Senstrali believes reliable measurement is the foundation of every successful sensing initiative.
Our mission is to help Western Australian organisations move sensing ideas from uncertainty to clarity by designing measurements from first-principles physics through to practical testing in real environments.
What We Do
We design and test sensing concepts that work in demanding environments and support high-stakes operational and technical decisions.
Our work includes feasibility assessments, physics-led measurement design, early prototype instrumentation, and structured experimental testing that reveals real behaviour under real or field-like conditions.
We focus on the measurement foundation: determining what is physically measurable, how signals behave, and what instrumentation will reliably capture the behaviour that matters.
Why It Matters
Many sensing projects fail because the measurement was never designed or tested properly.
We bring deep experience across sensing physics, harsh-environment instrumentation, signal behaviour, drift and noise characterisation, uncertainty analysis, and calibration lineage.
When measurement is designed with intent and tested with discipline:
• concepts can be evaluated early
• prototypes reveal meaningful signals
• teams avoid technical dead ends
• decisions are grounded in evidence
This helps leaders act confidently and reduces the risk of costly false starts.
Our Direction
We are developing Senstrali Edge, our internal modular measurement toolkit designed to make early-stage sensing work faster, more structured, and more repeatable.
Edge provides reusable hardware modules, reference circuitry, test workflows, and data-handling methods that support rapid prototype development.
Senstrali Edge is not a commercial product.
It is internal infrastructure designed to improve the consistency and quality of feasibility assessments and pilot prototypes.
Edge is evolving through work with early partners across mining, resources, utilities, research, and advanced manufacturing.
About the founder
Jason Milne is the Founder of Senstrali. He brings more than 20 years of experience designing and validating advanced measurement systems across pressure, acoustic, ultrasonic, thermal, and MEMS technologies, with a strong focus on understanding signal behaviour and measurement integrity in demanding environments.
Before starting Senstrali, Jason led major R&D efforts at SLB, where he directed pressure-sensing innovation, developed physics-informed behavioural models from large calibration datasets, and guided technology roadmaps for high-performance instrumentation.
Jason holds a PhD in Engineering from The University of Western Australia, is a Member of Engineers Australia (MIEAust) and the IEEE, and has published widely across sensor physics, metrology, and MEMS. Through Senstrali, he is building a modular sensing platform and consulting practice that help organisations test sensing ideas, understand what is physically measurable, and generate reliable, AI-ready data for confident decisions.