Research
Research & Translational Intelligence
Research at SGP is not an isolated academic function. It is the connective layer that informs how we manufacture formulations, design devices , and engineer robotic systems. This page outlines our core research directions and how they translate into real-world platforms.
Botanical Intelligence & Formulation Science
Our botanical research focuses on understanding how multi-component formulations interact with biological systems, and how extraction architectures preserve clinically relevant compounds.
- Botanical synergy and terrain-based formulation logic
- Extraction architecture and compound preservation
- Clinical feedback–driven refinement
Physiological Signals, Sensors & Data Research
This research stream underpins our IoT device platforms, ensuring that sensors capture structured, interpretable physiological data rather than superficial activity metrics.
- High-fidelity signal acquisition and noise control
- Protocol-driven data structuring
- Longitudinal pattern interpretation
Clinical Systems, Automation & Robotics Research
Robotics research at SGP focuses on assistive automation, workflow optimisation, and safe human–machine collaboration in real clinical environments.
- Human-in-the-loop automation models
- Workflow optimisation and task delegation
- Safety boundaries and governance
From Research to Real-World Systems
Each research stream feeds directly into manufacturing, device design, and system deployment through a continuous learning loop.