About Us

We are a diverse team of engineers with cross-disciplinary expertise, ranging from quantum computing researcher, aerodynamic specialist and a seasoned CTO from the corporate world.

Operating from Singapore, Hong Kong, and Tokyo, we have been servicing clients across security, aviation, agriculture, and industrial sectors. With a strong foundation in mathmatics and computer science, our team will continue to deliver scalable, high-performance solutions tailored to complex, real-world challenges.

We Create Algorithms

We specialize in problem modelling and algorithm development for both classical and quantum computing systems. 
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We work closely with customers to understand the operational environments, technical limitations and field-level obstacles they face. These complex real-world scenarios are transformed into mathematical models. These models serve as the foundation for crafting optimal algorithms.

We Develop Software

We implement our algorithms into software framework. We are the leading developer of OpenKAI, an open-source framework for robotics control and industrial automation. Originally developed by our founder from scratch, OpenKAI has evolved into a globally adopted solution, trusted by leading technology companies around the world.
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We Build Hardware

Our software framework is running on advanced hardware platforms - either built in-house or co-developed with our supply chain partners, work in stand-alone or to interface with existing infrastructures, to meet customer specific requirements.

To date, we have created integrated systems for aerial, land, marine robotics and plant automations, enabling autonomous operations across diverse environments.

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We Go Into the Field

We are traveling engineers. We go anywhere on the planet for on-site development and PoCs. We code on the beaches, we code on the landing grounds, we code in the fields and in the tunnels, we code in the hills; we never leave our client alone until the job is done.

Case Studies

Air-2-Air Drone Interceptor for Internal Security

In response to growing internal security concerns, we were commissioned to develop a custom anti-drone interception system for the government of an OECD member country. Built entirely in-house, the system leverages our dynamic operating platform, optimized for rapid cognitive response. The final solution not only met but significantly exceeded the client’s operational requirements, demonstrating our capability to deliver advanced, mission-critical technologies.

Collision Avoidance System for Aircrafts​

To reduce hangar rash incidents at one of Asia’s busiest transit hubs, we engineered an anti-collision system capable of operating in GPS-denied environments. Because the application demands rapid computation and real-time responsiveness, we leveraged our OpenKAI framework to deliver seamless, low-latency alerts to ground crew. The system enhances situational awareness and safety within confined hangar spaces, contributing to more efficient and secure operations.
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