From redesigning our logo to reimagining our website while also creating a new brand mascot, Fathym has completely reinvented its look. Fathym is changing the way people build Internet of Things solutions. Our low-code framework helps developers of all skill levels build the data applications that optimize business operations and fuel the Internet of …
A New Look: How we created a refreshed brand for Fathym Read More »
Boulder, Colorado based low-code IoT framework provider and road weather experts, Fathym, partners with Silicon Valley based IoT Professional Services provider, Clovity, and its advanced CSensorNet platform to solve City and Enterprise wide logistical, weather, and safety use cases through integrated IoT systems. SAN FRANCISCO and BOULDER, Colo., May 17, 2019 — Efficiency, safety, and understanding are all …
As climate change accelerates, energy providers face a number of critical challenges. Of these, a notable increase in extreme weather events is causing particular disruption. High winds and lightning strikes can inflict significant structural damage to energy grid infrastructure, downing power lines and leaving large numbers of customers without power, sometimes for extended periods. This …
Boulder, CO – December 10, 2018 – Fathym, Inc. is pleased to announce a partnership with Kepler51 to offer the most comprehensive and flexible road safety and mobility solution available in today’s market. By combining the power of big data analytics, atmospheric and road weather modeling, sensors, and machine learning, Fathym and Kepler51 deliver industry-leading …
Fathym Partner with Kepler51 to Deliver Comprehensive Road Safety and Mobility Solution Read More »
Boulder, CO – November 28, 2018 – Fathym, Inc. is pleased to announce a partnership with Live Earth to deliver Fathym’s hyper-local, surface-level environmental forecasts through Live Earth’s real-time IoT Visualisation Platform. Live Earth is utilizing Fathym’s surface weather forecast API to provide municipal city operators, transportation providers and fixed asset managers with real-time, geo-specific forecasts to …
Air pollution is one of the most significant public health issues we face today. There is a broad misconception that air pollution is an issue that only affects developing nations and third world countries, but in reality air pollution affects nearly everyone. Only recently, the World Health Organization claimed that air pollution is the ‘new …
The ‘New Tobacco:’ Can IoT Reduce Air Pollution? Read More »
The evolution of both fleet and consumer telematics technologies over the past decade has allowed for valuable content to be pushed into the connected car. While industries such as traffic, navigation and entertainment have taken advantage of this new “in-vehicle” marketplace, the large players in the weather industry have lagged behind. At the moment, weather …
How Modern Road Weather Solutions Can Enhance the Connected Car Read More »
Mobile road weather sensing technology has been around for the past several decades. Typical offerings include devices to detect infrared (IR) pavement temperature, air temperature and relative humidity. The devices initially were deployed to provide tactical road weather information to snowplow drivers, but the data from the devices was never stored or transmitted. As Automated …
The Next Generation of Mobile Weather Sensor Solutions Read More »
RWIS (Road Weather Information System) stations are relatively expensive fixed stations that include scientific-grade weather instrumentation, which have been installed over specific locations. RWIS stations combine technologies to collect, transmit and disseminate weather and road condition information. In the mid-1990s, states began to deploy RWIS stations along their road networks, specifically in trouble spots or …
Moving On From RWIS: The Next Generation of Fixed Roadway Weather Observations Read More »
Every year, state and local governments spend billions of dollars on snow removal during the winter season. In the early 2000s, the federal prototype Maintenance Decision Support System (MDSS) was developed by the National Center for Atmospheric Research (NCAR) with funds from the United States Department of Transportation (USDOT) Federal Highway Administration. Today, government agencies …
Why Statistically-Based Road Weather Modeling Supersedes Physical Modeling Read More »
