What Role Does NetWitness Play in Stopping Cyberattacks?

Computer network attacks have the potential to significantly hinder business operations and cause losses. Any company of any size that wants to protect its networks, data, and systems needs to take the right security measures. You must first obtain a complete understanding of the many types of cyberattacks that are currently in use before you can begin compiling an extensive list of possible cyber defense services, information on cyberattacks, and specifics about how NetWitness helps businesses safeguard their data. The following are some examples of the kind of hacks that businesses should be aware of:

Cyber Virus

Ransomware is a type of harmful software that cybercriminals can use to take control of your laptop and encrypt its files. The data will be encrypted by the attacker, who will then demand payment to decrypt it. Malicious URLs and email attachments are commonly employed in the dissemination of malware; however, operating systems that are susceptible to attack can also be targeted.

Software known as ransomware can cause significant harm to your business by interfering with regular operations and demanding large payments. Maintaining software updates and using the internet politely are essential. One thing you may do is refrain from clicking on links that you receive from senders you do not know. Furthermore, in the event of an attack, the likelihood of data recovery is increased when a strong backup plan is in place.

Scams and Fraud

The purpose of phishing is to deceive a victim into providing personal information or money. Scams, including phishing are one type of cyberattack that can happen. When reaching out to the victim through email, text message, or any other means, the attacker usually poses as a reputable company, bank, or government organization. This was a common tactic employed by the attacker. The email may link to or be associated with risky, hazardous, or unsafe websites.

You’ll be secure if you don’t open any file attachments or click on any dubious URLs inside the thread. As soon as you can, contact the company or go to their official website to verify the communication’s source.

Never send a text or email containing sensitive information like your password, bank account number, or Social Security number. Having access to any passwords that may have been used is also crucial. You should report any links that raise red flags to your organization’s information technology (IT) or security department. Phishing scams can be avoided by being cautious and keeping up with the latest information on internet dangers.

Deceitful Branding

Malvertising is a cyberattack tactic wherein malicious advertising is employed to disseminate malware over computer networks. This is achieved by targeting specific websites with malicious software. These potentially harmful advertisements could appear on trustworthy-looking but fraudulent websites. If someone clicks on this advertisement and doesn’t use cyber defense services, they face the danger of getting a hazardous virus on their computer. Malware that causes extortion and keylogging are the two most prevalent categories.

Because malvertising attempts typically aim to deceive multiple people at once, they might be challenging to identify. Two strategies to safeguard yourself from potentially hazardous advertising are to keep your computer software’s security features up to date and to exercise caution while clicking on online adverts. It’s crucial to investigate a website’s legitimacy and reputation before visiting it. By closely following these safety guidelines, you can protect yourself from deceptive web ads and other risks.

A Breach of Information

One of the most frequent risks that modern businesses and consumers have to deal with is the possibility of a data breach. When personal information is taken from networks or systems, it is called a data breach. This type of illegal conduct is typically caused by the use of risky software or security flaws in computer networks. Trade secrets, intellectual property, and financial and customer data are just a few of the various types of data.

A data security event may result in significant financial loss for a firm, but it can also damage its reputation. Any of these events could occur simultaneously. Data breaches can lead to identity theft and other types of cybercrime, with potentially dire implications for the victims.

As a result, individuals and organizations must exercise extreme caution when implementing security measures to safeguard confidential information, and they must remain steadfast in their efforts to maintain cybersecurity. Using safe passwords, two-factor authentication, performing regular system maintenance, and obtaining cyber insurance are examples of preventative actions. Preparation is required to lessen the harm that will be done should the attack succeed. Among the examples are data encryption, disaster recovery plans, and frequent data backups.

Utilizing Resources from the Internet of Things

The hazards linked with the Internet of Things pose a severe threat to businesses worldwide. By 2020, it’s expected that over 20 billion gadgets will be connected to the Internet of Things worldwide. The widespread use of linked devices and equipment has created an environment that is ideal for criminal behavior.

Although Internet of Things attackers can take various forms, their primary objective is always to gain access to networks that are open or vulnerable. In the event that insufficient security measures are implemented, hackers might be able to gain access to private data that company stores or even take control of the equipment that stores it. There may then be system malfunctions, device damage, or data breaches.

To protect their networks, organizations need to be aware of the risks posed by attacks related to the Internet of Things (IoT). Finding the system’s weak points—such as out-of-date software or easily cracked passwords—and ensuring that the appropriate security measures are in place to safeguard it is required for this. At any external entry points, businesses should also be on the lookout for indications of illicit activity. They would be less susceptible to an Internet of Things attack if they took this precaution.

Attacks Employing Various Social Engineering Techniques

Cleverness and deceit are used in social engineering attacks to obtain private information or computer networks. These attacks usually involve the attackers taking the identity of another person, like an IT specialist or a customer support agent. If they are successful, they will obtain a variety of credentials, including credit card information and login credentials. They might even publish bogus updates on social media that appear important, or they might send out “phishing” emails containing potentially dangerous files or links.

Individuals are regularly duped into disclosing financial information in addition to other personal data. It is recommended that you acquaint yourself with the different sorts of attacks and take the necessary precautions to keep yourself safe. Verify the identity of the person asking for the information before downloading anything from a website you didn’t expect to see or open any files. This includes seeing email attachments. Communications that ask for personal information or are nasty should be avoided.

Network security assessment is NetWitness’s area of expertise. To help your company preserve the highest level of confidentiality for your vital information, we offer a variety of services, our firm being only one of them.

Strict network security procedures are necessary if you want to prevent unauthorized access to your data. When it comes to security precautions, installing firewalls and anti-malware software ought to come first. The next step is to make sure that all of your systems and devices have the most recent security updates installed. It’s also a good idea to routinely check network data for possibly harmful activity or illegal attempts to access the system. This is to identify any potential risks that might be present. Click here to learn more.