Architecting Your Smart Solution Powered by FIWARE Webinar - 24 June 2020 Corresponding webinar recording: https://youtu.be/pTkZk4VF0gY Learn how Smart Solutions solving a particular challenge are architected with FIWARE. Chapter: Cross-Domain Difficulty: 2 Audience: Any Technical Presenter: Antonio Jare (CEO, HOPU) and (CTO, FIWARE Foundation)

1. SMART CITIES
Services
www.hopu.org
Data-driven decision making tools
Dr. Antonio Jara (CEO)
www.hopu.org

2. WHO ARE WE?
Our Mission
Our mission is to empower urban authorities with data-
driven decision making tools to foster sustainability
Our vision
We develop Human Oriented Products around
the world (HOP - Ubiquitous)
Acknowledgements
• Catalyst Awards Honorees 2019 - Green
Electronic Council
• Vice Chair of the IEEE Communications Society
Internet of Things Technical Committee
• Chair IEEE P2510 Data Quality
• FIWARE Foundation Gold member
• OMA Members (LwM2M and NGSI real-time
communication protocols)
• IPSO Alliance Challenge - People Choice award
(Sponsored by Google)
• Best Smart City demo award - MIT

3. MOTIVATION
“We should have executed
30% of funds and we have
barely reached 8%”New urban
investment:
KPIs, data-driven &
evidence-based

4. MOTIVATION
“We should have executed
30% of funds and we have
barely reached 8%”New urban
investment:
KPIs, data-driven &
evidence-based

5. SOLUTION
IoT Sensors
DASHBOARD / PLATFORM
Other data sources
integration
MAKING
EASY
& assisting
decision-making
• Major spectrum of
indicators
• Forecasting and modelling of
action plans
• Evidence-based
experiences
Access to visualization &
analysis service

6. Uniquevalueproposition
“We make more agile the urban design to mitigate climate change”
Penalties
Time
Reliability
Adapted
Costs
Funds Risks Efficiency

8. Data
visualization
AQi 2.0
indicators

9. Data
visualization
Pollen
indicators

10. Data
visualization
Noise pollution
indicators

11. Exampleofdeployment
6 xIN-SITU
DATAMONITORs
1 x openplatform
(fiware/ Cefbroker)
5 x dashboards
(cityassessment)

12. Latest success
stories

13. Bruges & Mechelen (Belgium)
Within the context of the SCIFI project, HOPU was awarded and recieved funding to
carry out the deployment of Smart Spot air quality devices in the cities of Bruges and
Mechelen (Belgium). The fleet of devices is able to monitor pollutant gases, particulate
matter (PM) and noise pollution, enabling urban planners to take action to improve
their liveability index and quality of life of citizens.
Bordeaux (France)
As a previous experience achieved in monitoring environmental parameters in the field of
agrifood, HOPU carried out the deployment of a fleet of IoT Smart Spot devices in a
vineyard in Bordeaux in 2018 in order to monitor environmental parameters such as
temperature, humidity, rainfall amount and wind direction. The monitoring network allowed
to effectively monitor the vine conditions. To this respect, the smart solution provides the
vineyard managers real-time and contextual information to make informed decisions on
time, and managing to protect and prevent possible damage caused by weather events that
may affect the plantation.
Bruges
Dashboard
Mechelen
Dashboard

14. Onda (Castellón - Spain)
HOPU deployed 3 Smart Spot IoT devices in the city of Onda in mid-October 2019. The
devices were able to report information about air quality (pollutant gases and
particulate matter PM), noise pollution, temperature and humidity. The ultimate goal
of the project is to facilitate decision making to the city council in order to improve
the quality of life of citizens and their environment.
Cartagena (Murcia - Spain)
In a cooperation with urban planners of the city of Cartagena, HOPU carried out the
deployment of Smart Spot IoT devices for the measurement of air quality parameters
(pollutant gases and particulate matter (PM)), noise pollution and other environmental
data, such as temperature and humidity. Smart Spot devices perform data transmission via
GPRS and WiFi. To this respect, Cartagena government aims to improve their decision-
making based on evidence to increase the quality of life of inhabitants and improve their.
Cartagena
Dashboard

