Advertisement

We need your help now

Support from readers like you keeps The Journal open.

You are visiting us because we have something you value. Independent, unbiased news that tells the truth. Advertising revenue goes some way to support our mission, but this year it has not been enough.

If you've seen value in our reporting, please contribute what you can, so we can continue to produce accurate and meaningful journalism. For everyone who needs it.

(File photo) Injured hiker calls emergency services for help. Shutterstock/cunaplus

Mobile phones will soon text your exact location to emergency services when you dial 999

A pilot scheme is currently underway with three major mobile networks.

THE EXACT LOCATION and GPS coordinates of those that call 999 or 112 from their Android mobile phones will soon be sent by text to emergency services.

A pilot scheme for Advanced Mobile Location (AML) is currently underway with three major phone network providers and is due to be officially launched by the Minister for Communications, Denis Naughten, in a matter of weeks.

The new system for emergency callers is aimed to provide locations in circumstances where:

  • Victims of assault or medical emergencies who are unable to speak or provide location information
  • Suicidal callers who do not provide location
  • Children or adults with intellectual disabilities that may be unable to provide exact locations
  • Visitors/tourists who may not know precise location of emergency
  • Car accidents on a rural roads with no signage
  • Domestic violence callers who are too fearful to speak

The location technology, which has been developed by Google, is a lot more precise than the information which is currently received for standard mobile phone calls.

shutterstock_599497610 Hiker using his mobile phone. Shutterstock / santypan Shutterstock / santypan / santypan

How will it work?

When an emergency call is made, the phone will activate GPS and send a text message in the background with the location information. The location information is a lot more exact than that received from standard mobile calls.

Minimum battery level on the phone is needed to enable the service and there is no charge to the caller for the text.

Unlike other location services, no app installation is needed for the service to work. Callers simply call emergency numbers 999 or 112 as normal, and a text will be sent.

Currently, it is only the location of the nearest mast that is sent when a mobile phone is used to dial the emergency services for help.

When someone calls the Emergency Call Answering Service (ECAS) in Ireland, the cell identity is supplied with the emergency call, which is then looked up in the ECAS database. The information is then converted into a geographic location. This is the standard approach throughout Europe.

shutterstock_384229003 Woman who suffers from domestic violence calls for help. Shutterstock / SpeedKingz Shutterstock / SpeedKingz / SpeedKingz

Mobile phone masts

However, a commonly cited problem with cell ID is the variance in distance which may apply around a particular network mast.

Mobile network masts can sometimes be at least 10-15 kilometres away from the location of the actual emergency, making it a lot more difficult for first responders.

A report for Ofcom in the UK noted that the cell ID location could be up to one kilometre away in dense urban areas and 35 kilometres away in remote rural areas. The report also states that accuracy can occasionally decrease further when a handset connects to a mast further away for reasons such as signal strength or congestion.

While mobile phone technology has moved on significantly in the last decade, there has been no agreement reached globally as to how location information can be best used by the emergency services.

Google technology

The department states that in the absence of any such standards, Google developed it’s own approach for emergency callers on its Android operating system.

Speaking about the new technology, Minister Denis Naughten said the precise device based location “will be of vital assistance to the emergency services in responding to and dispatching emergency personnel to callers in need across Ireland, but particularly in rural areas”.

He added:

It will save time and potentially safe lives. People of all ages in need of several types of emergency assistance will be helped by this technology.
The Emergency Call Answering Service receives on average 4,000 mobile calls per day. In Ireland, Android market penetration is in excess of 60%, which means that when the system is fully enabled precise device based caller location could be provided and seamlessly made available for up to 2,400 calls per week.

AML is currently going live for all Android mobile phones being used on mobile networks in the UK and Estonia.

Norway, Sweden and Finland are at an advanced trials solution and are expected to go live in the next few months.

Naughten confirmed he will be launching the service in Ireland within three weeks.

The European Emergency Number Association anticipates that ten countries will be AML-ready by the end of this year.

While there may be concerns about how personal location data is used, it is understood that privacy and data rights for all phone users is to be maintained.

AML is only triggered when an emergency call is made from the phone.

Read: Dublin City councillors want real-time emissions data from the Poolbeg incinerator>

Read: ‘We know it rains in Ireland. It’s just not on’: Emergency motion on Sandymount bathing ban>

Readers like you are keeping these stories free for everyone...
A mix of advertising and supporting contributions helps keep paywalls away from valuable information like this article. Over 5,000 readers like you have already stepped up and support us with a monthly payment or a once-off donation.

Close
32 Comments
    Submit a report
    Please help us understand how this comment violates our community guidelines.
    Thank you for the feedback
    Your feedback has been sent to our team for review.
    JournalTv
    News in 60 seconds