Meteorological technology is changing the way we live our lives and help predict what will happen next.
The company behind it has launched a new product called Meteorology, a device that can detect atmospheric conditions in real-time.
The device works by taking temperature readings from a sensor on a smartphone and then using software to calculate the average temperature and humidity.
The company has now launched the product in India, the UK and the US, where it has already received funding from the Indian government and is looking for customers in the US and the UK.
Meteorology is a combination of two different technologies, according to co-founder Nandan Narain.
It is based on technology developed at NASA’s Jet Propulsion Laboratory in Pasadena, California, which is used to measure the temperature of the atmosphere.
Nandan Narin is a software engineer and meteorologist.
He has worked on the Nasa Jet Propulsational Laboratory (JPL) and at NASA Ames Research Center (ARC).
“It was not a question of being able to do a simple weather prediction,” he says.
“It was a question about how to do it, how to integrate all these sensors into a device which would allow us to get real-world information.”
For Narain, the key to success was a collaboration between the JPL and NASA.
The JPL developed the temperature sensors and the ARC used them to test their capabilities.”JPL and ARC are very good at working together.
We worked with the ARC on developing the instrument, they developed the software for us to use,” he explains.”
Then they sent us a bunch of hardware, we did some tests and then they sent back the results.”
The company now uses a pair of sensors that measure atmospheric humidity and temperature in a lab in New Jersey.
These are paired together with the JPSU satellite, which can measure the temperatures of the Earth’s atmosphere.
Narain and his team have worked with NASA on this new product and have been using it in India for the past six months.
The team developed an algorithm to work out how the sensor in the device would be affected by different humidity conditions.
For example, if a rainstorm is forecasted, it would determine if the temperature is likely to drop.
The temperature could also change when there is more humidity than usual.
This new device can be controlled using software.
“We have a lot of data on atmospheric conditions.
We can use this data to understand how the atmosphere is changing,” Narain says.”
When we start measuring weather, we will get better and better data, and when we are using this data we can actually make predictions about weather.”
Meteorological technology has been around for decades, but in recent years it has become a key tool for climate scientists working in the field of climate change.
“For many years we were talking about climate change and what to do about it, but then climate change started to get a lot more attention and it became very challenging to understand what to expect,” Narin says.
In the United States, the technology is used by some climate scientists to predict how the climate will respond to greenhouse gas emissions.
However, it is not a substitute for a scientist working in an atmospheric laboratory, as it requires a lot skill and experience to understand the technology.
In India, Narin’s team is working to develop a product that can be used to detect atmospheric moisture and temperature, and then it can predict the future conditions in the region, with help from the global climate data.