Singapore is strengthening its role in public-safety robotics through new initiatives led by the Home Team Science and Technology Agency, known as HTX. The agency is pursuing a dual-track program that covers both land-based humanoid robots and an innovative underwater humanoid platform.
At the Milipol TechX Summit 2026, HTX showcased OceanOneK — described as the world's first underwater humanoid robot. OceanOneK is designed for challenging underwater tasks traditionally performed by divers, offering telepresence capabilities that allow operators to safely interact with complex underwater environments. Its human-like arms enable manipulation tasks — opening objects, recovering items, inspecting structures — that traditional underwater ROVs cannot perform effectively.
In parallel, HTX plans to establish a humanoid robotics centre in September 2026 focused on training robots for high-risk land-based applications including hazardous-material handling and firefighting. These are exactly the environments where humanoid robots can reduce risk to human responders without requiring the same level of environment redesign that traditional automation demands.
A Distinct Approach Among APAC Nations
Unlike China — which is rapidly scaling commercial humanoid robots for factories and public patrol — or Japan — which is testing humanoids for airport labor support — Singapore is focusing on specialized, mission-critical public-sector applications. These include maritime inspection, emergency response, hazardous environments, and domestic security.
Singapore's approach reflects its national strengths: a strong public-sector technology ecosystem, advanced infrastructure, strategic maritime importance, and a policy culture that prioritizes operational resilience and safety standards. The country is unlikely to compete directly in mass-market humanoid manufacturing. Instead, it is positioning around high-value, specialized applications where reliability and safety matter more than unit cost.
Why Underwater Humanoids Matter
OceanOneK expands the definition of humanoid robotics significantly. Most discussions focus on walking machines operating on land. But underwater humanoid robots may become highly valuable because many underwater environments — offshore energy infrastructure, maritime heritage sites, deep-sea cables, port inspection zones — are dangerous, expensive, or inaccessible to human divers.
A humanoid form factor is specifically useful underwater when tasks require human-like manipulation in spaces originally designed around human divers. The combination of robotic arms, stereo vision, and telepresence gives operators a safer, more capable presence in challenging environments.
What It Means for APAC
For Asia-Pacific countries with major ports, offshore energy assets, aging maritime infrastructure, and emergency-response needs, Singapore's model offers a compelling template. Rather than pursuing one application category, HTX is building capabilities across land and sea — creating a broad public-safety robotics platform that can scale to meet diverse real-world demands.
The future of humanoid robotics in Asia-Pacific will likely be diverse. China may push production scale, Japan may validate labor-support use cases, and Singapore may lead in high-risk, specialized public-sector applications. The most important question may not be whether robots look human — it may be whether they can safely extend human ability into places where people should not have to go.