Language
IoT Smart Sensor
series
「Temperature・Humidity・CO2 Sensor」
In response to the COVID-19 pandemic, infection control measures have become increasingly important, and the need for environmental monitoring has also grown. To prevent the rise in carbon dioxide (CO2) levels due to human congestion and the activation of viruses influenced by temperature and humidity, sensors that measure these environmental factors are essential for maintaining a safe living environment.
Our sensors can simultaneously measure CO2 levels, temperature, and humidity, collecting and analyzing data in real time to detect abnormal changes. This reduces the risk of incidents, supports efficient operations, cuts costs, creates new business models, enhances safety, and promotes sustainable growth.
Energy HarvestingNo Power supply required、Generates power from indoor lighting
Uses perovskite solar cells
Ideal for managing indoor environments in places where many people gather, such as manufacturing sites, warehouses, and commercial facilities.No power supply required, so it can be installed anywhere.
Maintenance-free
Operates by charging an internal battery with power generated from solar panels, eliminating the need for a power source or battery replacement, and is compatible with energy harvesting.
LoRaWAN® compatible
Adopts the LoRaWAN® communication method, enabling long-distance communication and reducing the cost of introducing repeaters.
Support labor-saving
Applying IoT sensing technology, it enables comprehensive remote monitoring of facility environments, minimizing the need for worker involvement.
The integrated CO2 sensor is a highly accurate sensor that complies with the latest air quality management standards, ANSI/ASHRAE Standard 62.1-2022 Addendum ab.
※To use this product, a LoRaWAN® dedicated Gateway is required.
Click here for the platform for collecting and analyzing measurement data
＜which location are Utilization the sensor＞
Offices
Agriculture
Schools / Colleges
Hotel
Hospitals・Care facility
Public Facilities
Malls
Visualizing indoor air quality
Real-time measurement of temperature,humidity, and CO2.
Office buildings, schools, public facilities, hospitals, etc. unique indoor air quality challenges.Understand CO₂ levels, humidity, and temperature — and what they mean for your space.
Why CO2 level matter indoors
Carbon dioxide is a natural byproduct of breathing. In well-ventilated outdoor spaces,CO2 hovers around 420 ppm. But in sealed offices, classrooms, and restaurants, it can climb weel above 1,500 ppm without anyone noticing. Elevated CO2 doesn't just signal stale air-it directly impairs cognitive function. Studies show that at 1,000 ppm, decision-making scores drop by 15%. At 2,500 ppm, they drop by over 50%. In Tokyo's dense, air-conditioned buildings, this is a daily reality for
Japan's Ministry of Health, Labour and welfare sets a 1,000 ppm maximum for workplaces
But without continuous monitoring, compliance is invisible. iSSBot wakes it visible.
Who needs CO2 monitoring
Every indoor space has different occupancy patterns, ventilation systems. and regulatory requirements.
Offices
Dense seating, prolonged occupancy, and sealed AC systems make offices the highest-risk environment. Real-time alerts trigger ventilation before productivity suffers.
Japan limit. 1,000ppm
Schools
Children are particularly susceptible to the effects of CO2, and the impact on their on their concentration and learning ability is especially pronounced.
MEXT guidance 1,500 ppm
Restaurants
Cooking combustion combined with full dining rooms can spike CO2 rapidly.
Humidity monitoring also helps manage food safety and kitchen conditions.
Recommended under 1,000ppm
Temperature, humidity and CO2 sensor specifications
Analysis based on changes in temperature, humidity, WBGT, etc.
Display devices that exceed the threshold
Display the location of devices and notify devices that exceed thresholds
Gateway
LoRaWAN®
Monitors the air quality in places where people live and can be used to prevent heatstroke
Temperature, humidity and CO2 sensor specifications