Real time processing
Real time, distributed processing models allow for very large numbers of measurements to be combined and aggregated locally.
We develop low cost sensor boxes for IoT, embedded software and cloud services for highly reliable, continuous monitoring of air pollutants and automatic regulation of ventilators, heaters and dehumidifiers to maintain the desired air quality levels for health and comfort or alternatively to maintain budget savings on the energy bill.
We offer solutions for monitoring CO2 and non-CO2 emissions, including methane, nitrous oxide, black carbon, VOCs, particulate matter (PMs) and humidity, in energy, land, urban and industrial systems.
We calculate novel, real-time visualisation indexes (air quality, thermal comfort, energy) that extend international standards with real-time aspects, and form the basis for alerting, short-term actuation and mitigation.
Using our cloud services and real-time distributed processing models, allowing for very large numbers of measurements to be combined and aggregated, customers can visualize their exposure to pollutants.
We offer sensor calibration, certification and compliance to international standards in low-cost sensing technologies, concentrations of air pollutants, and standards for thermal comfort, as well as maintenance and updates.
We design mobile apps on Android for visualising and analysing sensor data, with or without internet connection, over local networks, as well as serious games for promoting awareness and sustainability.
We provide web services for analytics in air quality and energy, for discovering sources of pollution, alerting, predicting trends and creating energy profiles, as well as expert knowledge on pollution mitigation.
Siba's value proposition is founded on two years of research and development in reliable sensing using low-cost sensor technology. High end, precalibrated sensors, capability of calibration in certified laboratories, custom electronics, proprietary indexes, embedded software, mobile app and web services development are underpinned by expert knowledge in sensor networks and middleware, environmental engineering, signal processing and management.
Read MoreReal time, distributed processing models allow for very large numbers of measurements to be combined and aggregated locally.
We balance health, comfort and energy efficiency by optimising the use of Technical Building Systems (TBS) operations.
Compliance with emerging standards in low-cost sensing technologies, concentrations of air pollutants and thermal comfort.
Sensor boxes embedded software can provide automatic control of fans, air conditioners, heaters and dehumidifiers.
Customers can receive alerts and act proactively, as soon as air quality is detected to deteriorate, for health and comfort.
Stand alone mode or connected to the cloud infrastructure, using the Internet or ad hoc networks such as BLE, Zigbee and LoraWan.
Lead developer
Computer Engineer, MEng, PhD. Assist. Prof. DUTH. Leading product and service development and certification.
Technical Manager
Electrical and Electronic Engineer, MSc. Leading pre-sales activities and Marketing Manager.
Environmental Advisor
Environmental Engineer, MSc, PhD, Emeritus Prof. NTUA. Leading certification activities.
Analytics advisor
Civil Engineer NTUA, MSc. PhD. Professor DUTH. Leading visual analytics and business modeling.
MVP
IAQ
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HPO
Siba one of the twelve teams to graduate from the ICT incubator armed with an innovative product for air quality sensing.
Siba loT is among the 10 teams that have been selected to implement their idea at the 3rd round of ADL call for innovation in the city.
Read moreTesting our new sensors for indoor air qulaity and energy performance in our adobe houses.... Thank you Siba!
Siba one of the 52 international startups selected among almost 300 for the Market Entry Bootcamp 2018.
Eli Katsiri presents the “smart” sensors @SibaIOT that can also be used as “smart” thermostats to control with accuracy and reliability air quality.
An innovative idea … becomes reality!!
Siba wins the 2018 NOYNOY Idea Challenge Competition pilot award.
SibaIoT wins a 25K pilot award at the 2nd Open Call of the Cross4Health Horizon 2020 project (click title for video).
Read moreThe link between exposure to air pollution and disease has been proven beyond doubt!
Our sensors can guarrantee a healthy and comfortable environment in business offices, health care institutions, schools, fitness centers, hotels as well all indoor or outdoor activities.
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