Recently, the winners of the 2026 iF Design Award were officially announced. SEER Robotics’ software system stood out for its breakthroughs in system architecture, interaction design, and platform innovation, earning one of this year’s prestigious design awards.

This recognition is not only an international design honor, but also an authoritative global endorsement of SEER Robotics’ core capability—its “robot brain.”

Established in 1953, the iF Design Award is one of the most credible and influential design awards worldwide. Its evaluation criteria go beyond visual aesthetics, placing strong emphasis on innovation, functional and technical integrity, user experience and interaction logic, as well as sustainability and commercial viability.

For industrial-grade software systems, receiving recognition from iF signifies that design is not merely about visual appeal, but rather the structured expression of systematic thinking.

Why SEER Robotics’ Software System?

Powered by its leading “robot brain”—the control system—SEER Robotics continues to drive technological innovation and platform development. Unlike companies focused on single robot products, SEER Robotics builds an open platform centered on the “robot brain,” enabling the large-scale deployment of diverse intelligent robots.

The award-winning software system demonstrates its core strengths across three key dimensions:

1. System-level modular architecture design
Built on a unified control system foundation, the platform eliminates the need for customers to develop underlying logic from scratch, enabling rapid development, acquisition, and deployment of various types of intelligent robots. While industrial software is often criticized for its complexity, SEER Robotics has adhered from the outset to the philosophy of “Build your own robot fleet within days,” delivering a streamlined and accessible experience.

2. User-friendly industrial-grade interaction design
With visualized configuration workflows, clear task logic representation, real-time data feedback, and well-defined operation and maintenance pathways, the system enables even non-algorithm engineers to efficiently operate industrial software. For customers, this translates into reduced training costs, improved operational efficiency, and more controllable on-site deployment.

3. Platform ecosystem powered by the “robot brain”
Leveraging the powerful capabilities of its “robot brain,” SEER Robotics integrates global supply chain resources to provide a comprehensive portfolio—including control systems, software, intelligent robots, and an open knowledge base—building a robust platform ecosystem. Design capability does not exist in isolation; it is part of an integrated system shaped by technology and validated by the market.

Design × Technology × Market

Choosing intelligent robots is, in essence, choosing future digital infrastructure. The core standards of such infrastructure are stability, scalability, and sustainability.

The iF Design Award represents international recognition of a system’s structure, logic, and user experience, providing customers with three key assurances:

1. Maturity
Not a conceptual product, but a commercially viable system ready for large-scale deployment.

2. Professionalism
From underlying technology to interaction logic, every aspect has undergone rigorous, systematic design validation.

3. Long-term value
Continuous R&D investment and global market validation ensure the platform’s ongoing evolution.

From ranking No. 1 globally in robot controller shipments for two consecutive years, to building the world’s first large-scale open platform for intelligent robots, and now to receiving recognition from the iF Design Award, SEER Robotics has further clarified its capability framework: centered on the “robot brain,” supported by a platform-based architecture, and extended through a global ecosystem.

Design is not merely about appearance—it is the manifestation of structured capability. Following the Red Dot Design Award 2025 and the iF Design Award 2026, these milestones represent not only achievements, but also the natural outcome of SEER Robotics’ long-term technological accumulation.