Microsoft is revamping how anti-malware tools interact with the Windows kernel to avoid another CrowdStrike faulty update catastrophe.
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The two primary components to the solution are to encrypt company data at all times, and to decrypt only when the file is required for use.
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Vulnerabilities in Palo Alto Networks Cortex XDR allowed a security researcher to turn it into a malicious offensive tool.
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Fresh off its $69 billion acquisition of VMware, Broadcom creates an Enterprise Security Group unit that merges Symantec and Carbon Black.
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Pool Party is a new set of eight Windows process injection techniques that evade endpoint detection and response solutions.
The post New ‘Pool Party’ Process Injection Techniques Undetected by EDR Solutions appeared first on SecurityWeek.
Out-of-control devices run the gamut from known to unknown and benign to malicious, and where you draw the line is unique to your organization.
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Recently, a friend brought up the term “carcinization” and I must admit, I had to look it up! Turns out the term was coined more than 100 years ago to describe the phenomenon of crustaceans evolving into crab-shaped forms. Today, there are even memes for it. So, what does this example of convergent evolution have to do with security? It’s an apt description of how the security industry has evolved and why security leaders often struggle to determine the right security investments for their organization.
The security industry started out with a series of point products to solve very specific challenges. Organizations used endpoint antivirus, firewalls, IPS/IDS, and routers to protect themselves. Email and web security tools were soon added, along with SIEMs and other tools like ticketing systems, log management repositories and case management systems to house internal threat and event data. Endpoint detection and response (EDR) tools then came into the mix and a few years later served as the jumping off point for the next phase in the industry’s evolution. That’s when the traditional walls between endpoint and network security technologies began to crumble and product categories were no longer clearly defined.
Everything starts to look alike
When the concept of extended detection and response (XDR) was introduced a couple of years ago, industry analysts each seemed to have slightly different, but colliding, definitions of it. Some said XDR is EDR+ (with different opinions as to what the + consisted of) while others said XDR isn’t a solution at all, but an approach or an architecture. Those conversations continue today.
Now the industry is talking about threat detection, investigation and response (TDIR) platforms and depending on who you ask about the difference with XDR, you’ll get a different answer. Some say XDR is an overarching architecture and TDIR is the platform that integrates all the capabilities required for XDR. Others say TDIR is a process. And another contingent says they are one and the same.
The varied viewpoints as related security concepts take on similar traits create substantial confusion among security teams trying to evaluate and purchase security technologies to strengthen their organization’s security posture. At a time when the market should be maturing and moving security to a better place, these discrepancies prevent that from happening.
Use cases, not labels
So, how can security teams cut through the noise and confusion? In the carcinization of security, where everything starts to look and sound alike, it’s critical to focus first on use cases. To do this, start with what you are trying to accomplish, the associated workflows, and the people, processes, and technology required. From there, you can look at where the gaps exist and where to invest to achieve your goals.
Sometimes you may need a specific technology for a specific use case. Or, ideally, you find a platform that can handle multiple use cases security professionals are focused on today as security operations centers (SOCs) mature. These include spear phishing, threat hunting, alert triage, vulnerability prioritization and incident response.
For each of these use cases, context is critical to understand the who, what, where, when, why and how of an attack. With a security operations platform that can aggregate and correlate internal threat and event data with external data on indicators, adversaries and their methods, you can analyze multisource data and understand relevance to your environment based on parameters you set. Once you have the right data and context, you can pivot around a specific piece of data to understand and act. You can parse and analyze spear phish emails for prevention and response, prioritize alerts for triage, identify vulnerabilities to patch first, and accelerate threat hunting. Integration with the right tools allows you to send data back out across your defense grid to accelerate incident response, including blocking threats, updating policies and arming the organization against the next wave of attacks.
The truth is, the walls established to separate product categories should have been challenged sooner for the benefit of security. Organizations considering the latest acronym or spurred by the latest attack may have selected a different, more effective tool or platform depending on their goals, internal resources and capabilities. When everything starts to look like a crab and walk like a crab, we can’t rely on labels. We need to look at use cases, desired outcomes and the best path to get us there.
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