A DIGITAL SIGNAGE SOLUTION FOR SEVERE 
WEATHER MONITORING AND FORECASTING 
Fábio Sato - Head of IT 
sato@simepar.br 
1 
/simeparparana @simeparpr
ABOUT US 
We are located at Curitiba in the 
south of Brazil 
We are a self-sustained private non-profit 
organization responsible for the operation of the 
meteorological and hydrological system of 
Paraná state in Brazil 
2
INFRASTRUCTURE - STATIONS 
3 
•Network of 110 automatic 
stations: 43 meteorological, 51 
hydrological, 16 rain gauges 
•C o o p e r a t i o n / P a r t n e r s h i p 
agreements with many Brazilian and 
Latin American institutions for data 
exchange and technical cooperation 
•We receive and process online 
data from more than 3,000 
stations
INFRASTRUCTURE - RADARS 
S-Band Single Polarization 
Location: Teixeira Soares/PR 
Start of Operation: 1997 
4 
S-Band Dual Polarization 
Location: Cascavel/PR 
Start of Operation: 2014 
•Two doppler S-Band 
Doppler radars at Paraná 
! 
•Operation, calibration and 
maintenance done by our 
staff 
! 
•Integr ation and data 
exchange with other 
institutions in Br azil, 
Paraguay and Argentina. 
!
INFRASTRUCTURE - LIGHTNING 
5 
•RINDAT: Br azilian 
Lightning Detection 
Network 
•35 operational sensors 
•To t a l L i g h t n i n g 
n e t w o r k o n t h e 
western region of PR 
state 
! 
!
ACTIVITIES AND SERVICES 
Development Operations 
6 
METEOROLOGY 
! 
HYDROLOGY 
! 
REMOTE SENSING 
! 
AGRICULTURE 
! 
COMPUTER SCIENCE 
SOFTWARE DEVELOPMENT 
WEATHER AND 
HYDROLOGY 
MONITORING AND 
FORECAST 
! 
MAINTENANCE AND 
OPERATION OF 
MONITORING NETWORKS 
! 
IT INFRASTRUCTURE 
Research
CUSTOMERS 
7 
Power Companies 
Oil Refineries/Plants 
Hydro-Met Services 
Government Agencies 
Water supply 
Industrial Plants 
Construction 
Road Concessionaries 
Media
SOFTWARE DEVELOPMENT 
EXPERIENCE 
Data Visualization 
Climate and Hydrology 
Data Management Systems 
Weather Forecasting 
and Nowcasting 
Early Warning Systems
SINALMET 
The problem we were trying to solve 
9 
Electric power distribution 
company wanted to display our 
webpages and applications on 
large TV displays deployed at 
their operation centers 
5 o p e r a t i o n c e n t e r s 
geographically distributed 
across the state 
Each operation center had 
different requirements about 
information and area of interest
SINALMET 
Our initial approach 
Our webpages and applications were 
not appropriate for this purpose 
! 
Hard to read texts and to interpret 
images from distance 
! 
We searched for solutions and didn’t 
find specific software for this scenario 
TV broadcast solutions were too 
expensive 
10
SINALMET 
Our initial approach 
We decided to buy and use a general purpose digital signage 
solution and setup it to disseminate our content 
11
SINALMET 
Our initial approach 
12 
We setup 2 large displays (LED 
TVs) for each operation center 
! 
1 display for applications and the 
other for digital signage solution 
client 
•Small computer (Mac Mini) attached to back of the 
TVs 
•Computer connected to an extranet of the 
customer 
•Content dissemination via dedicated link between
INITIAL SOLUTION 
Technical Problems 
Digital Signage client software requires computer 
reboot sometimes (manufacturers usually 
recommends daily reboots) 
Difficult to interact with the data visualization 
applications that were not designed for distant 
13 
interaction 
Could not be used on wall screens or displays 
because of corporate IT policies and security 
requirements
INITIAL SOLUTION 
It was hard to scale 
14 
! 
Every new installation required the 
acquisition of dedicated displays, 
computer, software licenses, local 
installation 
! 
Deployment barriers: different 
corporate IT policies 
! 
New installations are expensive and we 
costs don’t scale down
INITIAL SOLUTION 
Technical support was a pain. 
15 
! 
We used VNC and SSH to remotely control 
computers and software, but sometimes we 
couldn’t reach the computer 
! 
Every new computer had to be continuously 
monitored 
! 
Slow connections to distant control centers 
!
SINALMET 
Should we develop our own solution for this? 
