Case Detail

Providing The Full Spectrum of Cyber Security Defenses; Identify, Protect, Detect, Respond and Recover.

Security Tool

An Cyber Gate Defense security consultant recently worked with a customer to develop a tool for controlling and monitoring critical systems for their 24 x 7 Network Operations Centre (NOC). The consultant worked with key stakeholders including end user and design architect to guide the engineers and developers to determine what requirements were necessary to ensure a secure and functioning product which needed to reside on the network. The tool enabled the client to create digital certificate easily without the need to use KeyTool included in Java Components. The KeyTool is very useful but do not have the GUI application, so users felt uncomfortable using it. We developed the GUI application which works on KeyTool.

Information Security Risk Management

Working within an Oil & Gas company, Cyber Gate Defense Consultants developed a cyber security framework aligned with, and prioritized, according to client business needs. A simple risk assessment that looked at the operational environment was conducted in order to determine the likelihood of a cyber-security event and the impact that the event could have on the organization. Detailed risk assessments on individual facilities however follwed once the framework has been developed. This step enabled the project to build the business case for the framework and act as a reference point when prioritizing security controls, implementation, milestones and enable the business to answer ‘why are we doing this, what risk is it mitigating?” when new measures are challenged.

Cyber Gate Defense consultant formed a team to conducted a detailed risk assessment addressing physical and cyber security threats, internal and external threats and consider hardware, software, and information as sources for vulnerabilities. Considering all aspects of the client’s assets, including unintended changes in system configuration brought about by maintenance, temporary supplier connections to the system for support and even subtle changes in supplier design that could introduce new vulnerabilities through spare parts or upgrades, which should be considered and/or tested in the same manner as the original system components. We applied the methodologies documented in IEC 62443 series taking into consideration the client specific framework: Essentially the objective was to provide a repeatable process capable of determining and implementing the appropriate security requirements.