Optical networks are indispensable in today's business world and are used for data center connectivity by many companies. Often overlooked, however, is the fact that such networks are not necessarily safe. Using optical tapping methods, information can be extracted from fiber strands for processing and analysis. Extracting useful information from the flow of data running along a tapped fiber is relatively easy and inexpensive, given the appropriate tool and an average know-how in networking.
As a result, enterprises start thinking about securing fiber optic connections by using monitoring and encryption technologies in order to protect their data from espionage and theft. Meeting current regulatory compliance requirements issued by governments and industrial committees became priority in order to avoid severe fines.
Implementation measures range from technical solutions, detailed processes and monitoring systems. But which solution offers the best protection? Which solution has the least impact on data transport and transmission latency? And where in the network should it be deployed for most efficient use?
This presentation will discuss different approaches to protect data in fiber optic networks and will explore how counter measures can be implemented. Different solutions are put in context of efficiency, cost and ease-of-use.
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