A Comprehensive Guide To Endpoint Security

You might’ve heard this before—cybercriminals are evolving and becoming advanced. Cyberattacks and threats against businesses, large or small, are increasing daily. For this reason, your organization must have a compelling cybersecurity plan to identify and prevent attacks.

One of the most vital components of an effective cybersecurity plan is implementing strong endpoint security across all your devices. This can be done with a portal that enables you to manage and update your endpoints wherever you are, whenever necessary.

More so, it’s significant to understand what endpoint security is and why it’s vital to any organization. This comprehensive guide will help you discover everything you need to know, from top to bottom. Continue reading below to learn more. 

What Is Endpoint Security?

Endpoint Security

Endpoint security is the method of securing all devices your business uses in its day-to-day operations, such as laptops, desktops, and tablets. Its primary purpose is to protect your organization from all cybersecurity threats by detecting, analyzing, and blocking them.

Here are some of the most common forms of cyberattacks endpoint security can prevent: 

Why Is Endpoint Security Important?

Endpoint security is crucial to all businesses because endpoints are the most common passageway for hackers to access the corporate network. Once they enter the system, they’ll be able to access all your company’s data, such as file servers, databases, and applications.

Furthermore, endpoints are often the primary targets of cybercriminals because they’re managed by end-users, who are humans capable of committing errors concerning their IT security practices. Such errors may include:

  • Falling victim to social engineering attacks, such as phishing, baiting, quid pro quo, tailgating, and baiting
  • Installing malicious applications, files, and browser plugins
  • Visiting malicious platforms that take advantage of network system vulnerabilities

In addition, endpoints are susceptible to system vulnerabilities—both application and operation—that may affect endpoint risk postures. It means endpoints provide a large, open, and defenseless surface for cybercriminals to target and attack. So, it’s crucial to protect these endpoints to block attackers and prevent them from reaching and entering your system.

How Does Endpoint Security Work?

Depending on your organization’s preference, endpoint security protection can be employed through the cloud or on-premise. These platforms are called endpoint protection platforms (EPP). Their function is to analyze every file that enters the system and compare them with malware information for identification purposes.

EPPs often use in-depth and real-time machine learning to ensure your organization’s safety from various threats and attacks. This allows endpoint security protections to detect and identify more advanced and complex cybersecurity threats than before, such as:

  • Fileless Malware: This is a complex form of malware that uses reliable and trusted applications to infect a device or a system. Since it’s fileless, unlike the usual malware, it’s usually left undetected by most traditional antivirus applications.
  • Zero-Day Attacks: When app developers create new software, a vulnerability might be included in the package. Zero-day attacks happen when attackers find this vulnerability and exploit it before creators fix the issue. These attacks were almost impossible to detect and identify back in the day.
  • Polymorphic Malware: As the name implies, polymorphic malware can constantly alter its features, such as encryption keys and file names, to prevent being detected and identified by most antivirus applications.
  • Juice Jacking: This threat reconfigures USB ports to infect multiple devices with malicious software. It’s commonly found in public places, often disguised as charging stations. This poses a risk for end-users traveling to different places for work.

What Are The Components Of Endpoint Security?

When comparing different endpoint solutions, it’s essential to look closely at the services you will receive to make the right decision. Some vendors would claim that they offer a complete solution. But in reality, their suite lacks some components that other vendors provide.

Here are key elements of an endpoint solution you might want to consider looking for:

  • Network Controls: This component functions similarly to a comprehensive firewall program, filtering every incoming traffic and detecting possible risks.
  • Browser Protection: Look for endpoint security solutions that can provide a web filtering option. This allows you to choose websites your users may access while connected to the corporate network.
  • Application Controls: This component includes integration with different server applications to limit the endpoint access your users have and monitor their activities.
  • Device Protection: An effective endpoint security solution includes malware and antivirus protection to keep your computers, laptops, tablets, and mobile devices secured and protected from ransomware and malware attacks.
  • Data Controls: This component includes tools that may help you improve data security and prevent data leakages through sensitive information encryption.

What Are The Types Of Endpoint Security?

When choosing an endpoint security solution, one of the most important decisions you have to make is whether to invest in a cloud-based or an on-premise solution. Cloud-based solutions offer flexibility and are easy to integrate with your current architecture. However, some laws and regulations may force you to always invest in an on-premise solution.

Aside from that, you also need to consider the types of endpoint security solutions available to you. These include:

  • Quarantine Protection: This will help you establish a quarantine section for systems, applications, and databases that may carry potential risks. 
  • Endpoint Encryption: This works similarly to a VPN or virtual private network. It encrypts every traffic that leaves your network, reducing data breaches and leaks.
  • Email Gateways: Numerous cyberattacks start with email-based incidents, such as phishing scams. This is why adding email gateways is crucial. With this, you’ll be able to prevent suspicious and malicious emails from reaching your end-users.

Final Words

Endpoint security is protecting your devices from simple and advanced cybersecurity threats, such as ransomware and fileless malware. It’s a crucial component of an effective cybersecurity strategy as it protects endpoints, which are the most common targets of cybercriminals. With an endpoint security solution, you’ll be able to prevent attackers from targeting your endpoints and reaching your system.