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What Does Endpoint Protection Mean?

What Does Endpoint Protection Mean?

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Emil Sköld
·Jun 21, 2022·

11 min read

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Emil Sköld

What Does Endpoint Protection Mean?

What is an endpoint?

What exactly is an endpoint? Typically, an endpoint is a device that connects with the associated network. This may include laptops, mobiles, tablets, servers, and other devices. This blog will mostly target the laptop or desktop world, as the attack vectors differ greatly depending on where we focus. Risks to all endpoints may be comparable, but mitigating measures vary greatly.

Why are Endpoints a Security Issue?

Why do we consider endpoints to be a high security risk? The explanation is that flawed humans are pounding away at the keyboard with no actual understanding of the consequences of their actions beyond what is displayed on their screen. Users can get all the available security awareness training, but this just minimizes the danger; it does not eliminate it entirely. So, assuming that "when" is more likely than "if," what can we do to lessen the consequences?

Today, endpoint security is more crucial than ever before. An endpoint is any remote device within an organization's network that sends and receives messages. Endpoint administration should involve detection, provisioning, deployment, upgrading, and troubleshooting.

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Endpoint protection and endpoint security are often used synonymously.

Endpoint protection is commonly used to refer to security solutions that address endpoint security vulnerabilities, securing and protecting endpoints from zero-day exploits, attacks, and inadvertent data spillage due to human error.

Targeted attacks and sophisticated, persistent threats can't be stopped by anti-virus software alone. Endpoint protection is a key part of comprehensive security solutions that can protect the data of the world's largest enterprises.

Endpoint protection solutions protect the endpoints of a business network, such as servers, workstations, and mobile devices, with security solutions that are managed centrally.

5G is here and is transforming business practices. As a result, a larger number of devices will be able to benefit from low latency and high bandwidth, enabling enterprises to undergo a complete transformation. As a result of these devices, the attack surface is continually growing, giving bad actors additional chances. This new generation of endpoints presents enterprises with both an opportunity and a risk. Today, comprehensive endpoint security is more important than ever!

What is endpoint defense?

Endpoint protection is the capacity to secure the network's ultimate point of interaction. Endpoint protection is also known as endpoint security.

Some may be familiar with the proverb, "You cannot secure what you cannot control, and you cannot manage what you cannot see." Controlling endpoints to reduce an organization's attack surface is more important than ever as the number of endpoint devices grows. Once we know how to control a device, we can look into how to protect it from the current threat.

What is endpoint management?

Administration of endpoints must include detection, provisioning, deployment, upgrading, and troubleshooting. In addition, "hardening" is used to denote efficient endpoint management.

Endpoints are significantly more than the regularly used laptops and mobile devices. An endpoint is any remote device in a business's network that sends and receives data, such as:

Endpoint protection is only useful if you know how to handle your endpoints well. Only then can you think about the security of these devices.

What is the difference between antivirus and endpoint protection?

Antivirus (AV) software is meant to detect and eradicate malicious software, including ransomware, trojans, viruses, and keyloggers. Your organization's security solution has a limited AV component.

In contrast, endpoint security includes not just antivirus detection but also firewalls, anti-malware software, IDS (intrusion detection system), data loss prevention, and sandboxing (testing devices and patches in a non-production environment). Endpoint security takes into consideration the whole security infrastructure.

Why is endpoint protection so crucial in the current era?

One of the most compelling justifications for endpoint security in the current environment is that 70% of the most successful breaches begin at the endpoint.And in the present work-from-home (WFH) environment, more employees are connecting to business networks from endpoints outside the office than ever before.

Endpoints offer one of the largest dangers to an organization's security and can serve as an easy access point for hackers. An endpoint can be utilized by attackers to run malicious programs or exploit vulnerabilities.

Endpoints are all the devices that are connected to your network. If endpoints are not managed and protected well, an attack can quickly get out of hand.

Why is endpoint protection so tough to achieve?

