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Organizations rely on Incident response to ensure they are immediately aware of security incidents, allowing for quick action to minimize damage. They also aim to avoid follow on attacks or future related incidents. The SANS Institute provides research and education on information security. In the upcoming webinar, we'll outline , in detail, six components of a SANS incident response plan, including elements such as preparation, identification, containment, and eradication. The 6 steps of a complete IR Preparation:  This is the first phase and involves reviewing existing security measures and policies; performing risk assessments to find potential vulnerabilities; and establishing a communication plan that lays out protocols and alerts staff to potential security risks. During the holidays, the preparation stage of your IR plan is crucial as it gives you the opportunity to communicate holiday-specific threats and put the wheels in motion to address such threats as they are identif

Think of the typical portrayal of a cyberattack. Bad guy pounding furiously on a keyboard, his eyes peeking out from under a dark hoodie. At long last, his efforts pay off and he hits the right combination of keys. "I'm in!" he shouts in triumph. Clearly, there are many problems with this scenario – and it's not just the hoodie. What's even more inaccurate is that most cyber attackers today do not rely on unsophisticated methods like brute force. Instead, they target users directly through social engineering, spearphishing and business email compromise (BEC). In light of this, it can be said that cybercriminals no longer break into corporate systems; instead, they log in with valid user credentials. In this landscape of highly targeted cyberattacks, the identity perimeter has emerged as a crucial battlefield. Unfortunately, too many businesses continue to rely on outdated security strategies and tools that leave their users and sensitive systems unprotected. S

Streamline your zero-trust access journey with three simple steps for high-risk, remote, and hybrid users.

Are you prepared to tackle the top SaaS challenges of 2023? With high-profile data breaches affecting major companies like Nissan and Slack, it's clear that SaaS apps are a prime target for cyberattacks. The vast amounts of valuable information stored in these apps make them a goldmine for hackers. But don't panic just yet. With the right knowledge and tools, you can protect your company's sensitive data and prevent cyberattacks from wreaking havoc on your business. Join us for an  upcoming webinar  that will equip you with the insights you need to overcome the  top SaaS challenges of 2023 . Led by Maor Bin, CEO and Co-Founder of Adaptive Shield, this highly informative session will provide practical tips and actionable strategies for safeguarding your SaaS applications from potential threats. To better prepare and effectively safeguard your organization, it is crucial to have a comprehensive understanding of the potential entry points and challenges within the ever-e

Have you ever stopped to think about the potential consequences of a cyberattack on your organization? It's getting more intense and destructive every day, and organizations are feeling the heat. That's why more and more businesses are turning to  cyber insurance  to find some much-needed peace of mind. Imagine, in the unfortunate event of a successful security breach or ransomware attack, the right policy can help minimize liability and contain losses. However, skyrocketing claims in 2020 sent shockwaves through the insurance industry, forcing insurance providers to reinvent the criteria for acquiring or renewing cyber insurance. As a result, businesses are now navigating a dramatically altered terrain where they must prove their ability to defend against ransomware attacks. This includes implementing a wide range of robust security measures, particularly around identity protection requirements such as MFA coverage and service account protection. The new identity protectio

With the COVID-19 pandemic continuing to impact, and perhaps permanently changing, how we work, cybercriminals again leveraged the distraction in new waves of cyberattacks. Over the course of 2021 we saw an increase in multiple attack approaches; some old, some new. Phishing and ransomware continued to grow from previous years, as expected, while new attacks on supply chains and cryptocurrencies captured our attention. We also saw an uptick in critical Windows vulnerabilities, again proving that no matter how many vulnerabilities are found, more will always exist.  As we enter 2022, we are seeing novel attacks originating from the conflict in Ukraine, which will certainly make their way into criminal attacks on worldwide businesses. In an upcoming webinar ( register here ), Cybersecurity company Cynet will provide an in-depth review of the high-profile attacks we saw in 2021 and provide guidance to cybersecurity professionals for 2022. What are the top cyberattacks in 2021 that Cyn

