CPS-PSAP112. Intelligent technology at the service of the citizen’s emergencies

The project “Drones, eCall and Cyber Physical Systems for Public Safety Answering Points 112 (CPS-PSAP112)” aims to incorporate and accelerate introduction of new technologies, such as eCall, IoT and UAV or drones, in a safe and controlled manner, from the perspective of a 112 emergency center.

 

 

It makes use of SOFIA2 platform for 112 emergency centers. It includes development and integration of new external information interfaces such as drones and the eCall systems, aiming to add new services to accident and crisis management.

 

112 eCall workflow
112 eCall workflow

 

This way, SOFIA2 platform is ready for the European market’s new requirements and regulations for emergency centers or Public Safety Answering Points (PSAP 112). It explores SOFIA2 platform’s adaptability to develop new search and rescue (SAR) protocols, at both European and national levels, to support the fieldwork of human teams, allow for decision making and improve real-time synchronization between the Emergency Operation Center and the immediate response teams.

 

Architecture
Architecture

Drone sending, as an added value, and on-terrain image capture to send them in real time to the platform, allow for the immediate assessment of the situation, optimizing the use of emergency services and allowing them to adapt to the different crisis scenarios.

 

 

PSAP112 front-view
PSAP112 front-view

 

CPS-PSAP112 has been developed with the collaboration of Answare Technologies and CENTIC (Centro Tecnológico de las Tecnologías de la Información y las Comunicaciones, promoted by the government of Murcia). It has been funded within the European Horizon 2020 project CPSELabs, which is a member of the European initiative Smart Anything Everywhere (SAE). CPS-PSAP112 was chosen by the Commission as the best of 23 projects developed in CPSELabs, due to its impact in society.

 

logoCE

CPS-PSAP112. Intelligent technology at the service of the citizen’s emergencies

Feliz / Happy #IoTDay2018!

Desde el equipo de Sofia2 os deseamos un feliz y fructífero día del IoT 2018! ¿Cómo es el proyecto que tienes ahora mismo entre manos? ¿Estás usando Sofia2 como plataforma IoT? Cuéntanos en los comentarios 🙂

 

We wish you a happy and fruitful IoTDay 2018! What’s your current IoT project? Are you using Sofia2? We would love to hear from you, please tell us in the comments section.

 

logo09th

 

Para celebrarlo, hoy nos utilizarán los asistentes al workshop de The Things Network Madrid en Makespace Madrid, sirviendo de plataforma IoT a los nodos y gateways LoRaWAN que se construyan en el taller (siguiendo el contenido de este enlace):

https://www.iotday.org/workshop-things-network-madrid

 

Happy IoTDay!

 

 

Feliz / Happy #IoTDay2018!

Meetup on Sofia2 LPWA Integrations: SigFox, LoRaWAN & The Things Network

On February 28th, we scheduled one of our technical Meetups, this time on LPWA technologies and how easy is to integrate them on Sofia2 IoT Platform. Please join our Meetup group where we will keep you updated with our future meetup events. You may also find here the slides used during the presentation.

A big thank you also to THECUBE Madrid team for giving us free access and use of their building. They also contributed by composing this really nice video on the event, enjoy it!:

These time our speakers where Jorge Trallero and Mario Briceño from our Sofia2 Team. They highlighted how easy is to integrate data collected from IoT devices with LPWA technologies into Sofia2. 3 integrations scenarios were performed:

  • SigFox Integration
  • Private LoRa Network Integration
  • The Things Network Integration

We also had the luxury of having with us member of the core team of The Things Network Madrid Community, to present us their initiatives and to collaborate in the latter integration scenario.

Seguir leyendo “Meetup on Sofia2 LPWA Integrations: SigFox, LoRaWAN & The Things Network”

Meetup on Sofia2 LPWA Integrations: SigFox, LoRaWAN & The Things Network

Sofia2 participates in the SESIAD Virtual Laboratory

labVirtual

 

The Virtual Laboratory of the Secretary of State for the Information Society and Digital Agenda (SESIAD) was born under the standard UNE 178104 “Integrated management systems of the smart city” with the aim of becoming a benchmark for national and international platforms, being a place of experimentation in which companies and developers can evaluate the compatibility of their products with different Smart Cities platforms.

 

labVirtual

 

Currently, platforms that participate in the Virtual Laboratory are Sofia2, from Minsait by Indra, SmartBrain from Cellnex and Thinking City from Telefónica. They collaborate with SESIAD contributing their expertise and participating in the improvement of interoperability between platforms.

 

plataformas

 

As we saw in IoT Data Models: Initiatives and Sofia2 Data Model, there are different Initiatives of standardization of a Data Model in IoT. A Data Model represents the structure of your data and relationships, and therefore, organizes the elements and standardizes how they relate to each other.

 

gsma1

 

GSMA and FIWARE Data Models are defined in JSON, so their representation as Sofia2’s Ontology is immediate. We saw how they are supported and how easy it is to work with these entities in Sofia2

 

To achieve better interoperability between platforms, NGSI 9/10 v2 was selected as a common protocol for the Interoperability Layer. We saw in this document how they are supported and how to consume APIS modeled according to the semantic FIWARE Data Model and published in Sofia2 following the NGSI 9/10 v2 protocol.

 

In our experience with the Virtual Laboratory, in addition to making recommendations for new attributes and modifications in the Data Model, we had the opportunity to perform a Proof of Concept (PoC) by creating a connection  and transformation flow of real data from Smart City A Coruña to GSMA/FIWARE Data Model on Sofia2’s Platform.

 

In this example, Smart Coruña parking data is collected and is ingested in an Ontology on the Sofia2’s platform. Each time an instance of this ontology is received, a Script is launched and transforms this data adapting them to the Data Model and, consulting them, we see how, effectively, the Data Models are fulfilled.