Avoid "not invented here syndrome”: we did new research but we still were not happy with 
the solutions we found 
16 
! 
We believed that it would be possible to develop a HTML based system for a "Weather Digital 
Signage" solution 
! 
We developed a prototype in less than 3 weeks 
! 
The HTML-based prototype was able to provide better functionality than our original 
approach. 
! 
We decided that it was worth to develop it
SINALMET 
! 
What is SINALMET? 
It is a digital platform for the dissemination on large displays of weather, 
hydrology and environmental information 
17 
It runs entirely on the web browser 
! 
It uses new technologies available on HTML5 
and CSS3 compatible web browsers 
! 
It is scalable and low cost 
! 
It doesn’t require dedicated hardware: use 
existing computer and low-cost solutions like 
Chromecast 
! 
It can comply with corporate IT policies 
! 
It requires almost zero tech support
SINALMET 
How did we developed it? 
18 
! 
HTML5 + CSS + JS 
Web formats: XML and JSON 
! 
OGC web standards: WMS and WFS 
! 
PostgreSQL + PostGIS 
Unidata THREDDS 
! 
Geoserver and Mapserver 
! 
RESTFul APIs: systems integration 
! 
Javascript-based data visualization libraries 
!
SINALMET - RADAR 
Assimilates raw volume and product files 
Generates basic radar products: PPI, CAPPI and mosaics/composites 
Integration with lightning data 
19
SINALMET - LIGHTNING 
20 
! 
Displays data from a Vaisala lightning processing central 
by connecting to a live UALF feed over Internet for realtime lightning data access
SINALMET- SATELLITE 
Displays infrared channels of GOES or METEOSAT satellites 
Radar and lightning can be overlaid to highlight storm cells 
21
SINALMET - FORECAST 
Presentation of forecast data available in XML or JSON formats 
22
SINALMET - STATIONS 
Automatic assimilation and interpolation of weathers stations data 
23
SINALMET - WARNING 
Dissemination of Early Warnings 
24
SINALMET - DEMO 
25
SINALMET - ROADMAP 
So, what’s next? 
Mobile support (smartphones and tablets) 
Packaging for smart TVs stores 
26 
! 
Integration with nowcast systems, e.g.: TITAN, lightning 
storm tracking, and satellite based algorithms 
! 
Dissemination of CAP (Common Alerting Protocol) 
messages 
! 
Social media: filter and display relevant information 
with natural language and machine learning 
algorithms 
!
SINALMET 
QUESTIONS 
Visit www.simepar.br/portfolio for more information 
27

SIMEPAR - SINALMET

  • 1.
    A DIGITAL SIGNAGESOLUTION FOR SEVERE WEATHER MONITORING AND FORECASTING Fábio Sato - Head of IT sato@simepar.br 1 /simeparparana @simeparpr
  • 2.
    ABOUT US Weare located at Curitiba in the south of Brazil We are a self-sustained private non-profit organization responsible for the operation of the meteorological and hydrological system of Paraná state in Brazil 2
  • 3.
    INFRASTRUCTURE - STATIONS 3 •Network of 110 automatic stations: 43 meteorological, 51 hydrological, 16 rain gauges •C o o p e r a t i o n / P a r t n e r s h i p agreements with many Brazilian and Latin American institutions for data exchange and technical cooperation •We receive and process online data from more than 3,000 stations
  • 4.
    INFRASTRUCTURE - RADARS S-Band Single Polarization Location: Teixeira Soares/PR Start of Operation: 1997 4 S-Band Dual Polarization Location: Cascavel/PR Start of Operation: 2014 •Two doppler S-Band Doppler radars at Paraná ! •Operation, calibration and maintenance done by our staff ! •Integr ation and data exchange with other institutions in Br azil, Paraguay and Argentina. !
  • 5.
    INFRASTRUCTURE - LIGHTNING 5 •RINDAT: Br azilian Lightning Detection Network •35 operational sensors •To t a l L i g h t n i n g n e t w o r k o n t h e western region of PR state ! !
  • 6.
    ACTIVITIES AND SERVICES Development Operations 6 METEOROLOGY ! HYDROLOGY ! REMOTE SENSING ! AGRICULTURE ! COMPUTER SCIENCE SOFTWARE DEVELOPMENT WEATHER AND HYDROLOGY MONITORING AND FORECAST ! MAINTENANCE AND OPERATION OF MONITORING NETWORKS ! IT INFRASTRUCTURE Research
  • 7.