Constantly incoming dangers make it difficult to identify the most hazardous ones. Modern assaults are smarter and more difficult to detect. According to Ponemon's report, The State of Endpoint Security Risk, the frequency of assaults has grown over the past year for 68% of respondents. Unfortunately, a little more than half of the people who answered the survey say that their companies can't control risks because they don't have enough endpoint security solutions that can keep up with advanced threats.

The notion of a secure endpoint has changed throughout time. For instance, when endpoints degrade over time, so does their security. When 80 percent of successful breaches are new or previously unknown zero-day attacks, combined with a remote workforce and smarter attackers, a recipe for chaos is created.

A robust endpoint management system should provide endpoint devices with a unified administration and security approach. With the right endpoint protection solution, your company may gain the following advantages:

How do I choose the right endpoint security partner?

Investing in a security solution calls for careful consideration; this is a key business decision. Your chosen partner must be entrusted with the safety of your sensitive data and provide a solution for endpoint management that is future-proof. You don't want to have to review and install an endpoint solution shortly after initially deploying it. The repercussions of choosing the wrong endpoint management solution might be severe. A product that provides your company with a false feeling of security, for example, might be just as damaging as having no solution at all. Ultimately, you must ensure that the solution is manageable and not excessively intricate.

Keep in mind that the road to endpoint security might be long and twisty. A solid cybersecurity foundation can be formed with the right partner, strategy, resources, and training. Endpoint protection is also known as endpoint security at times. Endpoint protection, or security, is essential for many businesses that link a range of devices to their network. Permitting the use of a range of mobile devices, such as iPhones, Androids, and other smartphones and tablets, poses a threat to enterprises since sensitive corporate information may be stored or shown on these endpoints. Firms use a mix of software packages, vendor services, internal policies, and measures that limit their liability to protect against these risks.

Malware management constitutes a substantial element of endpoint protection and security. Endpoint security solutions can aid in discovering malware and reducing its negative effects on networks and individual devices. To increase network security as a whole, endpoint protection services may also search for and seek to resolve network vulnerabilities. Customized endpoint security systems can help virtual network environments and other complex IT infrastructures that need different kinds of monitoring and system protection.

Endpoint Protection Works

Endpoint security is developing to secure mobile endpoints such as laptops, cellphones, and tablet PCs, in addition to more traditional endpoints such as servers and desktop PCs, as firms increasingly embrace BYOD (Bring Your Own Device) programs. By defining and enforcing rules for endpoints, endpoint security systems can find sensitive data and encrypt it, or they can stop certain files or sensitive data from being copied or transferred, depending on how the organization groups them.

Endpoint security solutions frequently incorporate network access control features. These strategies and protocols are employed to prevent unauthorized access to company networks and sensitive data stored on the networks or endpoints. Before giving access to an endpoint (such as a mobile device), endpoint protection frequently verifies that the endpoint's operating system, browser, and other applications are up-to-date and comply with company security requirements. Endpoint protection prevents security vulnerabilities from being introduced by non-compliant devices. Through a central administration server that manages and monitors the network-connected endpoints, enterprise-level endpoint security is handled centrally. Endpoint protection in a consumer setting may refer to anti-virus software and other security solutions that are administered and monitored on individual endpoints as central management is usually unneeded.

Endpoint protection is crucial within an increasing and ambiguous security perimeter.

BYOD and the use of external storage devices have created an almost indefinable security perimeter for modern companies. Various endpoints may be connected to an organizational network at any given moment, needing enhanced visibility and administration. Endpoints are a common entry point for malware and other types of attacks, since they provide an easy way to access or steal sensitive data and infiltrate networks.

Without adequate endpoint security, a business loses control over sensitive data as soon as it is transferred to an external device or network access is gained via an unprotected endpoint. Endpoint protection is an important part of business security in the 21st century. It works with other security solutions to protect data that could easily get out of a company's hands without it.

