning LiDAR, spatial vision, autonomous navigation, and robot platforms, demonstrating new possibilities for robotics—from perception to mobility, and from “seeing” to “acting.”

On the Show Floor: Technology That Drew the Spotlight

Throughout the exhibition, the SLAMTEC booth attracted a steady stream of visitors, including industry customers, developers, and robotics experts, who stopped by to exchange ideas and experience live demonstrations of SLAMTEC's latest technologies and products.

To better demonstrate SLAMTEC's spatial perception capabilities, Aurora S conducted a live large-scale mapping demonstration.

Moving smoothly throughout the exhibition venue, Aurora S required no pre-deployed markers to rapidly scan and perceive large-scale environments. It generated high-precision, drift-free environmental maps in real time, maintaining smooth and stable mapping performance even across expansive spaces.

The demonstration highlighted Aurora S's capabilities in large-scale environmental perception and spatial reconstruction, attracting considerable attention from visitors on site.

SLAMTEC was also interviewed by several industry media outlets during the event, sharing its technical practices and industry insights on robot perception, autonomous navigation, and mobility.

SLAMTEC continues to explore how robots can “see more clearly and understand more deeply,” while giving visitors a more intuitive view of how spatial perception technologies are evolving and reshaping robotics.

Four Key Areas: Enabling Robots to “See” and “Act”

LiDAR | A Comprehensive Product Portfolio

At WRC 2026, SLAMTEC showcased a comprehensive LiDAR portfolio covering short-, medium-, and long-range sensing requirements for both indoor and outdoor applications.

With high-precision and highly reliable environmental sensing capabilities, SLAMTEC LiDARs provide robots with a solid perception foundation while meeting the diverse sensing requirements of different industries and robotic platforms.

Spatial Vision | Giving Robots the Ability to Understand Space

At the booth's demonstration area, SLAMTEC showcased the powerful dense-mapping capabilities of its spatial vision technology.

Powered by multimodal sensor fusion, robots can rapidly build high-precision 3D maps, recognize environmental structures, and perceive obstacle information—taking the leap from “seeing the environment” to “understanding space.”

These capabilities provide a solid foundation for higher levels of intelligence in humanoid robots and mobile manipulation robots.

Robot Platforms | A Reliable Foundation for Intelligent Mobility

A mobile robot platform serves as the “legs” that enable robots to operate in real-world environments. Among the robot platforms showcased at WRC 2026, the Poseidon Omnidirectional Mobile Robot Platform drew significant attention from visitors.

Poseidon features four-wheel independent steering, agile maneuverability in confined spaces, high-precision motion performance, comprehensive perception capabilities, and flexible adaptability to different robot configurations.

Developers can rapidly build and customize their own industry-specific robots on top of the platform, significantly accelerating secondary development and system integration.

Applications Across Diverse Scenarios | From Core Technologies to Real-World Deployment

From perception and localization to mobility and execution, SLAMTEC showcased more than individual products at WRC 2026. Together, they represent a comprehensive set of technologies designed for real-world robotic applications.

SLAMTEC technologies and products have already been widely deployed across a broad range of intelligent robotics applications. From service robots to embodied intelligence platforms, SLAMTEC continues to extend its capabilities into new scenarios—enabling robots to truly understand their surroundings, move reliably, and get things done.

Moving Forward: Toward the Next Chapter of Embodied Intelligence

At WRC 2026, SLAMTEC presented more than a collection of individual products. Together, they represent a technology framework built around autonomous robot mobility.

>>> LiDAR provides environmental perception.

>>> Spatial vision enhances spatial understanding.

>>> Autonomous navigation enables robots to make decisions and move independently.

>>> Robot platforms provide a reliable foundation for real-world action.

These capabilities are interconnected, forming a complete technology chain that enables robots to move from “perceiving the world” to “understanding the world,” and ultimately to “acting in the world.”

This is also the direction SLAMTEC has consistently pursued:

Starting with spatial perception and continuously extending toward autonomous robot mobility, SLAMTEC aims to enable robots to operate effectively in complex, real-world environments.

Looking ahead, SLAMTEC will continue to advance its core technologies in spatial perception, autonomous navigation, and mobile robot platforms—enabling robots to perceive space, understand space, and act autonomously.

SLAMTEC looks forward to working with more industry partners to explore what comes next in robotics.