    CUSTOMERS 7 PowerCompanies Oil Refineries/Plants Hydro-Met Services Government Agencies Water supply Industrial Plants Construction Road Concessionaries Media
  • 8.
    SOFTWARE DEVELOPMENT EXPERIENCE Data Visualization Climate and Hydrology Data Management Systems Weather Forecasting and Nowcasting Early Warning Systems
  • 9.
    SINALMET The problemwe were trying to solve 9 Electric power distribution company wanted to display our webpages and applications on large TV displays deployed at their operation centers 5 o p e r a t i o n c e n t e r s geographically distributed across the state Each operation center had different requirements about information and area of interest
  • 10.
    SINALMET Our initialapproach Our webpages and applications were not appropriate for this purpose ! Hard to read texts and to interpret images from distance ! We searched for solutions and didn’t find specific software for this scenario TV broadcast solutions were too expensive 10
  • 11.
    SINALMET Our initialapproach We decided to buy and use a general purpose digital signage solution and setup it to disseminate our content 11
  • 12.
    SINALMET Our initialapproach 12 We setup 2 large displays (LED TVs) for each operation center ! 1 display for applications and the other for digital signage solution client •Small computer (Mac Mini) attached to back of the TVs •Computer connected to an extranet of the customer •Content dissemination via dedicated link between
  • 13.
    INITIAL SOLUTION TechnicalProblems Digital Signage client software requires computer reboot sometimes (manufacturers usually recommends daily reboots) Difficult to interact with the data visualization applications that were not designed for distant 13 interaction Could not be used on wall screens or displays because of corporate IT policies and security requirements
  • 14.
    INITIAL SOLUTION Itwas hard to scale 14 ! Every new installation required the acquisition of dedicated displays, computer, software licenses, local installation ! Deployment barriers: different corporate IT policies ! New installations are expensive and we costs don’t scale down
  • 15.
    INITIAL SOLUTION Technicalsupport was a pain. 15 ! We used VNC and SSH to remotely control computers and software, but sometimes we couldn’t reach the computer ! Every new computer had to be continuously monitored ! Slow connections to distant control centers !
  • 16.
    SINALMET Should wedevelop our own solution for this? Avoid "not invented here syndrome”: we did new research but we still were not happy with the solutions we found 16 ! We believed that it would be possible to develop a HTML based system for a "Weather Digital Signage" solution ! We developed a prototype in less than 3 weeks ! The HTML-based prototype was able to provide better functionality than our original approach. ! We decided that it was worth to develop it
  • 17.
    SINALMET ! Whatis SINALMET? It is a digital platform for the dissemination on large displays of weather, hydrology and environmental information 17 It runs entirely on the web browser ! It uses new technologies available on HTML5 and CSS3 compatible web browsers ! It is scalable and low cost ! It doesn’t require dedicated hardware: use existing computer and low-cost solutions like Chromecast ! It can comply with corporate IT policies ! It requires almost zero tech support
  • 18.
    SINALMET How didwe developed it? 18 ! HTML5 + CSS + JS Web formats: XML and JSON ! OGC web standards: WMS and WFS ! PostgreSQL + PostGIS Unidata THREDDS ! Geoserver and Mapserver ! RESTFul APIs: systems integration ! Javascript-based data visualization libraries !
  • 19.
    SINALMET - RADAR Assimilates raw volume and product files Generates basic radar products: PPI, CAPPI and mosaics/composites Integration with lightning data 19
  • 20.
    SINALMET - LIGHTNING 20 ! Displays data from a Vaisala lightning processing central by connecting to a live UALF feed over Internet for realtime lightning data access
  • 21.
    SINALMET- SATELLITE Displaysinfrared channels of GOES or METEOSAT satellites Radar and lightning can be overlaid to highlight storm cells 21
  • 22.
    SINALMET - FORECAST Presentation of forecast data available in XML or JSON formats 22
  • 23.
    SINALMET - STATIONS Automatic assimilation and interpolation of weathers stations data 23
  • 24.
    SINALMET - WARNING Dissemination of Early Warnings 24
  • 25.
  • 26.
    SINALMET - ROADMAP So, what’s next? Mobile support (smartphones and tablets) Packaging for smart TVs stores 26 ! Integration with nowcast systems, e.g.: TITAN, lightning storm tracking, and satellite based algorithms ! Dissemination of CAP (Common Alerting Protocol) messages ! Social media: filter and display relevant information with natural language and machine learning algorithms !
  • 27.
    SINALMET QUESTIONS Visitwww.simepar.br/portfolio for more information 27