In summary

  • Innovative start-up mDetect has developed a new technology platform that uses particles from space – called muons – to ‘see the unseeable’
  • The platform can visualise underground conditions for mining and construction

Innovative start-up mDetect has developed a new technology platform that uses particles from space – called muons – to ‘see the unseeable’, visualising underground conditions for mining and construction companies.

Co-founded by renowned astrophysicist Professor Alan Duffy, mDetect is a spin-out company from Swinburne. It is based on Professor Duffy’s research team’s efforts  into measuring subsurface rock structures using muons.

“Muons are heavier versions of electrons, that are made when cosmic rays slam into atoms in Earth's atmosphere,” explains Professor Duffy.

“We have patented new detectors and powerful AI techniques to take an X-ray style scan through solid rock revealing different density structures.”

Joining several other start-ups in Swinburne Innovation Precinct’s Accelerator Program, mDetect received $30,000 seed funding for research and development and has already pitched to an international audience of industry, investors and mentors.

Along with training in intellectual property, marketing, supply chain management and more, the Accelerator Program also provided mDetect and fellow start-ups one-on-one workshops with successful entrepreneurs including Canva’s Cameron Adams.

“mDetect is a great example of the entrepreneurial approach of our staff to innovative and ground-breaking research being undertaken at Swinburne,” Deputy Vice-Chancellor (Research and Enterprise) Professor Bronwyn Fox says.

Executive Director of the Swinburne Innovation Precinct, Dr John Morrison, adds: “I love this company! They are a bunch of astrophysicists that have developed a low-cost solution to see through metres of rock, concrete and steel.

“They are going to change how the world sees mining projects, construction sites and archaeological digs. It will lead to safer and probably faster outcomes for major projects.” 

Professor Duffy agrees: “This training turbo-charged our venture from an exciting research product to a commercial offering for the construction and mining industries.

“The $30,000 in seed funding will create the first prototype detectors for deployment to an industry partner’s site, revealing commercial-insights on the subsurface structures.”

Accelerator Demo Day

The company is looking forward to the upcoming Swinburne Accelerator Demo Day on Wednesday 16 September and will actively explore investor partnerships in the last quarter of 2020.

Other start-ups to be featured at the Demo Day are:

  • Automation Acoustics enables production consistency through a unique and proprietary industrial monitoring solution
  • Fishable creates actionable insights and intelligence using its unique measuring technology to enrich the angling experience and drive sustainable fishing practice
  • Little Green Panda is combating the single use plastic crisis in a for-profit manner by mixing innovation and sustainability to create better products
  • Milkdrop helps mothers benefit from the power of breast pumps without the pain

Related articles

  • Swinburne joins global biomaterials research training program

    • Technology
    • Health
    • Science
    • University
    • Engineering

    Swinburne has joined the prestigious German Research Foundation-funded International Research Training Group (IRTG) on Multidimensional Biomaterials (MB)2 program

    Monday 17 August 2026
  • Swinburne celebrates the seeds of discovery for National Science Week

    • Science
    • University
    • Technology

    Swinburne celebrated National Science Week 2026, culminating with the   Seeds of Science Festival, held on 21 August.  The festival showcased the people, research and ideas shaping the future of science and innovation.

    Friday 21 August 2026
  • Swinburne students AI-powered learning platform wins Design for Change 2026

    • Design
    • Technology
    • Science

    Swinburne Master of Information Technology students receive first prize in the 2026 Design for Change competition with VidVersity Transformation.

    Monday 06 July 2026
  • Swinburne and Geotab to advance AI-powered transport innovation and research

    The Geotab-Swinburne Transport Innovation Hub will connect industry professionals, policymakers and researchers to translate data into practical solutions
    • Technology
    • Education
    • Science
    • University

    The Geotab-Swinburne Transport Innovation Hub will connect industry professionals, policymakers and researchers to translate insights into solutions.

    Wednesday 03 June 2026
  • Swinburne helps accelerate medical innovations through ACMD partnership

    • Technology
    • Education
    • Science
    • University

    Swinburne is a partner in the new hospital-based engineering research centre, the Aikenhead Centre for Medical Discovery (ACMD).

    Thursday 11 June 2026