A brute force attack is a popular cracking method that involves guessing usernames and passwords to gain unauthorized access to a system or sensitive data. While a relatively simple, brute force methods continue to have a high success rate and account for over 80% of attacks on web applications.

Not all cybersecurity threats and attacks occur on hardware and software components. Instead, humans are also vulnerable to social engineering attacks, a kind of cyber-attack. Social engineering psychologically manipulates people to trick them into performing actions or revealing sensitive information.

This new world is putting a strain on organizations’ digital security defenses. First, malicious actors are increasingly leveraging coronavirus 2019 (COVID-19) as a theme to target organizations and to prey upon the fears of their employees. Our weekly COVID-19 scam roundups have made this reality clear. Second, organizations are working to mitigate the risks associated with suddenly having a large remote workforce.

The novel coronavirus isn’t the only plague affecting businesses. Cyberattacks are spreading, too, as malicious actors take advantage of interest in COVID-19 news and coronavirus fears to trick people into clicking on phony links and attachments in social engineering and phishing scams. The U.S.

Phishing is one of the things that keeps CISOs up at night. Phishing attacks are effective and simple to launch, and used by financially motivated attackers as well as more targeted attacks. In the case of a targeted attack, it may harvest login credentials to gain access to corporate or personal resources. In fact, sometimes corporate access can be used to steal personal data, and vice versa.

Businesses are shifting their operations to a remote work model in the midst of the COVID-19 lockdown. While this enables business to generally continue as normal, there has also been a rise in cyberattacks because of this shift as reported by national cybersecurity agency CERT-In. Security experts have also predicted a 30-40 percent hike in cyberattacks due to increased remote working.

Cyber attacks are unfortunately inevitable. It’s important to security harden your networks as much as possible. But your organization must also be prepared for incident response. Effective incident response involves an awareness of various cyber risks and threats, having a plan to respond to the various ways they manifest, and having a team that can think quick on their feet when they actually occur.

DDoS attacks are considered as one of the most popular cyber-attacks and they have the ability to make systems go down for a very long time. Read more to learn how they work and how you can stop them. What is a DDoS attack? DDoS attack (also known as the distributed denial of service attack) is a dangerous and common type of cyber-attacks. It aims to overwhelm the target through disrupting the regular traffic of a service, network or a server.

This blog post is part twenty-four of the "Hunting with Splunk: The Basics" series. I've been dealing with viruses for years, but this is the first time I've written a blog post where we are dealing with actual viruses. Ever since the 2004 tsunami, I have witnessed cyber-baddies using current events to trick users into opening documents or clicking on links. The COVID-19 breakout is no different.

This blog was written by an independent guest blogger. Is your company at risk of a Denial of Service (DoS) attack? If so, which areas are particularly vulnerable? Think it’s a crazy question? Think again. In 2020, 16 DDoS attacks take place every minute. DoS attacks require fewer resources, and so pose an even greater threat. In this post, we’ll discuss what a DoS attack is and how it differs from a Distributed Denial of Service (DDoS) attack.