Finnish research program aids Vaisala's product development

The Finnish Measurement, Monitoring and Environmental Efficiency Assessment (MMEA) research program, which aims to develop compatible, interoperable environmental measurement systems and new tools to improve energy and material efficiency in processes and infrastructure, is proving beneficial to Vaisala’s product development. Vaisala is a member of the MMEA, which also aims to create partnerships enabling member companies to expand their activities and to offer products and services, ranging from individ
August 20, 2014 Read time: 2 mins

The Finnish Measurement, Monitoring and Environmental Efficiency Assessment (MMEA) research program, which aims to develop compatible, interoperable environmental measurement systems and new tools to improve energy and material efficiency in processes and infrastructure, is proving beneficial to 144 Vaisala’s product development.

Vaisala is a member of the MMEA, which also aims to create partnerships enabling member companies to expand their activities and to offer products and services, ranging from individual measuring devices to data collection and information services.

The MMEA program develops new measurement technology and carries out research that is beneficial to its members and end users. However, the key issue is that those members are able to use the technology platform built within the program in their own products, which will accelerate the launch of new information service products on the market.

“The objective of the MMEA program is to develop products that integrate sensors, measurement systems, data collection and management systems, and solutions in order to produce information in support of decision-making,” explains Vaisala technology Manager Heikki Turtiainen. “For example, our latest information service applications for aviation and road weather are based on a platform developed within the MMEA program,” he says. 

Air Quality & Weather Systems

For more information on companies in this article

Related Content

  • Weigh in Motion gets smarter
    January 4, 2023
    Weigh in Motion technology is at the forefront of protecting road surfaces and helping enforcement activity – but could it also play a key role in the development of Smart Cities?
    Read More
  • Velodyne applies AI to traffic monitoring 
    May 18, 2021
    Lidar-based AI traffic solution installed at multiple intersections in New Brunswick, New Jersey
    Read More
  • Cooperative driving will become common by 2020, say researchers
    July 1, 2015
    The international Celtic Plus Co-operative Mobility Services of the Future (CoMoSeF) project which, involved the development of data exchange between vehicles and infrastructure, has just presented its findings. The resulting communication system provides drivers with real time information on road weather, road conditions and incidents. During the project a cooperative roadside weather monitoring station run by the Finnish Meteorological Institute relays the latest reports – and weather updates covering
    Read More
  • When weather warnings get hyperlocal
    August 24, 2016
    David Crawford looks at new technologies to cope with the age-old problem of driving in bad weather. On the 10-year average, between 2005 and 2014 bad weather contributed to more than 1.5 million vehicle crashes in the US each year, resulting in more than 800,000 injuries and 7,400 deaths. These were the findings of analysis by Booz Allen Hamilton of NHTSA data which concluded that the loss of life, hospital treatment and damage to assets costs an annual average of $42bn.
    Read More

Highlighted Content