Forecasting from the near term to long range, we offer a full suite of model products at the highest available resolutions. United States domains include the 3km hourly High Resolution Rapid Refresh, the longer period 13km Rapid Refresh model, the 12km North American Model, 4km High Resolution Window Forecast System based on the WRF ARW, as well as the 0.25 degree Global Forecast System.
Track everything from tornadic supercells to powerful winter storms with live SuperRes imagery. Overlay severe weather warnings, or seek out mesocyclones and damaging winds gusts via velocity products. Dual polarization products including differential reflectivity, correlation coefficient, hydrometeor classification and precipitation totals can provide a clear picture of ongoing hazardous weather events.
We're preparing to ingest MADIS data at sub hourly intervals, providing a complete integration of federal, state and proprietary mesonet observation networks into our platform. Up to date temperature, wind and pressure data from sensors across North America will provide dense observation coverage from land to sea, particularly aiding tracking of major winter storms and tropical systems.
Checkout some examples of the products available through our browser driven console by clicking the buttons below.
Simple yet powerful, with interactive functions providing layering of products, fade, toggles and animations. Pick any product using the chart browser and build customized maps. Please products for later use in the preview panes while performing analysis on other maps in the tabbed view window.
The SimuAWIPS desktop console is designed to maintain responsiveness and product delivery speed on mobile data connections, but we highly recommend a broadband connection for any larger product sets to effectively animate and display.
* Modern browsers running on desktop operating systems with 4GB of memory and 1.8Ghz processor required. Mobile device support coming soon.
A suite model data is available for forecasting, updated as fast as they are produced from the national centers and international providers. All model data sets are rendered at the highest resolution using our cloud based product generation system.
Most major fields are included with each of the models, including mandatory pressure and height products, convective parameters such as CAPE and shear, as well as wind and temperature products. Additional fields are being added all the time, and we welcome users to provide us feedback for new products we may not be generating.
SimuAWIPS ingests live Level II & III NEXRAD data directly from a top tier radar data provider, resulting in rapid dissemination of radar imagery inside our console. High resolution products derived from Level II data, as well as several Dual Polarization and Level III supplementary products are generated around the clock.
All products generated are for the lowest elevation angles only. For single site domains, two zoom levels at 240 and 120 nautical miles - are available for all NWS and DoD locations inside the United States mainland.
Satellite, guidance products and hourly analysis data are available for every domain provided in the system. GOES East and West views are easily accessible from the Satellite menu, with a multitude of different color enhancement options for Infrared and Water Vapor channels.
Watch and warning products are generated at the national and regional levels, and severe weather polygons for all single site radar domains at both zoom levels. Products begin to update as soon as they are received from the our NOAAPORT satellite broadcast system feeding our product generation services.
A complete set of text based weather bulletins from the National Weather Service and other dissemination sources is integrated into the text browser, accessible from inside SimuAWIPS at any time. Products are retained for 24 hours allowing you to glance back at previous forecast discussions, outlooks and guidance information. Set console alarms with optional alert sounds when new products are received for forecast areas you select.
All text data, including urgent bulletins such as Tornado Warnings or Winter Storm Bulletins are feed into the system via our NOAAPORT dissemination system, with a redundant feed maintained using a dedicated socket connection to the NOAA Weather Wire Service.
SimuAWIPS has been re architected following a server crash in the Spring of 2015. This new architecture, built on Amazon Web Services, has allowed a major increase in product generation capacity and speed. With the launch of this new system, users can expect maximum uptime, reliability and an entire new portfolio of meteorological products and features in the console.
We're proud announce SimuAWIPS is now powered by the these data and infrastructure providers.
Premium infrastructure comes at a price, and after nearly 10 years of free service to the meteorological community, it has become necessary to recoup the operating fees that come with this new platform. We hope our users will appreciate all the hard work we're putting into the system, and benefit from the additional content we're adding in each day. Our ultimate goal is to offer everyone an easy to use system filled with rich meteorological forecast and analysis products, at a fair and reasonable price. Moving forward, as our subscriber base increases we will be adding more products, enhanced features and new high resolution data sets.
Purchase 30 days, 6 months or 12 months of access anytime without renewal obligation. Pricing shown valid through December 2015 and subject to future adjustment.
We want to build a system our users can count on when they need it. Based on survey results, we've aggressively invested time and resources to help bring the community a system everyone enjoys using.
One of the most important aspects of a system such as this is reliability. Most of our survey respondents indicated that outages are never acceptable, and we've re-engineered our platform with that in mind. Using the power of cloud computing, we have eliminated single points of failure and dependability on costly hardware. Our processing system has been rewritten to more quickly generate products and handle infinitely larger workloads.
With reliability and bugs addressed, we now get to spend time adding features and new meteorological products to our system.