Endpoint security is the practice of stopping malicious actors and campaigns from abusing the endpoints or entry points of end-user devices, including PCs, laptops, and mobile phones. Endpoint security solutions protect network or cloud-based endpoints against threats. Changes to antivirus software that make it better at protecting against sophisticated malware and new "zero-day" threats.

Threats from nation-states, hacktivists, organized crime, and both intentional and unintentional insiders pose a danger to organizations of all sizes. Endpoint security is widely seen as the frontline of cybersecurity and is one of the initial areas where businesses try to defend their networks.

In line with the amount and sophistication of cyberthreats, the need for increasingly sophisticated endpoint security solutions has progressively grown. Modern endpoint security systems are intended to quickly discover, analyze, stop, and contain attacks in progress. To do this, they must work with other security technologies to offer administrators visibility into advanced threats in order to expedite reaction and remediation timeframes.

Why is endpoint security crucial?

Multiple considerations make a platform for endpoint protection vital to business cybersecurity. In the contemporary business world, data is a company's most valuable asset, and losing it or accessing it might put the entire firm at risk of insolvency. Businesses have not only had to contend with a growth in the number of endpoints but also with an increase in the number of endpoint types. In addition to increasing the difficulty of firm endpoint security, remote work and bring-your-own-device (BYOD) restrictions make perimeter defense more ineffective and create vulnerabilities. The threat landscape is also growing more complicated, as hackers are always developing new techniques to gain access, steal data, and deceive employees into revealing sensitive information. Consider the possibility and cost of reallocating resources from business aims to addressing these problems. When you think about how much a large-scale breach can hurt a company's reputation and how much it can cost to get out of compliance, it's easy to see why modern businesses need endpoint protection systems.

How endpoint protection operates

Endpoint security is the practice of safeguarding the data and operations of network-connected endpoint devices. Endpoint protection platforms (EPP) function by analyzing incoming network files. Modern EPPs utilize the capacity of the cloud to hold an ever-growing database of threat information, relieving endpoints of the bloat created by keeping all this information locally and the maintenance necessary to keep these databases current. This data is accessible on the cloud, allowing for enhanced speed and scalability.

The EPP provides system administrators with a centralized control panel that is installed on a network gateway or server, enabling cybersecurity professionals to remotely manage the security of each device. The client software is then allocated to each endpoint either as a SaaS that is remotely managed or it is physically installed on the device. Once the endpoint has been established, the client software may communicate critical updates to the endpoints, authenticate log-in attempts from each device, and centrally administer corporate policies. EPPs safeguard endpoints via application control, which prohibits the usage of risky or unapproved applications; and encryption, which helps prevent data loss.

Once the EPP has been configured, it can instantly detect malware and other threats. Endpoint Detection and Response (EDR) is a solution component. EDR capabilities enable the detection of threats with greater sophistication, such as polymorphic assaults, fileless malware, and zero-day exploits. By using continuous monitoring, the EDR system can give more information and more ways to act.

On-premises or cloud deployment options are available for EPP systems. Certain legal and compliance requirements may require on-premises security, despite the fact that cloud-based systems are more scalable and simpler to connect with your existing infrastructure.

Conclusion

Endpoints may include traditional devices such as:

A network-connected device is referred to as an endpoint. With the rise of BYOD (bring your own device) and IoT (Internet of Things), the number of devices linked to a company's network may rapidly approach tens of thousands (or even hundreds of thousands).

As entry points for threats and viruses, endpoints (especially mobile and remote devices) are a popular target for adversaries. In addition to Android smartphones and iPhones, consider the newest wearable watches, IoT-enabled smart devices, voice-controlled digital assistants, and other IoT-enabled smart devices. Automobiles, airlines, hospitals, and even oil rigs are increasingly equipped with network-connected sensors. As the number and types of endpoints have grown, so have the security solutions for each one.

References:

> CYBERSECURITY - "Endpoint protection explained"

> TECHOPEDIA - "Endpoint protection"

> DIGITALGUARDIAN - "What endpoint protection data protection 101"

> TRELLIX - "What is endpoint security"

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