RoboSense Unveils AI Robotics Strategy and Cutting-Edge Innovations at 2025 Global Launch Event

RoboSense, a leader in AI-driven robotics, unveiled groundbreaking innovations at its 2025 "Hello Robot" Global Online Launch Event. Key highlights include a humanoid robotic prototype and three cutting-edge digital LiDAR products, revolutionizing automotive and robotics applications. RoboSense also introduced advanced components like the Papert 2.0 dexterous hand and Robo FSD mobility solution. These innovations will debut at CES 2025, showcasing the company's vision for a smarter, safer future.
RoboSense Unveils AI Robotics Strategy and Cutting-Edge Innovations at 2025 Global Launch Event
Image Credit: RoboSense

RoboSense, a pioneering AI-driven robotics technology company, hosted the world’s first AI Robotics Global Online Launch Event of 2025, “Hello Robot.” The event marked a pivotal moment in the company’s evolution, showcasing its strategic vision as a global robotics technology platform and unveiling groundbreaking achievements. Among the highlights were a series of cutting-edge products that will debut at the CES 2025, taking place from January 7–10 in Las Vegas.

 

Redefining RoboSense’s Identity and Capabilities


Building on a decade of technological innovation, RoboSense has demonstrated unparalleled expertise in LiDAR development and intelligent robotics. The launch event introduced RoboSense’s humanoid robotic prototype, a universal development platform that exemplifies the company’s in-depth understanding of intelligent robotics. This comprehensive platform lays the foundation for future advancements in vision, tactile sensing, mobility, and manipulation solutions.

A Fully Digital Era for LiDAR

At the heart of RoboSense’s unveiling were three high-performance digital LiDAR products designed for both automotive and robotics applications. These innovations mark the transition to a fully digitalized LiDAR era, achieving unprecedented breakthroughs in size, resolution, and precision:

1. EM4 – Revolutionizing the Automotive Market
The EM4 is the world’s first “Thousand-Beam” ultra-long-range automotive-grade digital LiDAR. Featuring 1080 beams and a detection range of up to 600 meters, EM4 provides vehicles with 1080P high-definition 3D perception, pushing the boundaries of advanced intelligent driving and fully autonomous capabilities.

2. E1R – A Breakthrough in Robotics LiDAR
The E1R is the world’s first fully solid-state digital LiDAR for robotics. Designed with automotive-grade reliability, it features RoboSense’s proprietary SPAD-SoC and 2D VCSEL chips. With its compact aperture and 120° × 90° ultra-wide field of view, E1R excels in obstacle avoidance, mapping, and navigation, supporting industrial, commercial, and embodied intelligent robots across diverse operational environments.

3. Airy – Hemispherical Vision for Robotics
The Airy is the world’s first 192-line hemispherical digital LiDAR, delivering a 360° × 90° ultra-wide field of view in a compact design comparable to a ping-pong ball. It boasts a detection range of 120 meters, 1.72 million points per second, and ±1cm precision, making it ideal for robots requiring omnidirectional perception in complex scenarios.

Pioneering a New Era of Robotics Solutions

As part of its mission to become the “global leader in robotics technology platforms,” RoboSense unveiled its humanoid robotic prototype to accelerate the development of robotics components and solutions. This platform integrates three core areas:

1. Vision Solutions:
RoboSense introduced the Active Camera, an intelligent ecosystem comprising sensor hardware, computational cores, and AI algorithms. By merging LiDAR signals and camera data, the Active Camera provides active environmental perception, overcoming challenges like lighting variability and visual illusions. Developers can use its SDK for seamless integration of mapping, localization, and obstacle avoidance, reducing development time and system complexity.

2. Manipulation Solutions:
RoboSense showcased its second-generation dexterous hand Papert 2.0 with 20 degrees of freedom, incorporating hand-eye coordination to create a closed-loop system. This innovation significantly enhances versatility and complexity across a wide range of tasks.

3. Mobility Solutions:
Building on its extensive automotive expertise, RoboSense has introduced an intelligent solution – Robo FSD to expanded into mobile robotics, enabling robots to achieve autonomous point-to-point mobility across various scenarios.

Incremental Components for Next-Generation Robots

In addition to its digital LiDAR lineup, RoboSense unveiled several new components tailored to diverse robotics needs:

  • FS-3D: A force sensor optimized for legged robots.
  • LA-8000: A high-power-density linear motor designed for robotic hip and knee joints.
  • DC-G1: A domain controller supporting real-time perception, multimodal large models, embodied intelligence operations, and advanced motion control algorithms.

Experience the Future of Robotics at CES 2025

RoboSense’s newly launched products will be showcased at CES 2025 in Las Vegas from January 7–10 at Booth 6700, West Hall, LVCC. For more information, visit www.robosense.ai.

About RoboSense

RoboSense (2498.HK), founded in 2014, is an AI-driven robotics technology company that supplies industry-leading incremental components and solutions for the robotics market. The company is committed to “Become the global leader in robotics technology platforms”, and its mission is “Safer world, Smarter life”.

 


Recent Content

As AI workloads explode in complexity and scale, telecom providers face a $1B+ opportunity to evolve from traditional carriers into AI connectivity enablers. This article explores how telcos can monetize AI-driven traffic through dynamic network infrastructure, edge AI hosting, and cloud-like billing models tailored to modern enterprise demands.
Artificial Intelligence is transforming metro infrastructure, placing new demands on data centers, fiber networks, and edge deployments. This article explores how operators are tackling power and cooling constraints, evolving network topologies, managing capital risks, and partnering with hyperscalers to build sustainable, AI-optimized metro ecosystems.
The fiber, data center, and telecom sectors are evolving rapidly amid rising AI workloads, cloud expansion, edge computing, and new investment models. This article breaks down the key trends — from fiber deployments in rural markets to secondary data center expansions and telecoms shifting to platform-based services, that are reshaping digital infrastructure for a hyperconnected future.
Huawei’s new AI chip, the Ascend 910D, has raised concerns about Nvidia’s China business, but analysts say it lacks the global performance, ecosystem, and efficiency to compete with Nvidia’s H100 GPU. Built on 7nm technology with limited software support, Huawei’s chip may gain local traction but poses no major international threat—yet.
COAI has endorsed MeitY’s move to address spam and scam communication from OTT apps. While telecom operators follow strict UCC rules, OTT platforms remain loosely regulated. COAI is advocating for uniform cybersecurity standards and clear regulatory roles to ensure user safety, particularly with emerging threats like steganography.
The Open Compute Project (OCP) has launched a centralized AI portal offering infrastructure tools, white papers, deployment blueprints, and open hardware standards. Designed to support scalable AI data centers, the portal features contributions from Meta, NVIDIA, and more, driving open innovation in AI cluster deployments.
Whitepaper
As VoLTE becomes the standard for voice communication, its rapid deployment exposes telecom networks to new security risks, especially in roaming scenarios. SecurityGen’s research uncovers key vulnerabilities like unauthorized access to IMS, SIP protocol threats, and lack of encryption. Learn how to strengthen VoLTE security with proactive measures such as...
Whitepaper
Dive into the comprehensive analysis of GTPu within 5G networks in our whitepaper, offering insights into its operational mechanics, strategic importance, and adaptation to the evolving landscape of cellular technologies....

It seems we can't find what you're looking for.

Download Magazine

With Subscription

Subscribe To Our Newsletter

Scroll to Top