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Smart CitiesDiogo Correia (Business Developer)
2007Our Beginning
2008New office at São João da Madeira
2009New office at AveiroTurnover increased 145%
2010ISO9001NP4457
2011uBiLL Creation SME Innovation Network
2012Portugal’s 50 Hottest Startups
2013CMMI-Dev L2SME Leader statusDeloitte Technology Fast 500 EMEAEuropean Seal of e-ExcellenceNew office at Coimbra+1M€ turnover
2014SME ExcellenceOne of the best companies to work in
2015CMMI-Dev L3Citibrain growth
2017CMMI-SVC L3New office at Aveiro
Our team
Sectors
4
www.bikeemotion.com
Birmingham (Alabama, EUA)
Birmingham (Alabama, EUA)
Started in 2015…•1st Wolfsburg Germany, Europe 50
•2nd Birmingham Alabama, US 400
•3rd Algarve, Lagoa Portugal, Europe 30
•4th Richmond Virginia, US 220
•5th Baltimore Maryland, US 500
•6th Summit County Utah, US 88
•7th Barreiro Portugal, Europe 10
•8th Howard County Maryland, US 78
•9th Rio Maior Portugal, Europe 24
•10th Coruche Portugal, Europe 27
•…
•3 new systems To Be Deployed 600+ (next couple of months)
Consortium founded in 2014
Micro I/O - HardwareUbiwhere - SoftwareWavecom - Communications
Specialised in creating and developing solutions for smart cities:
• Smart Parking • Smart Traffic • Smart Waste • Smart Air Quality
solutions
how it works
mobile applicationIndicates available
places and maps routes up to them
paymentKiosk, Mobile
Application, SMS
indicative panelsInform the driver about the number of available parking
places in certain zones
parking sensorInformation about parking place availability is sent in
real time to parking management system
supervisionThe agent receives system notifications about vehicles
in infraction to act in accordance
sensorTECHNICAL SPECIFICATIONS
Dimensions
Power Supply
Autonomy
Technology
Φ=100 mmh=20 mm
Batteries (encapsulated)
> 5 years
3 axis digital magnetometer
COMMUNICATIONS
Technology
Frequency
Range
Sigfox/NB-IoT/LoRa 868MHz (secure and proprietary protocol)
Real-time status change notificationsConfigurable I’m alive notifications frequency
Approximately 100 meters (LoRa)A few kilometres (SIGFOX/NB-IoT)
gatewayGENERAL SPECIFICATIONS
Dimension
Power Supply
Communications
Installation
Maintenance
100 x 150 x 80 mm
24V
RS485, GPRS (3G and 4G optional) LoRa 868MHz
Made by trained technicians
Firmware Updates Online status check up
OPERATIONAL
Communications
Range
Event-triggered
200 meters (approximately value)
management platform
Map● Display of the assets’ position and
status in real-time
web interfaces
Assets Management● Customised and detailed management
of all assets (sensors, gateways, kiosks)
Occupancy Reports● Historical information about the parking
spaces and areas occupancy● Customisation of metrics, statistics and
collected variables
management platform
Areas and Users Management● Organisation of assets in different areas● Definition of user roles and their
permissions
web interfaces
management application
● Optimised route to the free parking spaces in real-time.
● Reporting of anomalies and incidents.
● Multimodal payment means.
● Parking spot occupancy detection and infractions alerting.
mobile interfaces
Capetown, South AfricaVehicle detection - Monitoring of car parking occupancy
how it workssensors
Continuous traffic monitoring and wireless data transmission
central system• Analyses inputs from the sensor network detecting traffic congestions• Redirects vehicles with indications on roadside information panels• Provides directions in mobile applications• Provides alerts on websites of public consultation• Controls the vertical road signalling privileging the traffic flow in critical areas• Accessible and integrated with civil protection systems, facilitating privileged routes in case of catastrophes, accidents and emergencies of any kind
Technical Specifications
sensor gateway repeater
Dimension Φ= 110mmh= 110 mmIP67 e IK10
Sensor 3-axis digitial magnetometer
Type Flush Mount
Power Supply Lithium Battery
Technical Specifications
Dimension 270x270x100mm
Power Supply 90 a 264V AC/7 a 20V DC
Battery Life 12 yearsIP54 and IK08
Communications Ethernet 100Mb Serial RS-232 / RS-485 Wi-fi IEEE 802.11 b/g 2.4GHz a 54Mbps Banda 3G 850, 900, 1900 e 2100 MHz
Sensors 64
Technical Specifications
Dimension 148x50x50mmIP67
Power Supply 230V AC 50Hz./5V DCSolar Panel (Extra)
Range 100 m
Sensors 16
management platform
Map● Display of the assets location ● Vehicles quantity and measurement
time● Speed and vehicle type can also be
integrated
web interfaces
Assets Management● Customised and detailed management
of the existing assets● Inputs and content edition
management platform
Thresholds● Configuration of thresholds (the
vehicle quantity needed for the traffic light to change colour)
web interfaces
Heat Maps● Collections of metrics related to drivers’
behaviour (traffic congestion tendency, busy streets…)
● Display of traffic congestions
Sintra, PortugalVehicle counting - Monitoring of entries and exits
collection points Containers with sensors inform the system of their occupancy
level and the detection of sudden movements or fires
collection trucks Perform most efficient route,
decreasing fuel costs. The teams and the waste collection operations are optimized
how it works
collection door-to-doorManagement of requests to
prioritize and schedule routes
sensorSPECIFICATIONS
Mechanics
Sensors
Battery
Communications
Installation
Dimensions: 148.2 x 121.6 x 47.6 mmWeight: n/aIP67
Filling LevelUltrasound Technology (dual)Reach: 10 to 300 cmPrecision: +/- 3,5 cmTemperature Metering: YesGPS: Yes (for orders above 100 sensors)
4 years
GPRS/GSM (individual SIM) and Sigfox
Fixed with rivets and screwsInstallation in different supports (plastic, metallic…)Integrated system for slope correction
management platform
Map● Display of containers● Information in real time about the
filling level, last collection date and state of alert
interfaces web
Events● Detailed information of each container● Check of the filling level and the
sensor’s battery status
management platform
Routes Optimization● Calculation and providence of the best route to the
garbage collection operators.● Operation rules that can be considered in the routing
algorithm:- Filling level;- Containers dimensions;- Last garbage collection date.- Vehicles dimensions;- Streets properties;
interfaces web
management platform
Containers Details● Occupancy level evolution and behaviour
visualization.● Alarms generation when the occupancy level
is at or surpasses the threshold level.
