From April 22 to 24, FAIR Plus 2026 Robotics Industry Chain Conference grandly opened at Hall 9 of the Shenzhen Convention & Exhibition Center (Futian). Focusing on technological innovation and development resources across the full robotics industry chain, the event brought together leading enterprises worldwide.

As a platform-based robotics company ranked No.1 globally in robot controller sales for three consecutive years (2023–2025), SEER Robotics made a strong appearance at Booth H9T23 with its embodied intelligence solutions. Centered on its core control system, the company showcased end-to-end, barrier-free capabilities across the full lifecycle of robotics—from development and acquisition to real-world deployment.

I. All-Terrain Inspection Challenges: Quadruped Robot D1 PRO Breaks Through Limitations

In industries such as power, oil, and chemicals, traditional wheeled robots are constrained by stairs, slopes, and rugged terrain. Meanwhile, manual inspection poses safety risks and suffers from low efficiency. Enabling automated inspection in complex environments remains a long-standing industry challenge.

At the exhibition, SEER Robotics highlighted the quadruped robot D1 PRO. Designed for high-frequency use cases such as complex terrain inspection and special operations, D1 PRO demonstrated outstanding all-terrain autonomous mobility.

D1 PRO is powered by the SEER Robotics SRC-1100 control system, deeply integrated with 3D autonomous navigation and AI reinforcement learning-based motion control algorithms. Leveraging reinforcement learning-driven disturbance rejection and high-torque joint design, D1 PRO can perceive external disturbances in real time and autonomously adjust its posture, maintaining stability even under dynamic impacts and slippery slopes.

Core Specifications

• Weight: 14–15 kg
• Payload: 8–10 kg
• Max climbing angle: up to 40°
• Terrain capability: climbs stairs >16 cm
• Mobility: hybrid wheel-leg design, combining high-speed flat-ground movement with robust obstacle traversal
• Control system: SEER Robotics Robot Brain (SRC series controller), supporting 3D autonomous navigation
• AI vision: target recognition, inspection, security patrol, and environmental anomaly detection
• Expansion interfaces: supports secondary development and payload integration (e.g., thermal imaging, gas sensors)

D1 PRO is currently deployed across education, industrial inspection, outdoor security, and special operations scenarios. It can access staircases, rubble, and uneven terrain that traditional wheeled AGVs cannot reach, offering significant advantages in complex environments.

II. Robot Brain Upgrade: SRC-5000 Breaks the Computational Bottleneck of Embodied Intelligence

As embodied intelligence expands into increasingly complex scenarios, traditional controllers face limitations in computing power, real-time responsiveness, and multimodal processing. Achieving high-performance, low-latency, multimodal robot control has become a critical bottleneck for industry advancement.

SEER Robotics showcased two core controller products, addressing full-stack needs from multi-legged robots to humanoid embodied intelligence systems.

SRC-1100: Foundational Control Platform for Biomimetic Robots

The SRC-1100, designed for dual-steering wheel robot control, supports the development of quadruped, hexapod, and other biomimetic robotic systems. Through open protocol integration and modular hardware compatibility, developers can rapidly upgrade robots from remote-controlled machines to autonomous intelligent agents with navigation and decision-making capabilities.

It provides a standardized Robot Brain solution for deploying special-purpose robots in industrial inspection, emergency response, and security applications.

SRC-5000: Breakthrough Computing Core for Embodied Intelligence

The SRC-5000 is a flagship product that integrates AGI-level capabilities into an industrial-grade robot controller.

Core Specifications

• Control cycle: supports up to 64-axis servo control with microsecond-level response
• Integration: supports hand-eye-foot unified control with over 40+ degrees of freedom
• Perception: equipped with 8 environmental sensing sensors

It achieves unified high computing power, low latency, and multimodal fusion, delivering industry-leading integration. This significantly enhances humanoid robots’ perception, understanding, and execution capabilities in complex environments.

Application Outcomes

Based on SRC-5000, SEER Robotics has successfully deployed multimodal models—including visual semantic mapping and end-to-end learning systems—on intelligent forklifts and wheeled humanoid robots, achieving improved generalization capabilities.

These systems support pallet handling, loading/unloading, and sorting applications, demonstrating strong adaptability and significantly improving operational efficiency in industrial environments.

From quadruped robots to wheeled humanoids, SEER Robotics’ Robot Brain is providing a stable, real-time, and high-performance foundation for the large-scale deployment of embodied intelligence.

III. Nebula Platform: 2,000+ Robot Models, Eliminating Barriers to Robot Acquisition

Complex selection processes, long development cycles, and high trial-and-error costs remain key barriers to robot adoption. Enterprises urgently need faster ways to identify suitable robotic solutions for their scenarios.

In addition to its advanced controllers and hardware systems, SEER Robotics demonstrated its Nebula Platform at the event. As an integrated robot selection and simulation platform, Nebula has accumulated over 2,000 curated robot models, covering 20+ industries including manufacturing, logistics, healthcare, and special operations.

The platform connects the entire workflow—from requirement definition and solution design to deployment—significantly lowering the barrier to robot acquisition.

Users can configure functions, simulate performance, and preview solutions online, enabling a “what you see is what you get” decision-making process.

To date, SEER Robotics has served over 2,100 global customers, including Philips, Schneider Electric, Siemens, and FAW-Volkswagen, across more than 70 countries and regions.

IV. Open Ecosystem: Building the Future of the Robotics Industry with Partners

The growth of embodied intelligence depends on efficient collaboration across the entire industrial chain. FAIR Plus is not only a showcase of technologies and products, but also a platform for ecosystem-wide collaboration and innovation.

As a platform-based robotics company centered on control systems, SEER Robotics remains committed to its mission:

“Drive a more open, diverse era of intelligence, making AI robots accessible to all.”

Rather than focusing on delivering individual robots or standalone projects, SEER Robotics is dedicated to providing reusable, scalable foundational capabilities and infrastructure for the entire robotics industry.

The quadruped robot, Robot Brain series, and Nebula Platform showcased at the booth collectively reflect this strategic positioning.

At a time when embodied intelligence is transitioning from isolated breakthroughs to ecosystem-level development, SEER Robotics looks forward to working with global partners to explore scalable deployment pathways and unlock the full potential of the robotics industry through open technology and shared capabilities.