Naver Expands Robot Fleet Across Headquarters Facility
Naver is operating an integrated fleet of around 100 service robots across its Seongnam headquarters, turning the building into a live testbed for physical AI. The robots, known as Rookie, autonomously navigate security gates, use elevators, and travel between floors to deliver food, beverages, packages and documents. Robotics R&D is led by Naver Labs, which coordinates machines through a cloud orchestration platform called ARC Brain. The deployment complements Naver's broader push into physical AI via startup investment and commercial products, while the company also integrates AI features into its core search services. This is a practical step from lab prototypes toward fleet-level operations and centralized robot management in a real office environment.
What happened - Naver is operating an integrated fleet of about 100 service robots across its second headquarters in Seongnam, transforming the building into a "living laboratory" for physical AI. The fleet, internally named Rookie, performs deliveries of food, beverages, packages and documents and is available to staff via a mobile app and identity verification at pickup.
Technical details - The robots are engineered to operate across the entire building, not be confined to a single floor. Key capabilities include: - autonomous navigation across floors and through security gates - elevator use and multi-floor routing - time-scheduled task execution and on-demand summons from a mobile app
The robotics stack is developed by Naver Labs and coordinated through a cloud-native fleet management platform called ARC Brain. That platform centralizes control and scheduling for multiple heterogeneous robots, enabling simultaneous management and efficiency gains. The company also tests both wheeled service units and bipedal prototypes as part of building a broader robotics ecosystem.
Context and significance - This deployment is a concrete example of the shift from isolated robot pilots to building-scale, multi-robot operations. Centralized orchestration, elevator integration and cross-floor autonomy solve nontrivial operational problems that typically block commercial rollouts. Naver pairs internal R&D with external investments through its D2SF fund, which has backed startups like Chameleon, Anywhere Robotics and sensor supplier Suma Robotics. That combo, in-house testbed plus startup partnerships, mirrors how robotics leaders accelerate productization by combining platform engineering with third-party components.
What to watch - Monitor how ARC Brain handles scale, security zones and mixed-robot coordination, and whether Naver moves to monetize the stack or license elements to partners. Also watch operational KPIs: uptime, failure modes at elevators, and integration with facility security and compliance frameworks.
Scoring Rationale
The story documents a notable, real-world robotics fleet deployment and a cloud orchestration platform, which matter to practitioners designing operational robot systems. It is not a frontier research breakthrough but is a useful, scalable example for physical-AI infrastructure and commercialization.
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