Quantum Security

Scientists have developed a method for using quantum technology to create devices with unique identities at the nano-scale level. Known as Q-ID, it works by electronically stimulating a random atomic system to produce a unique pattern without the need for passwords or counterfeit tags. The method can be integrated easily into existing chip manufacturing processes, and is virtually un-hackable, since breaking the code would require pulling apart the underlying structure atom by atom.

The unique patterns can be used for authentication or identification applications. In addition to their primary function of security, Q-ID could enhance logistics by tracking and tracing goods across the supply chain. The technology is being commercialized via Quantum Base.

For information: Jonathan Roberts, Lancaster University, Department of Physics, C57 Physics Building, Lancaster, LA1 4YB, United Kingdom; email: j.roberts@lancaster.ac.uk; Web site: www.lancaster.ac.uk
Quantum Base; email: info@quantumbase.com; Web site: http://quantumbase.com