Most security practitioners are now aware of the Log4Shell vulnerability discovered toward the end of 2021. No one knows how long the vulnerability existed before it was discovered. The past couple of months have had security teams scrambling to patch the Log4Shell vulnerability found in Apache Log4j, a Java library widely used to log error messages in applications. Beyond patching, it's helpful and instructive for security practitioners to have a deeper understanding of this most recent critical vulnerability. Fortunately, Cynet Senior Security Researcher Igor Lahav is hosting a webinar [ Register here ] to provide "buzzword free" insights into Log4Shell. Based on a webinar preview provided by Cynet, the discussion will cover the software bugs in Apache Log4j that permitted the critical vulnerability, the exploits used to take advantage of the vulnerabilities and the remediation options available to protect your organization. This webinar will help make sense of the so

We likely all agree that 2020 was a year we won't soon forget - for many reasons. One area particularly impacted last year was (and continues to be) cybersecurity.  While Internet access allowed many businesses to continue functioning during the COVID-19 stay at home requirements, the unprecedented number of people accessing company assets remotely introduced many new challenges for cybersecurity professionals. With a history of leveraging societal maladies to their advantage, cyber criminals leverage the confusion and unpreparedness created by the global pandemic in their cyber attacks.  In just the last two months of 2020, several high-profile organizations and government entities were successfully attacked using clever approaches that were overlooked by cybersecurity experts. Making sense of how attacks have changed and what new defensive strategies should be taken is no easy task. Cybersecurity company Cynet will help by reviewing the 2020 high profile attacks in depth and

Complexity is the bane of effective cybersecurity. The need to maintain an increasing array of cybersecurity tools to protect organizations from an expanding set of cyber threats is leading to runaway costs, staff inefficiencies, and suboptimal threat response. Small to medium-sized enterprises (SMEs) with limited budgets and staff are significantly impacted. On average, SMEs manage more than a dozen different security tools, making it very difficult for security teams to manage and orchestrate. SMEs are, understandably, looking to consolidate their security tools to make cybersecurity more manageable and cost-effective. The challenge for these companies is to figure out how to consolidate cybersecurity tools without losing needed protections safely. An upcoming webinar is set to help SMEs with this very issue ( sign up here ). The Cybersecurity Complexity Problem Cannot Be Overemphasized Over the past decade (at least), CISOs have continuously lobbied for increased cybersecurity

I am sure that many of you have by now heard of a recently disclosed critical Windows server vulnerability—called  Zerologon —that could let hackers completely take over enterprise networks. For those unaware, in brief, all supported versions of the Windows Server operating systems are vulnerable to a critical privilege escalation bug that resides in the  Netlogon Remote Control  Protocol for Domain Controllers. In other words, the underlying vulnerability ( CVE-2020-1472 ) could be exploited by an attacker to compromise Active Directory services, and eventually, the Windows domain without requiring any authentication. What's worse is that a proof-of-concept exploit for this flaw was released to the public last week, and immediately after, attackers started exploiting the weakness against unpatched systems in the wild. As described in our  coverage  based on a technical analysis published by Cynet security researchers, the underlying issue is Microsoft's implementation of

In today's business environment, data is what matters most. It matters to organizations that monetize it into operational insights and optimisations, and it matters the threat actors that relentlessly seek to achieve similar monetisation by compromising it. In the very common scenario in which organisation A provides services to organization B, it's imperative for the latter to be absolutely sure that the former handles its data in the most secure way. While there's no one-size-fits-all in cybersecurity, there are various frameworks that provide robust guidelines for organizations to see if the security controls in place indeed address their needs. NIST cybersecurity framework is a good example of such guidelines. There are industry specific standards, such as HIPPA for healthcare and PCI-DSS for credit card processing. However, in recent years, SOC 2 is gaining momentum in the US as a general standard for all organizations that store or process data for consumers and busi