Key Highlights

  • Early testing detected UV-A, UV-B and UV-C wavelengths and reached the visible spectrum.
  • Simble completed sensor fabrication and initial laboratory capability work.
  • Formal tests will measure response, repeatability, stability and application performance.
  • Benchmark results will guide prototype selection and any later customer trials.

Simble Solutions Limited (ASX:SIS) has taken its sub-millimetre NanoSensor from fabrication into a formal testing program. Early laboratory work detected light across the UV-A, UV-B and UV-C bands and extended into the visible spectrum. The company will now quantify the sensor’s performance before selecting applications for prototype development.

Initial Detection Gives Way to Benchmarking

The patented architecture demonstrated wavelength detection and, under the tested conditions, selectivity without visible-light interference. These early observations do not constitute a full comparison with conventional photodiodes. Formal benchmarking will examine response time, repeatability, stability and behaviour in application-relevant conditions. The results are intended to establish specifications for a functional prototype.

Existing Software Offers an Integration Path

Simble operates the SimbleSense energy platform and CarbonView carbon-management software. The company is considering whether NanoSensor readings could eventually be captured and displayed alongside energy and environmental information. That concept would connect physical sensing with its software products, although it remains dependent on prototype development, validation and reliable transfer of sensor data.

Potential Uses Remain at an Early Stage

The announcement identifies sterilisation verification, outdoor monitoring, optical communications, space sensing and defence applications as possible fields. Wearables, drone payloads and autonomous monitoring may also be explored through a transparent, stretchable polymer workstream. These categories are development possibilities rather than confirmed products, customers or contracted markets.

Testing Must Resolve Technical Questions

Initial wavelength detection does not establish commercial accuracy, sensitivity, durability, calibration stability or production yield. Field conditions such as changing light, temperature, motion and exposure may affect performance. Manufacturing cost, intellectual-property protection, funding and established competing technologies will also influence whether the platform can progress beyond prototype work.

Results Will Narrow Development Priorities

The next update should explain benchmark methods, measured performance and the applications chosen for prototype design. Development partners, manufacturing plans and a field-testing timetable would provide further evidence of commercial direction. Any integration with SimbleSense or CarbonView will require proof that measurements can be captured, transmitted and displayed consistently.