interfaces web
Waste Collection Planning and Scheduling● Waste collection shifts analysis● Details about every completed waste collection:
- Number of emptied containers ;- Number of incidents;- Distance travelled;- Fuel consumption.
management platform
Anomalies● Display and filtration of reported incidents.● Incident type definition (type, status,
geographical location and date)
interfaces web
Configurations● Demonstration of the waste routes display
functionalities and incident registration.
management application
● Remote monitoring of the containers occupancy levels.
● Collection routes according to predefined threshold.
● Anomalies and/or incidents log.● Alarms configuration. ● Management platform with multiple
profiles and permission levels.● Statistical data analysis and gains
measurement
mobile interfaces
PAYT System
The information collected by these stations can be used to improve urban planning, strategy and interaction with the city residents.
These stations communicate in real time with Air Quality Management System through wireless communication, and are powered energetically by the structure in which they are
installed..
sensing stationsDiscretely installed into the existing urban
furniture (such as vertical signing, street lighting or electrical posts)
how it works
air station
TemperatureHumidityPrecipitation Wind speed and DirectionLuminosityNoise pollutionSolar Radiation & UV indexParticles - PM10 & PM2.5Carbon MonoxideCarbon DioxideNitrogen DioxideOzoneVolatile Organic Compounds (VOCs)Oxides
ModemAntenna: external, omnidirectional, detachable
Standards: IEEE 802.11B/G/NChipset: realtek 8188CUInterface: USB 2.0Speed: 150mbpsSafety Protocols: WEP, WPA, WPA2,WPA-PSK and WPA2-PSK
SensorsMeasured parameters
CommunicationsGPRS/3G/4G/NB-IoT
Wi-fi
Technical Specifications
management platform
Maps● Display of the air stations location ● Collection of information regarding
predefined parameters, in real time
web interfaces
Assets Management● Configurable and detailed
management of the existing assets● Inputs and content edition
management platform
Events Management● Display of detailed information in
real time of the data collected● Definition of different types of users
and levels of user access
interfaces web
Unit of Measure● Display and configuration of the units of
measure for the predefined parameters.
Porto, PortugalAir Quality parameters - Air Quality monitoring
project / product cities usage
EMBERS Porto, Cologne, TBD (Tallinn, Guadalajara)
open call (mobility)
symbIoTe Porto, Aveiro trials (air quality)Synchronicity Porto
Antwerp, Carouge, Eindhoven, Helsinki, Manchester, Milan, Santander
urban platform (Porto)
SELECT for Cities Copenhagen, Helsinki, Antwerp IoE platform (FIWARE Based)
5GCity Barcelona, Bristol, Lucca Lamppost
SmartSDK Mexico City FIWARE
− M2M Interoperability (Open Standards)•OMA NGSI
•Implemented by FIWARE•Supported by ETSI
•OMA LwM2M (soon)•Multiple communication protocols (HTTP, CoAP, MQTT)
− Harmonised Data Models•Environment (Air Quality, Noise)
•Tourism (Points of Interest, Events)
•Mobility (Traffic Flow, Vehicle Positioning, Incidents)
− Citizen involvement•Started with iOS App (MoodSensor)
•Soon standardised by Open311 and Open511
Porto’s FIWARE Ecosystem
− Working together with major European initiatives•Urban Platforms (EIP-SCC)•Context Information Management (ETSI ISG)
− Improving quality of life and resources consumption efficiency•Air Quality stations publishing real-time data
•Water Metering Platform and Mobile App
•Traffic Flow observations on traffic lights
•Urban Logistics with real-time vehicle positioning
− Enhancing Interoperability and avoiding vendor lock-in•Open Data from multiple sources of information
•Real-time & static data: Mobility, Environment and Tourism
•Hackacity: yearly since 2015 to engage local community & economy
Porto’s FIWARE Ecosystem
Device Brokerage
Data Processing and Storage
CEP / Big data (Cosmos)
Data Interfaces (REST + Orion pub-sub)
CKAN Mobile apps
IoT Devices
UrbanPlatform
Interfaces Web Frontend
High-Level Architecture
The next steps for Urban Platforms:
Urban Infrastructure – Physical and SW (City Owned)
+5G (Mobile Telco Operator Owned)
+Mobility OS (Mobility Operator Owned)
