Development Plan
Development PlanShort Term — Years 1–3
Build the Platform
Attract the Talent
Establish the Foundation
Technology & Operations
Establish three core hardware platforms supported by modular software and system tools.
Deploy major robotics simulation environments.
Provide testbeds for academic researchers and startups.
Establish shared training programs for core robotics talent.
Focus on application-oriented fundamental robotics R&D.
Promote domestic development of critical components and chips.
Provide robotics reference designs.
Operating Model
Government-funded R&D programs
Platform service fees for academia and startups
Equipment rental and testing services
Demonstration and industry collaboration projects
Medium Term — Years 4–6
Deploy Applications
Build the Ecosystem
Expand the Market
Technology & Operations
Expand the user community and promote technology sharing.
Accelerate deployment in healthcare, eldercare, logistics, disaster prevention, inspection, and search-and-rescue applications.
Develop collaborative and multi-robot demonstrations.
Expand international collaboration and establish a testing and certification ecosystem.
Promote domestically developed robotics systems and critical components.
Operating Model
Subscription-based shared R&D platforms
Revenue-sharing mechanisms for robotics modules and technologies
Industry collaboration and technology licensing
International collaboration and technology transfer
Long Term — Years 7–10
Shape Standards
Lead Globally
Scale Innovation
Technology & Operations
Establish a comprehensive AI robotics ecosystem.
Expand modular robotics platforms across Taiwan and international markets.
Incubate startups and build robotics industry clusters.
Advance humanoid, service, and next-generation embodied robotics applications.
Evolve from a technology provider into a contributor to international standards and technology leadership.
Operating Model
Platform licensing and standards deployment
Startup incubation
Industry alliances
Large-scale commercial robotics products and services
Milestones
Milestones
2026
Establishing a Software-Hardware Co-Pilot Testbed for Small-Scale Robots
Establishing a digital twin simulation training environment with complete toolchain integration and introductory training courses. Deploying robotics operating systems on domestic embedded platforms. Reference hardware designs for specialized robot platforms. Defining robot technology requirements.
2027
Developing a Shared Platform for Integrating Advanced Robotic Technologies
Cloud platform and training field synchronization. Establishing ecosystem migration for domestic-chip-based robotics operating systems. Providing AI model demonstrations with real-time training courses.
2028
Promoting a Talent Cultivation Platform for Robotic Science and Technology
Providing source vision model approximation on embedded systems. Completing hardware field testing with industry partners. Cloud-edge-hardware integration. Completing multi-purpose service robot deployment in physical test environments and seeking real-world field testing with industry partners.
2029
Field Testing & Validation
Establish physical testbeds for the deployment and application of service robots in real-world environments.
Identify and develop field-testing opportunities in collaboration with industry partners and end users.
Develop and validate the skills, technologies, and capabilities required for robots of different levels and applications.
Ensure safe collaboration between multi-agent robotic systems and humans in shared operational environments.
Integrate generative AI and large language models (LLMs) into robotic applications and real-world deployment.