 

dataingestGSMA

 

Also in this Proof of Concept we could publish this data through the API MANAGER of Sofia2 to later see that anyone with the proper permits can access this data via API, Curl or through the Virtual Laboratory portal.

 

consumptionGSMA

 

 

All this process is explained in the post Acquisition, transformation and consumption of data with GSMA/FIWARE Data Model, and has been captured in the demonstrator, which, in addition to parking data, collects data from beaches and museums.

 

demostrador

 

You can find all the information related to the SESIAD Virtual Laboratory here, as well as all the necessary tools (Data Model, APIs, Security tokens, examples …) to develop on the platforms complying with this interoperability model here

 

 

 

 

Sofia2 participates in the SESIAD Virtual Laboratory

Beijing Institute of Technology (BIT) meets Sofia2

IMG_20180123_153430862

 

In the context of “Winter School”, the collaboration framework between Polytechnic University of Madrid (UPM) and Beijing Institute of Technology (BIT), students from BIT visited Indra’s facilities in Madrid. Different Indra’s technological solutions were presented, highlighting the IoT approach based on Minsait IoT Sofia2 platform.

 

IoTVision

 

Sebastián Gómez, Business Development manager and Ayla Ruiz, platform consultant, introduced Sofia2 to the students, explaining its origin, present and future, as well as its main characteristics and capabilities.

 

IMG_20180123_153430862

 

They also presented the different types of projects where Sofia2 can be applied. They got help from Mario Briceño and Lucía Fernandez, IoT engineers, to explain practical examples and some of the different solutions that use Sofia2 as a technological base.

 

IMG_20180123_160417

 

BIT students showed great interest in creating their own projects using  CloudLabthe Sofia2’s experimentation environment.

See you soon!!

Beijing Institute of Technology (BIT) meets Sofia2

Acquisition, transformation and consumption of data with GSMA/FIWARE Data Model

dataingestGSMA

 

In the post How to work with Data Model FIWARE/GSMA in Sofia2 we saw how the Sofia2 platform supports the GSMA and FIWARE Data Models. We learned how to create Ontologies according to these models and how to insert data and consult them using the tool available on the BDTR and BDH Console. We also saw how to publish this Ontology as a RESTFul API and how to consume the API.

 

In addition, we have the document Use of FIWARE Data Model and API NGSI9 publication, where we explain how to consume APIS modeled conformant FIWARE Data Model semantics and published in the Platform following the NGSI-9 protocol.

 

For the example, we use the Ontologies:

  • GSMA_OffStreetParking_Destino
  • GSMA_PointOfInterest_Beach
  • GSMA_PointOfInterest_Museum

 

Step by step we explains how to subscribe to these Ontologies, how to consult your Data through the BDTR and BDH Console, how to subscribe to NGSI-9 APIs and consume them through the API Manager developer portal and how to access these APIs via Curl.

 

consumptionGSMA

 

With all this information, and knowing that Sofia2 allows you to create Rules Scripts (it is advisable to read the Scripting Engine Sofia2 User Guide) that will be executed before the arrival of instances of Ontologies or every so often, it is easy to understand how we can receive data with a determined structure and transform them to meet these Data Models.

 

We will check it through the following flow:

 

dataingestGSMA

 

In this example, Smart Coruña car park data is collected, an Ontology is ingested on the Sofia2 platform, each time an instance of this ontology is received, a Script is launched that transforms this data adapting it to the Data Model and consulting it, we see as indeed, it is fulfilled with the GSMA and FIWARE Data Models.

 

ejemploparking1

Acquisition, transformation and consumption of data with GSMA/FIWARE Data Model

Client Code Generation in Test&Doc APIs

54

This new utility consists of a client code editor for the APIs of the Ontologies in the most popular programming languages, in this way we will only have to copy the code that it generates and insert it in our applications.

For this we must access the API of the Ontology that we want to invoke. In this example, it will be “APARCAMIENTOSPUBLICOSMADRIDES “. So we will access the “API MANAGER” menu, and the “APIs” submenu:

Image 001

Once here, we go to “My Subscriptions” tab:Image 004

We choose the API that we want to test. And click on the “Test & Doc” button:Image 007

Here we have information about the API and the functions it exposes for its consumption. We are going to choose the “getAll” function:

Image 010

Next we are shown the information referring to that function, and on the right part a drop-down menu called “API Invocation” will appear, in which we will choose the language we want to use to invoke the function:

Image 013

And this will generate the piece of code needed to invoke the function. We will only have to complete this code using the logged user’s token in the “x-sofia2-apikey” part:

Image 016

I have created a sample page in HTML using JQuery, to insert the code that generates us for the API method, the HTML code used for the example would be:

<code>

<!DOCTYPE html>
<html>

<head>
<meta charset=”UTF-8″>
<title>Test API</title>
http://code.jquery.com/jquery-2.2.3.min.js

$(document).ready(function() {
$(“#myButton”).click(function() {

var settings = {
“async”: true,
“crossDomain”: true,
“url”: “https://sofia2.com/sib-api/api/v1/aparcamientospublicosmadrides/getAll&#8221;,
“method”: “GET”,
“headers”: {
“x-sofia2-apikey”: “********************”
}
}

$.ajax(settings).done(function (response) {
console.log(response);
var num = response.data.length;
$(“#helloWorldDiv”).html(“Request URL: https://sofia2.com/sib-api/api/v1/aparcamientospublicosmadrides/getAll
Num Result: ” + num);

});

});
});

</head>

<body>
<button id=”myButton”>Test API</button>
</br>
</br>

</body>

</html>

</code>

result could be something like this:

Image 028

Client Code Generation in Test&Doc APIs