Oizom - Environmental Data Accessibility for Solution Strategy Software
Secured APIs
Secured and encrypted (JWT) APIs enable data transfer to a third party application. The MQTT/HTTPS API empowers developers and solution providers to build custom applications using Oizom Environmental Data. The API makes the data processing flexible by breaking down the transactions into smaller packages. This IoT technology enables data accessibility even in remote areas.
Air Quality Report
Oizom data platform can provide automated/on-demand printable reports as per the industry standards. These reports can be activated on a daily, weekly, and monthly basis for multiple email recipients. Government and environmental institutions can use the reports for data archival. Reports offer a better periodic overview of the environmental condition and also helps in documenting the data for future references.
Data Set Download
The environmental data can be accessed as tabular spreadsheets in the form of downloadable CSVs. The CSV contains data for each parameter along with its timestamp. It also contains critical device parameters such as battery status, device location, operating temperature, etc.
Voice Activation
With the advancement in voice-activated devices, Oizom is also exploring to make data access hands-free. Environmental data access through voice activation can help people interact with Oizom platform using their digital assistants like Google Home, Alexa, etc. This allows hands-free data requests, alerts and other environmental insights activated simply by your voice.
Applications
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Environmental Monitors for all the Requirements - Monitoring and Testing - Environmental Monitoring
Accurate and Affordable Air Quality Monitoring Solutions. Oizom offers a end-to-end and scalable solutions for real-time air quality monitoring and advanced data analytics. Oizom has a range of environmental monitors, each designed keeping in mind the various applications where monitoring air pollution is crucial. Through our real-time air quality measurement devices, we monitor various environmental parameters such as air quality, polluting gases, odourful and toxic gases, noise, weather conditions, radiation, ...
Related articles
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Chlorine Monitoring
Elemental chlorine is a highly reactive, greenish-yellow gas. It has a suffocating, irritating, and pungent bleach-like odour that is detectable at low concentrations (above 0.3 – 0.5 ppm). ...
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Sensor Data reproducibility for enhanced data accuracy
Sensor data reproducibility is used to quantify the data quality achieved by low-cost sensors. Air quality monitoring systems used for pollutant measurement across urban and industrial areas entail ...
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4 Ways of Ambient Air Quality Monitoring Systems and Equipments
Real-time Ambient Air Quality Monitoring Applications Oizom specializes in manufacturing and designing accurate Air Quality Monitoring systems and offering advanced data analytics. Founded in 2015, ...
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How can air quality forecasting help reduce pollution exposure
It is now a well-established fact that exposure to poor air quality leads to serious health conditions. These health impacts on populations have led to a massive economic burden on economies around ...
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Methyl Mercaptan monitoring
Methyl mercaptan (CH3SH), also known as methanethiol, is a colourless, highly flammable, toxic gas with a distinct, strong unpleasant odour. Moreover, microbial degradation of organic matter releases ...
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CH4 Monitoring
Methane has a direct influence on climate change as well as an indirect effect on human health, plant yield, and productivity due to its role as an important precursor to ground-level ozone ...
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TVOC Monitoring
Total Volatile Organic Compounds (TVOC) are a group of compounds containing carbon that have a high vapor pressure present in the air. There are abundant VOC emitted from everyday activities among ...
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H2S Monitoring
H2S is formed whenever elemental sulfur or sulfur-containing compounds come into contact with organic materials at high temperatures. Continuous or high-level exposure of the H2S can quickly deaden a ...
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NH3 Monitoring
Ammonia is a colorless, toxic, irritating gas with a pungent odor that is as a result released from decaying organic matter, including plants, animals, animal wastes, and fertilizer ...
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Ozone Monitoring
Ground-level ozone is harmful to human health and the environment, especially on sunny days when its concentration can reach high levels. Also, it is a precursor of photochemical smog, which has its ...
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SO2 Monitoring
SO2 monitoring is an efficient way to detect and reduce exposure to sulfur oxides which further benefits in reducing the formation of particulate sulfur pollutants like fine sulfate particles, acid ...
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NOx Monitoring
NOx, apart from affecting human health and the environment itself, has the potential to produce “secondary pollutants” such as ozone, smog, nitric acid, and particulate matter. Also, ...
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Carbon Monoxide Monitoring
Carbon monoxide, one of the most abundant pollutant gases. The gas is indetectable to humans as one can not see, smell, or taste. However, exposure to high levels of CO can cause CO poisoning leading ...
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Dust monitoring – PM100
What is PM100?“PM” (Particulate Matter) is not a single pollutant but refers to a complex mixture of solids and aerosols of varying shape, size, and chemical composition. It may contain ...
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Particulate Matter monitoring – PM10
What is PM10?“PM”, Particulate Matter, is not a single pollutant, but refers to a complex mixture of solids and aerosols of varying shape, size, and chemical composition and may contain ...
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Particulate Matter monitoring – PM2.5
What is PM2.5?“PM”, Particulate Matter, is not a single pollutant, but refers to a complex mixture of solids and aerosols of varying shape, size, and chemical composition and may contain ...
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Mapping of Air Quality Monitoring Systems to cover an area for hyperlocal data
Air quality data serves as the basis for all pollution mitigation strategies. A comprehensive air quality monitoring network provides valuable data insights to support effective air pollution ...
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Data Driven Environmental Automation
Environmental monitoring systems generate incredible amounts of data each day. The opportunity of putting such valuable data at work is missed if the data cannot be converted into timely actions. ...
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Real-time odour analysis & complain management
Odour is the perception of smell; it may range from being unpleasant (like the rotten smell of garbage) to pleasant (fragrance). Odours, pleasant or unpleasant; are produced by inhaling air-borne ...
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Location of Low-cost Sensor-based Air Quality Monitoring Devices
Monitoring the pollutant concentration is fundamentally important to develop and evaluate pollution control strategies. It enables us to understand the trend and extent of pollution by identifying ...
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Passive vs Active Sampling for Sensor-based Ambient Air Quality Monitoring
Air pollution with its cascading effects across the population has become a serious matter of concern. To address this air pollution problem, availability of accurate and reliable air quality data is ...
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Delhi’s Pollution can Reduce 6 Years from Your Life
Air pollution is often based on the values of particulate matter of size less than 2.5 micrometers(PM 2.5) and particulate matter of size less than 10 micrometers (PM10).PM 2.5 reduces ...
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Air Quality Index – Importance of AQI
Clean air is the basic amenity when it comes to healthy living for mankind. Today poor air quality is one of the main reasons for several acute health diseases. It is essential to know the air ...
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Rajasthan’s Deadly Dust Storm Indicates the Need for Environmental Monitoring System
It was yesterday that we read the news where WHO reported 14 out of 20 most polluted cities are in India. The same day, the whole Rajasthan and UP were shrouded in a deadly dust storm and rains that ...
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