Senzemo Blog
Read about what we do and our deployments.
3D Prototyping Changes the Way We Build Hardware
In the world of IoT and environmental monitoring, speed and flexibility are critical. Developing reliable sensors is not only about electronics, firmware and cloud platforms, it is equally about the…Continue reading
Senzemo and Datacake Partner up to Deliver Wholesome IoT Solution
Modern IoT sensors can collect massive amounts of environmental data, but raw numbers alone hold little intrinsic value. For organizations tracking everything from local microclimates to urban heat islands,…Continue reading
A Warning from the Alps: How Rising Temperatures Are Changing Merano
Climate change is no longer a distant projection on television, but a daily reality cities face worldwide. When summer temperatures consistently push past 35 or even 40 degrees Celsius, heatwaves…Continue reading
Measuring Thermal Comfort at Ljubljana’s Hospitals
During a heatwave, the temperature people experience depends on much more than the weather forecast. Shade, buildings and pavement create local heat hotspots that can affect the comfort, safety…Continue reading
How Ambient Monitoring Reduces Cooling Costs in Data Centers
Modern data centers are under constant pressure to reduce energy consumption while maintaining absolute reliability. As compute density increases and AI workloads push infrastructure harder than ever, cooling systems have…Continue reading
Why do 75% of IoT projects get stuck in “pilot hell”?
Most companies enter the world of IoT with high expectations. They install a few sensors, display the data on a dashboard and the early results look promising. Then comes…Continue reading
Customize Senzemo Sensors Step by Step Guide
When you already have a clear use case, building IoT hardware from scratch is not always the fastest route to market. In many cases, the smarter move is to start…Continue reading
Industrial IoT Monitoring Solutions
Industrial IoT Monitoring Solutions for Real Operational Environments Senzemo helps organizations monitor temperature, humidity, air quality, soil moisture, rainfall, leaf wetness, and other critical conditions using low-power LoRaWAN sensors designed…Continue reading
How we built the STB10 Temperature Buffer Sensor in 3 weeks
When you work in food safety, “close enough” temperature data is not enough. A customer does not care how good a lab graph looks. They care what happens when doors…Continue reading
How we test every LoRaWAN sensor before shipment and WHY it matters?
If you are deploying LoRaWAN sensors in cold rooms, compost sites, smart cities, or agriculture, reliability is not a nice-to-have. It is the baseline. A sensor that ships “mostly working”…Continue reading
