Infrastructure Solved.
Futuristic Robotics Starts Now.
Over 10K devices
deployed worldwide.
For years, our work has focused on building infrastructure that performs in the real world. Now, we turn our attention to unlocking robotics built for it.
The NIMBLER™ robot
We build foundational robotics capabilities, starting from positioning and distributed sensing, then integrate robots that can operate in industry, townships, and cities. Anchored in Singapore, proven across Southeast Asia.
Most robotics efforts begin with machines and adapt them to the world.
We took the opposite approach.
We started by building the infrastructure layer. We understood that before autonomy, perception, or AI can matter, robots must know where they are, communicate reliably, and operate within the physical environment. Our work was shaped by real-world constraints: dense urban spaces, legacy systems, mixed standards, and operational realities.
By solving these problems upfront, we removed the hidden friction that prevented robotics from moving beyond pilots.
Robotics follows naturally once infrastructure works.
Our work is the direct commercialisation of foundational research in Smart Cities and Industry 4.0, including R&D conducted within A*STAR.
Our technologies were not released at the prototype stage. They are deployed, iterated, and hardened through repeated real-world operation before becoming products.
Robotics builds on this same discipline.
The layer that separates pilots from operations.
Before robots can act, they must know where they are, understand their surroundings, and operate within the constraints of the built environment. These capabilities are provided by positioning systems, distributed sensing, and the algorithms that bind them together.
By starting at this layer, we ensure robotics systems are not isolated tools, but durable components of larger operational environments. This approach prioritises reliability, maintainability, and long-term operation—so robotics can move beyond demonstrations and function as infrastructure.
Read MoreThe conditions required for repeatable scale.
Our infrastructure technologies are designed to operate across many environments — from industrial sites to townships and the built environment — where conditions are variable and unpredictable. It supports many deployments, running continuously over years rather than pilots measured in weeks. And it enables many builders, allowing partners and operators to develop diverse robotic systems on shared, interoperable foundations.
This is how robotics moves from bespoke solutions to repeatable systems that scale responsibly.
Read MoreThe means to scale robotics without lock-in.
Our infrastructure technologies are built with clear abstraction layers and interfaces, allowing multiple robotics systems to be developed without duplicating foundational work. This reduces fragmentation and prevents single-vendor dependency, while still enabling differentiation at higher layers.
By focusing on interoperable foundations rather than end-to-end control, we enable ecosystems to evolve over time. Partners can build, adapt, and extend robotics solutions as environments change without rebuilding the infrastructure beneath them.
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