Security technologies such as firewalls are meant, at best, to prevent data security breaches, or at worst, detect them before they get out of hand; but in some cases, organizations have been complacent. In the infamous Target data breach of 2013, hackers were roaming their system and stealing data for two weeks before the breach was even detected. In the equally egregious breach of Heartland Payment Systems five years earlier, hackers were stealing data for several weeks before the invasion was discovered. Ironically, both Heartland and Target were PCI-compliant, but the time lag between system compromise and detection was unnecessarily long. And, they’re not alone in this regard.
Cyber security is on the mind of every business executive in the world. Modern security challenges are not easy to fix or even identify, and despite some misleading advertising from vendors, there is no one-size-fits-all solution. We frequently observe large visibility gaps in existing security implementations, providing even obvious red flags to slip under the radar. Firewalls and traditional antivirus software are important, but only react to known threats. Too many organizations rely on passive preventative technology for network security. Good attackers employ stealth and polymorphic tools that defy signature-based detection, allowing them to bypass these technologies all together. We must assume that threats will get in, and no system is impenetrable.
Threat detection has grown to a complex and messy activity in organizations. Many utilize Security Information and Event Management systems which can play a critical role in today's enterprise. In order to do their job, SIEMs depend on the logs generated by the enterprise's various systems. Sounds simple enough. However, in a typical Fortune 500 company scenario, an astounding amount of log data is generated. It's not at all unusual to see 10 Terabytes of plain text per month. Fact is, there can be hundreds, even thousands of sources of log data in the typical enterprise. Even small and medium sized businesses will be overwhelmed trying to collect, analyze, and store their log data. The questions are, then, “Can you collect AND analyze them all? Should you? Will the the infrastructure support storage and ongoing detection? Do you have the expertise in place to analyze logs and maintain the infrastructure to do so?”
Are you in the market exploring options for security log monitoring and management? If so, I’m sure you are inundated with requests for a meeting from various SIEM (Security Information and Event Management) vendors.
A comprehensive cyber security framework consists of several components, and one of the most important among them is security log monitoring. Without an effective security log monitoring and management policy in place, a company runs the risk of non-compliance, and perhaps fines, if there is ever a data breach. In order to maintain compliance with guidelines laid out by laws like HIPAA, and frameworks such as PCI, companies need to have an effective security monitoring solution in place that can help them collect and analyze log information so they can detect and respond to cyber attacks.
Key findings from Verizon DBIR report for the Healthcare Industry
As an information security professional, it can be difficult to know where to concentrate your efforts. Some threats are overly hyped, while others slide in under the radar.
Essential Infrastructure in Peril
Critical infrastructure industries are a required foundation for a functional society. Without these sectors, vital services and products are unavailable. Health care, finance and manufacturing are three examples of markets that fall under this designation. The huge shortage of personnel with cybersecurity skills puts this essential infrastructure in peril. The demand for these experts is higher than the supply, making it difficult for organizations to appropriately protect themselves from cybercriminals. In the United States, only 66.7 percent of employer demand is met. It's even worse in other countries, with Israel only filling 28.4 percent of demand.
In this post, I'd like to talk about how to actually apply the concept of “red teams” in your enterprise. First, and foremost, red teaming for cyber security refers to the concept of a small team of hackers reviewing an organization to determine if they can gain access to critical assets. This may not sound much different than a penetration test, but one crucial piece is almost non-existent in a red team exercise: scope. A red team will utilize a web application, mobile platform, physical, social engineer, and network tester as part of a team whose goal is to profile the organization and gain access.
If you're a fan of delicious restaurants, awesome concert venues, Big 10 sports, or just a bike-friendly city, then you should probably be working with us in beautiful downtown Ann Arbor, Michigan. The team at NetWorks Group works at the corner of Main and Huron, a central-point to blocks of great places to shop, eat, and relax at. Located a short distance from the University of Michigan, NetWorks Group benefits from the feeling of both a college-town and an active business hub for southeastern Michigan. For a vibrant mixture of cultures, architecture, and activities, Ann Arbor is hard to beat!
Topics: Security Monitoring, Managed Detection & Response, Ethical Hacking, Device Management, Information Security, Threat Hunting, Vulnerability Management, Security Architecture Review, Compliance, Penetration Testing, Incident Response, Threat Management
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