Sensor Product of the Year
Company Name: ACT (Asian Complex of Technology) – مجموعه فناوری آسیا
Product Name: Low‑Cost Spectral Sensor for Climate‑Resilient Precision Agriculture
Supporting Statement:
Why the Low‑Cost Spectral Sensor deserves the 2026 Sensor Product of the Year award
1. Breakthrough affordability without compromising laboratory‑grade accuracy
Our sensor is a compact, modular spectral sensing board that combines an RGB sensor with multi‑spectral LEDs and an integrated temperature sensor. It uses intelligent sensor fusion and AI‑based calibration to achieve the colour precision of laboratory instruments at 90% lower cost than existing solutions. Typical field‑grade spectral sensors exceed €2000; our bill‑of‑materials is under €150. This democratises material analysis for smallholder farmers, geologists, and educational labs across developing economies.
2. Real‑world impact: climate‑resilient precision agriculture
Soil degradation and inefficient fertiliser use are major drivers of greenhouse gas emissions. Our sensor enables rapid, on‑site identification of soil minerals (nitrogen, phosphorus, potassium) and organic matter content. In field trials in Iran’s arid regions, farmers reduced nitrogen over‑application by 35% while maintaining crop yield – directly lowering N₂O emissions. The sensor is Bluetooth‑enabled and open‑source, allowing seamless integration with mobile apps for real‑time decision support. This aligns with the UN’s Sustainable Development Goals (SDG 2 – Zero Hunger, SDG 13 – Climate Action).
3. Technical innovation validated by top institutions
The sensor’s core architecture was developed at Sirjan University of Technology (Iran) and refined through a collaboration with Fraunhofer’s hardware section (Germany) – one of the world’s leading applied research organisations. Fraunhofer experts validated the signal‑to‑noise ratio and thermal stability across a –20°C to +60°C range, confirming its suitability for outdoor agricultural use. Moreover, the project was selected as a nominee for the AMA Innovationspreis 2026 (the most prestigious German sensor award), and the lead researcher was a recipient of the Global Undergraduate Awards (GUA) – often called the “Junior Nobel Prize”. This external recognition proves the sensor’s high innovation level.
4. Unmatched versatility and open‑source philosophy
Unlike proprietary spectral sensors, our device is fully open‑source: hardware schematics, PCB layouts, and calibration algorithms are publicly available. This allows researchers and small companies to adapt the sensor for other applications:
· Mineral identification in mining exploration,
· Plastic sorting for recycling (detecting polymer types),
· Food quality control (ripeness, moisture, contamination).
The platform is scalable – users can swap LEDs for different wavelength ranges without redesigning the main board. This modularity reduces e‑waste and accelerates innovation in low‑resource settings.
5. Market readiness and commercial traction
The sensor has progressed from laboratory prototype to a pre‑production batch of 100 units. We have signed memoranda of understanding with two Iranian agricultural cooperatives (covering 500+ farmers) and a European university (for educational kits). A pilot distribution through the “ACT – Asian Complex of Technology” network is planned for Q3 2026. The product is CE‑marked for safety and electromagnetic compatibility; FCC certification is underway.
6. Alignment with the award’s criteria
· Innovation: First low‑cost spectral sensor that achieves lab‑grade accuracy using AI‑calibrated multi‑spectral LEDs instead of expensive spectrometers.
· Impact: Enables precision agriculture in developing countries, reduces fertiliser overuse, and cuts greenhouse gas emissions.
· Market potential: Global soil sensor market is projected to reach $2.1bn by 2028; our sensor addresses the underserved low‑cost segment.
· Technical quality: Validated by Fraunhofer and demonstrated in peer‑reviewed field tests (data available in supporting documents).
7. Why we are the winner
Most entries in this category are incremental improvements on existing products. Our sensor is a paradigm shift: it turns a €2000 instrument into a €150 device without sacrificing accuracy. It has already been recognised by the AMA Innovationspreis (finalist). It solves a critical environmental problem – climate‑smart agriculture – while being open‑source, affordable, and ready for global deployment. For these reasons, the Low‑Cost Spectral Sensor for Climate‑Resilient Precision Agriculture deserves to be named Sensor Product of the Year 2026.
Entry ID: 7448
