UK Cell Broadcast – Public Warning System – Flood Warning System


Public trial planned for later this year.

Testing and trial is with EE. O2, Vodafone and Three are ongoing.

Will be available on 2G, 3G, 4G and also 5G.

The Flood Warning System is multi-channel, is possibles send warnings to go out via multiple channels.

In the UK a large number of phones are already enabled.

iPhone Cell Broadcast Message

Source: http://demo.fws.environment-agency.gov.uk/videos/CellBroadcastIPhone.mp4

Android Cell Broadcast Message

Source: http://demo.fws.environment-agency.gov.uk/videos/CellBroadcastDevice.mp4

Source: https://twitter.com/FujitsuFlood/status/1146700283323588608 and https://twitter.com/FloodDigitalEA/status/1141439469133926400

 

Anúncios

Cell Broadcast reception without SIM card


Cell Broadcast reception without SIM card – Xiaomi

 

 

Cell Broadcast reception without SIM card – Huawei

 

How NDRRMC issues its emergency mobile warnings


Ever wondered why you get multiple alerts in a day or why they’re sometimes delayed? Here’s why.

MANILA, Philippines – Every year, around 20 tropical cyclones visit the country, on top of rains from the southwest monsoon or hanging habagat, as well as thunderstorms that are all too common during the rainy season.

The National Disaster Risk Reduction and Management Council (NDRRMC) wants citizens to be informed about what to expect and what they must do during disasters, that’s why it issues emergency mobile alerts.

The NDRRMC and telecommunications companies are required by law to send free mobile alerts before disasters happen. This is mandated under Republic Act No. 10639 or the Free Mobile Disaster Alerts Act.

NDRRMC 24/7 Operations Center Officer-in-Charge (OIC) Aimee Menguilla said in an interview with Rappler, “These alerts, if you already know your area, you know the characteristics of where you live, this EAWM (emergency alert and warning message) is just a reminder to the people of what you’re supposed to do.”

How it works: As soon as the Philippine Atmospheric, Geophysical and Astronomical Services Administration (PAGASA) issues an advisory, the NDRRMC drafts a message to send to telcos, who in turn sends this to their customers.

If you’re wondering why you receive multiple messages in a day, here’s why. For rainfall warnings, the NDRRMC sends separate mobile alerts for PAGASA’s orange and red warnings. (READ: How to use PAGASA’s color-coded rainfall advisory)

PAGASA’s orange rainfall warning means intense rainfall has been observed for an hour and is expected to continue for the next two hours. Menguilla said this gives the message a time frame of about 3 hours as rainfall is expected to continue over this period of time.

On the other hand, a red rainfall warning means torrential rainfall has been observed for an hour and is expected to continue for the next two hours.

ALERTS. The NDRRMC sends mobile alerts based on PAGASA rainfall warnings.

ALERTS. The NDRRMC sends mobile alerts based on PAGASA rainfall warnings.

Menguilla also said emergency warnings may be based on advisories of the Philippine Institute of Volcanology and Seismology (Phivolcs) on earthquakes and volcanic activity.

It takes up to 10 minutes to draft an alert message and send it to telcos.

A public hearing on the implementing rules and regulations of the Free Mobile Disaster Alerts Act was conducted on February 26 to discuss some issues surrounding the law

The NTC targets the implementation of the Implementing Rules and Regulations (IRR) by the third week of April. What do you think should be added to the IRR?

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“We translate it into those short messages so the description of the message is hazard-specific, area-focused, and time-bound,” Menguilla said.

Delay problems: Citizens have reported receiving delayed warnings. For instance, a mobile alert received at 9:17 pm was for a PAGASA rainfall warning issued at 4 pm. That’s a delay of more than 5 hours, and by that time, a new warning would’ve been issued already.

What causes this? It’s largely due to the limitations of mobile devices and messaging systems, the NDRRMC said.

According to NDRRMC Information and Communications Technology OIC Kelvin Ofrecio, two types of message broadcast systems are used to send alerts: short messaging system (SMS) and cell broadcast service (CBS).

CBS is faster because it can send messages to cellphones based on subscribers’ location, to pre-arranged cell sites. It also enables location-specific alerts without the need to register cellphones.

DELAYED. At times, alerts are received hours after they are issued, leaving citizens with delayed emergency warnings.

DELAYED. At times, alerts are received hours after they are issued, leaving citizens with delayed emergency warnings.

Unfortunately, not all mobile phones are equipped with this feature.

“We are implementing both types of systems. Siyempre, bawat system, merong limitation ‘yung technology (Of course, both systems have limitations in their technology),” Ofrecio said.

He added in Filipino: “CBS is used in other countries. It’s instantaneous because recipients can receive alerts within 3 to 5 seconds after telcos send them. However, we cannot fully implement this as not all handsets are compliant with the cell broadcast feature.”

Given this limitation, the NDRRMC and telcos resort to SMS to send alerts, which takes much more time as messages are sent “point-to-point” unlike CBS’ “point-to-multiple-point” system.

