Company Overview
Cybrain is a Singapore-based chip design company dedicated to excellence and continuous innovation. Founded in 2024, we build upon our founding team’s proven expertise since 2021 in developing high-performance chips, including successful tape-outs on GlobalFoundries (GF) advanced nodes for demanding industrial, communication, and healthcare applications.
We deliver mission-critical silicon through reliable SoCs, ultra-resilient wireless platforms, and customizable FPGA/PSoC engines. Powered by expertise in digital, analog, and mixed-signal circuits across multiple process nodes, these solutions enable next-generation smart industries, robust communication networks, and precision medical devices.
With a global business reach, we are committed to becoming the leading semiconductor solution provider, empowering innovation with intelligence and reliability.
Leadership team
Ms. Maggie Chen
Chief Executive Officer (CEO)
Professional Highlights:
•Previously responsible for Southeast Asian market strategy in Honeywell’s Industrial Automation division.
•Specializes in market analysis and customer expansion for Industry 4.0 and medical electronics segments.
•Expertise in strategic client planning, sales network development, and global brand expansion.
Dr. Alan Tan
Co-Founder & Chief Technology Officer (CTO)
Professional Highlights:
•Previously served as Senior Chip Design Engineer at leading American semiconductor corporations.
•Led development projects for industrial motor drive chips, high-performance parallel computing SoCs, and medical control processors.
•Specializes in SoC architecture, FPGA verification, and process optimization for BCD, CMOS, and RF-SOI technologies.
Dr. Jason Wong
Lead FPGA Architect
•Former Senior FPGA Architect at a major American FPGA company, focusing on high-performance parallel computing architectures enabling real-time equipment synchronization in smart factories.
•Led architecture design and verification for high-performance, advanced-node FPGA platforms.
•Specializes in programmable logic, DSP array optimization, and low-power design techniques.
Ms. Nur Aisyah Rahman
Director of Industrial & Medical Products
•Managed end-to-end development of medical control SoC platforms for critical care equipment (ventilators, infusion systems) and industrial automation controllers.
•Specializes in：
Medical device control architecture: Fault-tolerant SoC architectures for medical devices for therapeutic and diagnostic systems.
Real-time industrial systems: Development of high-performance parallel computing platforms for robotics and machinery.