Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Seeing your personal data exposed on the dark web would certainly make you hit the panic button. But instead of panicking, you should focus on how to get your information off the dark web. The sooner you take a suitable action, the lower the chances of damage to your data, finances, and reputation. Let’s find out more about how data gets leaked on the dark web and how it can be taken down.

Phishing is the most common type of cyberattack, occurring when an attacker impersonates a trustworthy entity with the intention of carrying out fraudulent activity. Phishing is done with the motive of stealing sensitive information such as passwords, credit card numbers, and other personal data. Phishing was already quite threatening, but with the inception of Artificial Intelligence (AI), it became even more dangerous.

Organizations today depend heavily on connected systems, cloud applications, remote users, and third-party services for their online security. In most cases, attacks do not start with an apparent alert on an endpoint. They often originate in the network in the form of a strange connection or an unusual traffic route. These signs are subtle and easy to overlook until the attacker has infiltrated further. Most IT teams try to keep an eye on this activity, but monitoring a network 24/7 is not feasible.

For many organizations, managed detection and response has become an essential service. With threats getting more deceptive and spreading at a faster rate, most IT/security teams are unable to investigate every suspicious event due to a lack of time or resources. This is why many organizations explore MDR, but they often don’t know how much managed detection and response would cost.

Gmail has always been a common target for cybercriminals, and with the arrival of advanced AI tools, the threat level has increased significantly. Now, attackers no longer rely on generic phishing emails or scam methods. They are using AI to create convincing messages and imitate real support agents to make attacks look more genuine. This change in attack patterns has made Gmail users more vulnerable because they can’t differentiate between real and fake messages.

Cyberattacks are becoming more advanced and threatening with every passing day. Even if you have a reliable security system in place, the risk of cyberattacks remains. Of all the cyberattacks, Ransomware is perhaps the most dangerous because it causes both data and financial loss. It started as simple encryption malware, but over the years, it has turned into a full-scale business model known as Ransomware as a Service (RaaS).

A cyberattack is a malicious and intentional attempt by an individual or organization to compromise the information system of another individual or organization. Attackers use different methods to gain unauthorized access to the victim’s system and steal sensitive data. One of the most innovative types of cyberattacks is known as a ‘Salami attack’. In this attack, criminals steal small amounts of data and funds from multiple accounts over time without being detected.

The internet we use every day is just the tip of the iceberg. It’s called the “Surface Web”. Beneath the surface web lies a vast hidden layer where legal and illegal activities sometimes take place anonymously. This hidden layer includes two key areas: Deep Web and Dark Web. Both are linked to online anonymity, but they serve different purposes. Understanding deep web vs dark web is important for staying informed and safe online.

Having a strong cybersecurity foundation is essential for every organization today. Even a small gap can become an open door for cybercriminals, leading to costly damage and data loss. This is why every organization needs a solid security strategy based on proper threat assessment and other key elements. But what exactly does threat assessment in cybersecurity mean? Let’s find out everything in detail in this blog.

Cyberattacks are becoming more frequent and advanced with each passing day. It won’t be enough to rely solely on automated security tools for protection against these attacks. You need to bring threat hunting into your security strategy. This proactive approach will help identify threats before they can cause real damage. In this blog, you will learn about the cyber threat hunting process, the professionals involved, and why it should be implemented in your company.

Cyber attacks are often associated with cybercriminals, but how do they manage to breach organizations with high-tech security systems? There are always some loopholes left by mistake or through malicious intent that allow attackers to exploit vulnerabilities. This is known as an insider threat. The problem with insider threats is that they are difficult to spot and cause more damage because they come from trusted insiders with legitimate access.

Most people are aware of ways to ensure their online security, yet they often fail to implement them fully. A common guideline when signing up for an account on any website is to create a strong password; however, 65% of people reuse passwords across websites. Not just that, people use passwords that are easier to guess, like ‘123456’, ‘iloveyou’, ‘welcome’, and personal details. These passwords regularly appear in data breach leaks.

On July 25, 2025, St. Paul, Minnesota, suffered a digital crisis. Initially, it looked like a few irregular system alerts. In reality, it was a coordinated ransomware attack by the notorious Interlock gang. This gang has been on the radar of federal investigators for quite some time. The St Paul cyber attack forced the city to shut down its networks and suspend online services. People switched to paper-based operations to prevent further damage.

Cybercrime is growing at a rapid pace, and ransomware has become one of the most significant threats to businesses today. These attacks spread quickly across networks using strong encryption and target companies of all sizes. Security leaders, such as CISOs and CIOs, now carry far greater responsibility. They need to protect digital assets, manage crises, and maintain business operations even in the event of an attack.

The world is digitally connected, and businesses are running online around the clock. They can’t afford even a few minutes of downtime because it can damage their reputation and revenue. But cybercriminals are constantly looking for ways to disrupt services. Among many methods, IP stressers appear quite often in security reports. On the surface, it may sound like a harmless ‘load-testing tool’ to check a network’s strength.

Do you know what’s common between downtime, data leaks, and compliance-related penalties? An issue known as an unpatched vulnerability. Tracking and managing system weaknesses is no longer a one-time task. It’s a full-time responsibility now because of the rise of cloud, IoT, and remote endpoints. To stay ahead of potential breaches, follow a continuous and methodical approach known as the vulnerability management lifecycle.

Every business expects smooth operations without any downtime and data loss. But that happens only in a perfect world. In the real world, systems go down and data gets lost, forcing teams to work on recovery plans. But how do recovery plans work? For that, it’s important to understand Recovery Point Objective (RPO), a key part of any disaster recovery or business continuity strategy.

A business experiences numerous threats daily. The survival of a business depends on how quickly it can resume its operations after incidents that compromise critical infrastructure or applications. Many companies face unexpected situations that cause service interruptions and generate system unavailability. They require rapid restoration to reduce the financial losses. Competition in the business world is fiercer than ever.