Police forces not only in the UK but around the world rely on UV lighting technology to identify UV based forensic security markers attributed to passports, driving licenses, citizen identifications, currency, credit cards, property marking technologies and for the identification of bodily fluids.

The new product called the Chain Reaction DNA is ideally suited for hotels and homes and is installed at doorway entry points. If an attempt to gain unlawful entry is made then an alarm automatically sounds to alert other guests or residents, but at the same time the device sprays perpetrators with a unique UV based forensic marker to which the DNA component is registered to a specific door at a specific address.

The company believes that the certainty of being sprayed with a UV based identifiable forensic marker will be seen by today’s criminals as the ultimate deterrent because when they activate this unique door security device its embedded forensic trace technology links them to their crime scenes and can aid in the prosecution of offenders in a court of law.

This liquid fingerprint stains the would be intruder for up to three months and this substance is easily identified by police using UV lighting technology. Strandna want the threat of being forensically linked to a crime scene to deter the offence being committed in the first instance.

Chain Reaction DNA has been installed and the forensic component registered to numerous homes and businesses around the UK and Strandna are pleased to say not one of the target hardened addresses it has been attributed to have suffered a re-offence or unlawful entry since its application leading them to believe the deterrent value is working.

"We believe police and other law enforcement agencies around the world need all the assistance they can get and the implementation of this device whilst giving peace of mind to a homeowner or hotel guest but if activated will be proactive in aiding the identification, capture and conviction of criminals who maliciously activate it." says Robert Simpson, Strandna (UK) Ltd.