15. Badajoz Country Council (Spain)
HOPU has deployed IoT Smart Spot air quality devices and weather station in one of the
main avenues of the city of Badajoz. The monitoring devices are able to report real-time
data related to wind speed and direction, solar and UV radiation, temperature and
humidity, rainfall, pollutant gases, noise pollution and particulate matter via WiFi. The
information received in Badajoz smart city platform is being used to detect possible
events that may affect inhabitants’ welfare.
Santander (Spain)
HOPU IoT Smart Spot devices have been installed at the bus stations of Santander
and Torrelavega with the aim of reporting information related to their air quality,
noise levels, temperature,humidity and crowd monitoring measured at different
points of interest of the stations. Environmental data monitored is transmitted via
WiFi to the smart city platform and represented through a personalized
visualization and analysis service provided by HOPU as well. Passengers can
visualize in real-time the gas concentrations, noise level, temperature and humidity
to which they are exposed in public dashboards available at the docks and other
points of interest of stations

16. Utrera (Seville - Spain)
17 devices with the capacity to monitor air quality, including levels of suspended
particles, noise, temperature and humidity. These devices will soon be deployed at
school areas with the aim of monitoring the levels of several environmental parameters
that may put at risk students’ health and carrying out mitigation actions to achieve an
optimal environment that ensures their well-being.
Girona (Catalonia - Spain)
4 air quality monitoring Smart Spot IoT devices to measure pollutant gases, levels of
particulate matter, noise levels, temperature, humidity and atmospheric pressure in
Girona. The main objective is to empower city managers with liveability indicators
that allow them to make informed decisions to improve their environment, based on
evidence.

17. Madrid (Spain)
HOPU is performing within the context of Madrid 360 the PM monitoring that measures
particles smaller than PM2.5 fraction, defining a validated product both in controlled
environments (HOPU calibration laboratory) and real environments (city of Madrid).
La Palma (Canary Islands - Spain)
HOPU performed the deployment of a fleet of 6 air quality monitoring IoT Smart Spot
devices in order to monitor pollutants gases (SO2, CO, NO2 and O3) as well as
particulate matter (PM1, PM2.5 and PM10), temperature, humidity and atmospheric
pressure, providing real-time indicators and also predict the air quality of the Island of
La Palma through a visualization and analysis SaaS service, including personalized
dashboards. The dashboards allow city managers to effectively monitor their
environmental quality, based on personalized ranges for each measured environmental
parameter specifically configured for this use case.
La Palma
Dashboard

18. Technical
details

19. Architecture

20. Smart spot
HARDWARE
Advanced Environmental
assessment
• Volume of data:
 Each sensor generates 6 to
8MB/Day (a system > 6 sensors)
 A city deployment = 16 systems
generating 3 to 3,5 GB/Month
 20 different parameters are
monitored per device
• Over 250 units deployed
and pre-ordered
• Current version: SS v1.6
• Real-time data (Stream)
& Pub/Sub (Broker)

21. Dashboard
Tool
Open TOOL
FOR DATA
VALORIZATION
“Open source software for
time series analytics & real
time data monitoring
integrating different data
sources and enabling to
obtain KPIs/Indicators and
to support informed
decision making”
https://visualizer.hopu.eu
Ad-hoc solutions
Multiple plugins available
(HOPU’s plugins for environment)
Responsive
PC, Tablet &
Smartphone
Secure sharing
& cooperation
Access control
by type of user
Real-time data
& time series
Useful to
compare the
evolution of
data and make
decisions in real
time
Intuitive
Dashboards &
interactive panels
Federation
Different data
sources analysed
in one tool

22. GRAFANA Scalable configuration &
Access to FIWARE Orion
• Filters
 Entities
 Types
 Subscriptions
• Data Models
 NoiseLevelObserver
 AirQuality
 Device

23. GRAFANA
SOFWARE
Scalable configuration &
Access to FIWARE Orion
• Data Models
 NoiseLevelObserved
 Device
 AirQuality

24. GRAFANA
SOFWARE
Scalable configuration &
Access to FIWARE Orion
• Quantumleap
 Subscriptions
 Data Storage

25. Security

26. Tenants (Multi-tenancy)

27. Service-Path (scopes)

28. KEYCLOAK
Security
Scalable configuration &
Access to FIWARE Orion
• Security embedded
 Multi-tenancy (FIWARE-service)
 Service-path
 OAUTH integration & support

29. KEYCLOAK
Security
Scalable configuration &
Access to FIWARE Orion
• Security embedded
 Multi-tenancy (FIWARE-service)
 Service-path
 OAUTH integration & support

30. THANK
YOU!
Dr. Antonio Jara
CEO
Email: jara@hopu.org
Phone: +34 627 228 126