Endpoint security is the practice of preventing attackers and campaigns from using endpoints or entry points of end-user devices such as desktops, laptops, and mobile devices. Endpoint security systems guard against cybersecurity threats on the network or in the cloud. Endpoint security has progressed from simple antivirus software to comprehensive protection against complex malware.
Endpoint security is frequently regarded as the first line of defense in cybersecurity, and it is one of the first areas where organizations look to secure their corporate networks. As the volume and complexity of cybersecurity threats increase, so does the demand for better endpoint security solutions. Modern endpoint protection systems are designed to detect, analyze, block, and contain ongoing attacks as quickly as possible. For a variety of reasons, an endpoint protection platform is an essential component of corporate cybersecurity.
First, in today’s business world, data is frequently a company’s most valuable asset, and the loss of that data or access to that data can put the entire company in jeopardy. Enterprises had to deal not only with an increase in the number of endpoints but also with an increase in the variety of endpoints. These factors alone make enterprise endpoint protection difficult, but they are destroyed by remote work and BYOD policies, which make perimeter protection increasingly inadequate and create vulnerabilities.
Benefits of Endpoint Security
Endpoint security software protects devices connected to a corporate network with encryption and application control, allowing for greater control over security along these access paths to monitor and block dangerous activity. Endpoint and removable storage device data encryption aid in the prevention of data leakage and loss.
Application Control prevents endpoint users from running unauthorized applications that could expose the network to vulnerabilities.
Endpoint security is the practice of safeguarding data and workflows associated with individual network-connected devices. Endpoint Protection Platforms (EPPs) scan files as they enter the network.
EPP protects endpoints through application control, blocks the use of insecure or unauthorized applications, and helps prevent data loss through encryption.
With the rise in popularity of BYOD (Bring Your Device) and IoT (Internet of Things), the number of individual devices connected to an organization’s network can quickly reach tens (and hundreds) of thousands. Because they are entry points for threats and malware, endpoints (especially mobile and remote devices) are preferred targets for attackers.
Technologically Advanced Endpoints
Mobile end devices have become more than just Android and iPhone devices—think of the latest wearable watches, smart devices, voice-activated digital assistants, and other IoT-enabled smart devices. We now have networked sensors in our cars, planes, hospitals, and even drilling rigs. As different types of endpoints evolve and expand, the security solutions that protect them also have to adapt.
Various threat vectors were used, including network drives, social engineering, and credential theft. Traditional antivirus software detects only 41 percent of attacks. SIEM alerts detected another 40 percent of compromises.
Antivirus software is critical to endpoint security; it doesn’t always protect individual devices and servers. Implementing endpoint security creates a two-pronged approach to security while also protecting individual devices connected to the network. Use an endpoint security approach to hold endpoints accountable for security, not just antivirus software that protects your network. There are some fundamental differences between endpoint protection platforms (EPPs) and traditional antivirus solutions.
Antivirus programs are designed to protect an endpoint, providing visibility only to that endpoint, and in many cases only from that endpoint. However, endpoint security software examines the enterprise network as a whole and can provide visibility into all connected endpoints from one location.
With the help of technologies such as behavioral analysis, previously unknown threats can be detected based on suspicious behavior.
The endpoint security business started in the late 1980s with antivirus software that could identify malware (malware) by its signature. Early endpoint antivirus tools looked for filesystem or application changes that matched known patterns and flagged or blocked those programs from running. With the popularity of the Internet and e-commerce, malware has become more frequent, sophisticated, and difficult to detect.