Syentium's trainable artificial intelligence software suite automatically detects guns, weapons, prohibited items, illegal CITES and wildlife trade for security services and government agencies in aviation, rail, fast parcel, postal services, maritime, and cross border activities without disruption or hindrance to the free flow of passengers or trade at departure or arrival. The software and systems which utilise existing equipment, systems and protocols are easily installed into operations to deliver labour savings and new tools for greater efficiencies. All Syentium’s detection systems are x-ray manufacturer agnostic. The core software, structured for international certification, has been enhanced by UK Home Office, Foreign & Commonwealth and European Union Regional Development Funding. Key operational elements have been successfully tested or operated by UK Border Force, Foreign & Commonwealth Office, Jamaican Security Services and a major international manufacturer in the UK and US.
A standalone artificial intelligence programme which automatically performs highspeed examination of x-ray image libraries for specific targets in existing x-ray security screening systems.
A standalone automatic real time analyser of x-ray security images to detect illegal items, CITES and contraband in air passenger hold baggage, fast parcel, postal, air cargo, cross border and shipping containers.
A specific system which automatically detects in real time and delivers a robust evidential trail designed to stop illegal trafficking.
Automated detection software can examine thousands of packages 24/7/365 enabling security services to identify, target and investigate more suspect packages and their routes with existing manpower.
Enhances x-ray operator screening performance and back-office management activities providing brand protection and audit trail.
Automatic artificial intelligence software analyses existing warehouse and fulfilment centres’ x-ray security operation for internal theft and leakages and delivers a secure auditable evidential trail.