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Unless you’re under a rock, you know that the WannaCry Ransomware cyberattack swept worldwide headlines last week.
Organizations scrambled to apply the latest Microsoft security patch to their computers to prevent the spread of the attack. It’s estimated that the ransomware attack hit more than 300,000 victims in 150 countries.
Citing a report prepared for the Defense Department by the Defense Science Board, the Washington Post published an article today highlighting attacks from Chinese cyber-spies that compromised US Weapons systems designs. The Post noted that the attacks exposed “programs critical to U.S. missile defenses and combat aircraft and ships.” The article specifically noted that “the advanced Patriot missile system, known as PAC-3; an Army system for shooting down ballistic missiles, known as the Terminal High Altitude Area Defense, or THAAD; and the Navy’s Aegis ballistic-missile defense system” were compromised, as well as “vital combat aircraft and ships, including the F/A-18 fighter jet, the V-22 Osprey, the Black Hawk helicopter and the Navy’s new Littoral Combat Ship”.
The Post’s article does not specifically cover how the designs were stolen, what methods were used to attack networks, and whether these were attacks aimed at US Government networks or defense contractors, although anonymous U.S. officials cited in the article “said senior U.S. defense and diplomatic officials presented the Chinese with case studies detailing the evidence of major intrusions into U.S. companies, including defense contractors.” The article also noted that a recent National Intelligence Estimate noted that “that China was by far the most active country in stealing intellectual property from U.S. companies”. This comes on top of Mandiant’s Intelligence Center Report earlier this year detailing the activities of APT1, a China based cyber-espionage group believed to be a unit in the People’s Liberation Army (PLA).
While the Cyber-warfare term has been hyped quite extensively and sometimes disingenuously within the information security community, these reports highlight that there are certain cyber threat actors today that are actively engaged in target specific attacks to gain information from networks. Without full details of how the attacks were executed, one can only speculate that the attackers discovered exploitable vulnerabilities within the network to gain access to and ultimately extract this data. It is yet further evidence that a reactive information security stance ultimately will not protect an organization from a dedicated attacker. To truly secure our networks, we as security practitioners must proactively identify the vulnerable system(s) on our network that could lead to a breach before the attackers do, and prioritize our remediation efforts around the systems the pose the greatest risk to attack. Furthermore, to ensure ongoing security, security practitioners must be able to know in advance if proposed network or security changes will introduce or expose systems to further risk or breach from attackers and remediate these exposures before the change is committed. We have discussed this topic many times here on the FireMon blog, and pointed out that the technology to enable a Risk-based security posture is already available. While many Federal officials have called for an expedited adoption rate around a proactive risk policy, articles like the one today in the Washington Post show that those calls are not being heeded fast enough.
So you’ve purchased a new firewall. Now what?
You’ve got to decide which access is allowed, which isn’t allowed and whether or not rules are compliant with internal and regulatory standards.
Things are running along smoothly and then the dreaded “change.” A user submits a new access request and the fun begins. Is this access necessary? Safe? Compliant? And what happens when it’s time to retire unused rules?
How Effective Security Management Can Help Teams Cover the Exponentially Increasing Gap between Technology & the Resources Available to Manage It
Security teams today are under tremendous pressure due to the rising frequency and impact of breaches and a business that wants to move faster and faster. The answer to both of these challenges has always been to add more technology and staff resources.
However, each new technology added creates complexity. More rules are created and more data is generated. As networks continue to evolve, this complexity will only grow. And while staff resources may increase, they will never match the exponential growth of technology.
FireMon calls this phenomenon The Complexity Gap and has set out to help security teams close it.
Join us for this webinar with Frost & Sullivan where we’ll explore the causes of “The Gap” and how workforce multipliers such as intelligence and automation help staff manage their security more efficiently and more effectively.
Helping Enterprise Security Teams Improve Resource Efficiency & Reduce Overall Risk Exposure
Firewall technology has come a long way since its initial, most rudimentary forms. Next-Generation Firewalls (NGFW) are the latest development, and organizations are accelerating adoption to the new technology. But NGFWs aren’t a fix-all solution.