Archive for January, 2012

New Micro From Ievo

Wednesday, January 25th, 2012

Ievo has launched the world’s smallest and most advanced multi-spectral fingerprint scanner after securing a £150,000 investment from the Finance for Business North East Accelerator Fund.

Killingworth-based Ievo developed its new ‘Micro’ biometric reader to meet the growing demand for security door locks in airports, hospitals, offices, data centres and hotels.

 Instead of using a card-reader, key fob or numeric keypad to open a security door, users touch their index finger to a small sensor mounted on the door-frame which scans their fingerprint and opens the door to authorised personnel.

 “Although this type of fingerprint reader has been seen for many years on television and in Hollywood movies, the reality is that the existing technology was unreliable and affected by things like weather or users with anything other than perfectly clean and dry hands,” said Ievo managing director Shaun Oakes.

 “Our competitors all manufacture in the Far East, and readers designed for internal use in their high rise offices or apartment blocks are simply not suitable for European customers who are more likely to have their own front door.  That’s why our first product, the ‘Ultimate’, was ruggedised to cope with harsh weather and work in exposed locations or extremes of temperature.

 ”Unlike existing products which simply scan the surface of a fingertip and struggle to cope with dirty hands, our readers use nine different wavelengths of light to scan 4mm below the skin’s surface and identify collagen ridges and blood vessels.  Our state of the art technology means the system works for users whose hands are wet, dirty, greasy, covered in powder or even wearing thin latex gloves.

 “Since launching the Ultimate a year ago, it has been installed at Olympic sites, the German embassy in London and the Scottish National Arena in Glasgow.  In the autumn it was a finalist in the Security Innovation of the Year category at the Security Excellence Awards in London, and we hope this sister product designed for internal use will be just as successful.”

 Managed by Northstar Ventures, the Accelerator Fund investment – which is supported by the European Investment Bank, One North East and the European Regional Development Fund – has helped to create three new jobs in Ievo’s Killingworth HQ.  It follows an earlier investment, also of £150,000.

 Rebecca Crawford of Northstar said: “We were particularly pleased to make this second investment in Ievo which is based in the region, manufactures here and has recently taken on two graduates from Newcastle University.

 “But, make no mistake, this is a world-class company and adding the Micro to its product range now means it has a fingerprint reader for every application – exterior, interior or a combination of the two.  Shaun has ten years in the industry, and was careful to make his products compatible with existing access and alarm systems – which has led to their rapid adoption by some of the biggest names in the security business.

 “Existing technologies all have their inherent problems.  Companies with card-reader access doors have to spend £10-15 each on cards which are easily lost or damaged, and research has shown that those using keypad systems often use the same pin codes for years – even after once-trusted staff have left.

 “This a hi-tech solution which can identify up to 8,000 different users, is robust and also foolproof.  Police fingerprint experts have been able to defeat inferior biometric readers with fake fingers.  But, thanks to spoof-detection technology, unless it’s the real thing Ievo’s systems keep the door firmly shut.”

Reducing The Risk For Lone Workers

Monday, January 23rd, 2012

According to a recent Royal College of Nursing survey, more than 60% of community nurses spend more than half of their time as a lone worker without immediate access to a colleague for support.

Over 70% reported having been subjected to either physical or verbal abuse during the course of their jobs in the past two years, with many agreeing that the risk they face has increased.

Thankfully, the use of lone worker devices by many NHS Trusts and private healthcare firms is helping to alleviate this situation.

There are now a range of highly effective lone worker devices equipped with mobile phone) technology to connect employees quickly and discreetly with an emergency response system. that has direct links to the police.

What mobile technology enables

  • A Red Alert key to be set up on mobiles to speed dial response centre operators
  • An Amber Alert key to be set up to enable users to record their likely whereabouts
  • 2 way communication
  • On-screen satellite and base-station mapping so users can be found
  • A voice channel for operators to listen and assess situations
  • Discrete alarm activation
  • 24/7 operator support
  • Audio recordings of incidents for use in courts

 

All of the above can be delivered via existing mobile phones, PDAs or BlackBerry smartphones. This means there is no need to carry or charge another mobile device and no need to pay for more equipment and line rental.

Monitored by an Alarm Receiving Centre (ARC), lone worker devices allow users to send a pre-activation message when they are entering an area of potential risk (for example, a dark car park).

If the end user experiences a problem or encounters a situation that seems likely to escalate into something more serious then the lone worker device can be activated to summon help.

Activating the lone worker device automatically triggers a voice call to the ARC. No further action is required by the user, as the device effectively functions as an open microphone, enabling the ARC to capture an audio recording of the incident for future action such as police investigation of legal proceedings.

Operators at the ARC also monitor the audio channel in real-time, enabling them to assess the situation and alert the police if the user needs help or protection. This procedure allows the police to optimise their response to genuine emergencies by providing a ‘moving picture’ of the incident, including an increase or decrease in risk as it happens.

The very knowledge that this is taking place is, of course, a major boost to the user’s confidence. Over 40% of respondents to the RCN’s survey agreed that the use of a lone worker device would increase their confidence to work alone.

The British Security Industry Association operates a dedicated Lone Worker Steering Group which was instrumental in the creation of British Standard BS 8484 – a crucial consideration for anyone purchasing lone worker devices – and has also published two downloadable guides providing both employers and lone workers themselves with easy-to-follow advice.

‘Lone Workers – An Employer’s Guide’ informs employers about and what to look for when sourcing a supplier. The guide covers the employers’ responsibilities to its lone workers, as well as specific criteria for selecting technology, monitoring services and providers (including the possession of quality management systems such as ISO 9001 and the delivery of appropriate training).

For employees whose role requires them to work alone, the BSIA has produced a separate guide entitled: ‘Lone Workers – An Employee’s Guide’.

James Kelly, chief executive of the BSIA, explained: “These guides recognise the importance of keeping lone workers safe and secure. Responsible employers will consider the Health and Safety of their lone workers as a top priority.”

Kelly added: “The use of lone worker devices can help by connecting such employees with an emergency response system that has direct links to the police. British Standard BS 8484 is the basis on which the police respond to lone worker systems, so it’s important for employers to choose a supplier who works to these standards.”

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