Smart sensing for food quality & logistics
We don't just measure. We solve your problems with data.
SAENSA develops miniaturized edge-AI sensor nodes to detect spoilage and monitor critical gases and environmental conditions inside food packaging and along the cold chain — in real time.
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SMART SENSING
Multi-parameter gas & environment sensing
Our nodes measure key variables such as VOCs, CO₂, O₂, VSCs, etilen, humidity, temperature and so on, providing a rich fingerprint of the product’s environment.
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EDGE AI
On-device quality detection
Local machine learning models classify degradation patterns on the node itself, reducing latency, bandwidth needs and dependence on the cloud.
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FOOD LOGISTICS
Designed for real supply chains
Saensa focuses on perishable food transport and storage, enabling visibility, predictive decisions and waste reduction across the supply chain.
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SIZE & MATERIALS
CUSTOMIZED TECHNOLOGY
Our sensors can be manufactured in whatever shapes are required to address our clients’ challenges, and we can select the most suitable materials to meet each application’s demands. We produce rigid sensors, flexible sensors and hybrid forms, ensuring optimal fit, durability and performance for installation constraints, product geometry and operating environments.
“Up to a significant fraction of fresh / frozen products are lost or downgraded before reaching consumers due to invisible degradation processes. Today, quality checks are often sparse, manual and reactive.
Most logistics operators see only temperature and not inside the product and specific for your companies.”
Start a Pilot
We do not sell generic off-the-shelf sensors. We engineer custom intelligence systems tailored to your specific product, packaging, and logistical challenges.
Please describe your critical pain point below (e.g., spoilage, mold detection, cold chain visibility). Our engineering team reviews every request to assess technical feasibility and pilot potential.
Your intellectual property is safe. Mutual NDAs are available upon request before technical deep-dives.