Agora Robotics
Building the operating system layer for humanoid robots — AgoraOS, AgoraSim, and AgoraHand are Singapore's answer to the software infrastructure gap holding back APAC humanoid deployment.
The platform company beneath the humanoid arms race — Singapore's software layer for the robot economy.
Founded in Singapore in 2024 and backed by the Economic Development Board's Humanoid Robotics Attraction Fund, Agora Robotics is not building a robot. It is building the infrastructure that makes robots work — the operating system, the simulation platform, and the hardware reference designs that humanoid manufacturers need to move from research prototypes to deployable products. In an industry where every hardware player is scrambling to build their own AI stack from scratch, Agora bets that shared infrastructure will be faster, cheaper, and ultimately better.
AgoraOS is a humanoid robot operating system and simulation toolkit compatible with NVIDIA Isaac and ROS2, enabling real-to-sim transfer — the critical capability that allows robots to learn tasks in simulation before deployment in the physical world. Currently in beta with 8 partner companies across APAC, AgoraOS addresses one of the most acute bottlenecks in humanoid deployment: the absence of standardised middleware that works across different hardware platforms. AgoraSim extends this with a VLA model training pipeline — digital twin generation, synthetic data at scale, and curriculum learning frameworks — used by 3 APAC humanoid manufacturers as of 2026.
AgoraHand is the company's hardware contribution: a 16-DOF tactile dexterous hand with tactile array sensing and open-source schematics, developed in partnership with NUS and NTU. By making the hand design publicly available to research institutions while selling commercial licences to manufacturers, Agora positions itself at the intersection of open-source collaboration and commercial robotics — a strategy that builds ecosystem trust while creating a sustainable revenue model. As a 2024 startup, Agora is early-stage, but the combination of government backing, university partnerships, and a software-first approach makes it one of Singapore's most strategically important robotics ventures.
Platform Products & Reference Hardware
Humanoid robot operating system and simulation toolkit compatible with NVIDIA Isaac, ROS2, and real-to-sim transfer workflows. Provides standardised middleware for task execution, sensor fusion, and motion planning across heterogeneous humanoid hardware platforms. Currently in beta with 8 APAC partner companies spanning hardware manufacturers and research institutions.
VLA model training pipeline platform for humanoid robots. Generates digital twins at manufacturing-grade fidelity, produces synthetic training data at scale, and implements curriculum learning frameworks that allow robots to progressively master more complex task sequences. Used by 3 APAC humanoid manufacturers for pre-deployment training pipelines as of 2026.
A 16-DOF dexterous hand hardware reference design featuring a full tactile sensor array for haptic feedback during manipulation. Schematics are open-source for research institutions (NUS and NTU partnerships). Commercial licences available for manufacturers seeking to integrate AgoraHand's design into production robots without the overhead of independent hand R&D.
Agora's academic and institutional partnership programme encompasses collaboration with the National University of Singapore (NUS) and Nanyang Technological University (NTU) for dexterous hand and tactile sensing research. The EDB Humanoid Robotics Attraction Fund grant provides foundational funding, positioning Agora at the intersection of Singapore's world-class research institutions and the emerging commercial humanoid ecosystem.
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