Ofrecio explained in Filipino: “What happens is, if the NDRRMC sends a red rainfall warning alert to Bulacan, and in that area, there are two million subscribers for example, there will be two million seconds of queuing time because it is point-to-point.”

If you’re one of those who received warnings hours after they were issued, Ofrecio said chances are those warnings were sent via SMS rather than through CBS.

Moving forward: Unfortunately, there are no quick fixes to delayed warnings at the moment, since not all phones are CBS-compliant.

It could also be the case that CBS is turned off by default in mobile phone settings.

Telcos earlier clarified that some older phones, even those made more than 15 years ago, are capable of receiving cell broadcast messages. But this feature could be turned off by default.

Ofrecio also urged the public to check if emergency alerts are enabled in their mobile phone settings.

For Android users, you can go to messaging settings and look for Emergency Alerts or Cell Broadcast. For iOS users, update to the latest version of the operating system, go to Settings, then Notifications, and scroll down to turn on Emergency Alerts.

If you’re annoyed by the alerts, you can always turn them off. But be aware that doing so carries with it great risks too. – Rappler.com

 

 

Source: https://www.rappler.com/move-ph/issues/disasters/208117-how-ndrrmc-issues-emergency-warnings-mobile-alerts

 

Cell Broadcast na Assembleia da República


Na sequência de uma directiva europeia e dos maus exemplos da realidade portuguesa em relação ao envio de SMS em caso de emergência, a VOST Portugal, um grupo de voluntários digitais em situações de emergência, alertou esta semana os membros da Comissão de Assuntos Constitucionais, Direitos, Liberdades e Garantias para a necessidade de Portugal acompanhar, de forma urgente, a adopção de tecnologia Cell Broadcast no envio de informação de emergência aos cidadãos.

Esta iniciativa está a ser coordenada pela VOST Portugal em conjunto com a EENA – European Emergency Number Association – que por seu lado vai indagar o governo português sobre que iniciativas estão a ser tomadas pelas entidades competentes.

Na missiva enviada aos deputados de todas as bancadas parlamentares, a VOST Portugal refere o histórico do processo: A 11 de Dezembro de 2018, a União Europeia tornou obrigatória a existência de um sistema de alerta às populações (DIRETIVA (UE) 2018/1972 DO PARLAMENTO EUROPEU E DO CONSELHO de 11 de dezembro de 2018 que estabelece o Código Europeu das Comunicações Eletrónicas). O governo fez aprovar o Decreto-Lei n.º 2/2019 (https://dre.pt/web/guest/pesquisa/-/search/117726476/details/maximized) que institui o Sistema Nacional de Monitorização e Comunicação de Risco, de Alerta Especial e de Aviso à População. No entanto o governo não especifica que sistema de alerta via dispositivo móvel será usado no alerta às populações, sendo que a sua escolha será feita pela CNPC após recomendação da ANPC, e todos os contactos com a ANPC que tentámos iniciar foram recebidos com silêncio por parte daquela entidade.

A VOST Portugal refere que “no que diz respeito aos envios de alerta para telemóveis, além de aplicações que possam a vir a ser eventualmente desenvolvidas, existem dois sistemas: SMS e Cell Broadcast. É nosso entender, baseado em relatórios técnicos, que a escolha de um sistema de alerta às populações é vital para a sua segurança e que esta tem que ser uma discussão pública pois trata-se de uma decisão que irá afectar toda a população, bem como aqueles que nos visitam, durante anos”. E ambiciona que “A adoção de um sistema de alerta às populações via dispositivo móvel deve ser uma discussão pública, e a tecnologia a adotar não deverá ser baseada no custo associado de implementar uma ou outra solução, mas sim nos benefícios que a adoção de um ou outro sistema podem trazer às populações. 

A experiência que temos em Portugal, e em outros países da União Europeia, é que o sistema de envio por SMS é ineficaz devido à demora na entrega da mensagem (durante o furacão Leslie algumas mensagens chegaram 36 horas depois de serem enviadas), existe a hipótese de através de erro humano as mensagens serem entregues a pessoas que não estão na área de intervenção (existiram relatos de pessoas em Angola e no Brasil que receberam a mensagem enviada para a população de Lisboa durante o mesmo fenómeno meteorológico adverso), e o próprio envio da mensagem por SMS a milhões de destinatários satura os sistemas de comunicação tornando virtualmente as comunicações impossíveis, mesmo aquelas que tenham por destinatário o 112.

Por outro lado existe um sistema designado por Difusão Celular (Cell Broadcast) que não padece dos mesmos constrangimentos tecnológicos existentes no envio de alertas para os telemóveis, pois o envio da mensagem é instantâneo, circunscrito a uma determinada área e que envia a mensagem a todos os dispositivos registados numa determinada torre de comunicações

Fonte: https://vost.pt/cell-broadcast-na-assembleia-da-republica/