Articles Tagged with ''cyber risk mitigation''

 When looking at the cyber technology market over the past 15 years, it is evident that the catalyst for cyber evolution was Y2K. Prior to the Y2K frenzy, “cybersecurity” was masked in the systems engineering function, and external threats consisted of hackers looking to leverage free computing capabilities with very little focus on information/data access or network destruction. 

No operational discussion can start without a look at budgets, and how organizations plan for, and procure, cybersecurity services and solutions. And who is responsible for that budget?

From an executive-level perspective, the greatest shift in cybersecurity relates to the focus and the responsibility – moving from strictly an “IT issue” to one of a business function. Look no further than the Target breach and the subsequent resignations of the company’s CEO and CIO to see how cybersecurity has escalated to the C-suite. This was unprecedented 15 years ago, when the primary cybersecurity role of IT was information assurance. So why has the philosophy changed?

Establishing command and control gives the power to professionals so they can properly assess the risks and determine which threats pose the greatest danger and must be considered a high security priority. Authority also requires that they identify potential threats that may be considered “acceptable risks” to the organization – meaning they are worth keeping an eye on, but don’t warrant a significant security investment.

This system’s workflow automation and tracking features enable adaptive response, while including all stakeholders and facilitating information-sharing with other organizations through participating with Information Sharing and Analysis Centers (ISACs).

When asked specifically about the underlying technologies of a credit or debit card, Americans responded favorably, with 69 percent stating that EMV chip cards are making their debit and credit card transactions more secure, with only five percent feeling chip cards make their transactions less secure.

Removing the power from a computer not only results in lost volatile memory, much of which can be critical to a forensic investigation (and should be imaged), but also may lead the intruder to establish other points of entry.

This holistic security architecture combines distributed detection and mitigation elements to expand detection coverage across all enterprise resources