The VDR is a crucial navigational program and info recording unit for ocean going casualty investigations. It provides navigational, positional, communicational, sensor, control and control information for data-driven investigation of incidents onboard ships.
VDR info is stored on a various media and devices and protection from unauthorised users. This may range from the physical security of the VDR by itself (e. g., location), to making sure the stability of the data and its capacity to be potential security risks and vdr manipulated or changed by malicious entities.
As well as the financial cost of a great attack, there is also the to cause damage to the VDR itself and it is recorded data. For example , if an attacker can adjust or delete data it could impact the integrity of this evidence and, therefore , the investigation and legal process.
Currently, there are many potential vulnerabilities in the VDR that can be exploited by cyber criminals. This includes obsolete software, unsecured USB ports, and lack of standardised fix management.
To be able to mitigate these types of vulnerabilities, corporations should put into action a number of actions. Some of these solutions can be simple and straightforward while other people may require more work.
Replace and patch management can be described as critical part of security and VDRs should be updated on a regular basis to prevent any vulnerabilities. This can be performed through standardised patching insurance policies that make sure the gadgets are modern with the most current vulnerabilities and downtimes.
Other measures that can be implemented are the by using a tamper-evident design, and multi-factor authentication. Using these kinds of methods will help to protect the devices and improve general compliance with VDR criteria such as IEC 61991-1.