An EPP, an endpoint protection platform, is an integrated endpoint security solution that influences a personal firewall, port and device control, and anti-malware features. The traditional endpoint protection platforms cannot point out threats or contain response capabilities.
The tools offered by EPP give a clear and broad view of the connected devices and inform about their updates and protection. It eases the work for IT analysts and staff for the management of all the devices.
Depending solely on endpoint protection platform features is not sustainable for mitigating data security risks in case advanced malware goes past the front-line defenses.
Difference Between Endpoint Protection Platform And Endpoint Detection And Response (EDR)
Endpoint Detection and Response (EDR)’s main focus is on threats that have evaded the leading defenses and have seeped into the environment, whereas the endpoint protection platform only prevents the system.
Both of them are made to work together to give maximum benefit in protecting the system from malware and threats, as no EPP can work alone.
Limitations Of The Endpoint Protection Platform
More than 80 percent of cyber attacks aim for the endpoint, putting users’ mobile, laptops, and workstations at risk. An endpoint protection platform blocks suspicious programs from entering the system by giving security through built-in safeguard systems that include signature-based malware defenses.
The Extent Of Protection Provided By EPP
An Endpoint Protection Platform (EPP) is commonly regarded as a traditional anti-virus solution. The anti-virus software application cannot protect all endpoints from threats and viruses.
Endpoint security is provided through endpoint protection platform features, tools, and capabilities to detect endpoints and the response solution.
Endpoint Protection Via Anti-Malware Guards
Malware is the largest threat to the endpoints. They may enter from multiple sources; the most common source is the email links or the web that carries the malware. Once inside the system, it attacks and infects maximum data and processes. It attacks through different methods like phishing, ransomware, and crypto mining.
How Does EPP Work?
The endpoint protection platform works against malware from getting into the environment. It blocks known threats and viruses to the endpoint.
It does not simply work by stopping the malware from reaching the system. Instead, it blocks all viruses and provides endpoint detection. Malware is designed cleverly; while looking harmless, it may morph into a dangerous form later. These malevolent vectors keep coming consistently and inject malware into the environment cleverly.
Traditional Anti-Malware Or Cloud-Native Platform?
Traditional programs used endpoint security solutions that worked on the hub-and-spoke method. The agents looked after endpoint protection based on a central console by creating security silos, as the endpoint within the range would not be managed. These models are now ineffective as remote work requires better security.
Cloud-native platforms, on the other hand, provide better security solutions providing an integrated set of capabilities to reach and point out threats and protect the cloud-native software.
A valuable endpoint protection platform requires high-tech anti-malware capabilities for endpoint security.
The true malicious kind of the files can be determined through machine learning capabilities which allow control of huge amounts of data. There is a need for extensive threat intelligence to control and look after previous as well as real-time data from uncountable threats and block any malefactors.
Sandboxing capabilities of the endpoint protection platform separate suspicious files into a secure environment where the endpoint protection platform can check and monitor the data and data encryption without putting the rest of the system at risk
Advantages Of An Endpoint Protection Platform
A trustworthy EPP can assist the business in securing endpoint devices across the network. They manage and maintain all remote or mounted endpoint devices through one system. The EPP saves against threats, malware, and ransomware while it flexes the endpoints for the users.
It simplifies management for the analysts to look after the operations and check for any security threat detection. The security team uses it for endpoint security and other file-based malware attacks.
Selecting The Right Endpoint Protection Platform
The most important thing to consider when selecting the endpoint protection platform for the organization is the needs of the staff. The level of protection required to suit the devices being used must also be examined.
To check the endpoint security solutions, one must look at what the third party says about them. Check reviews and endorsements from verified sources. This will help highlight the quality and performance against the competitors in the endpoint protection market.
Look at the features being offered by the EPP. The organization’s security teams must consider if the EPP has all response capabilities and contains major anti-malware according to the threat intelligence. Most EPP includes malware protection, data encryption, application control, behavior analysis, data loss prevention, anti-virus, and intrusion prevention.
The security programs use many resources from the systems. Selecting one that doesn’t disturb the regular performance by occupying too much disk space, memory, and processing power will be worth it so that it does not affect the users.
Occurrence Of False Positive
A false positive is a harmless file alert. Too many such alerts disturb the regular work, so they must be minimal. The file sources that create false positives must be eliminated to save security researchers’ investigations.
The value of the endpoint protection platform is $3.63 billion worldwide. The market growth is expected to rise by 7% CAGR and reach $7.82 billion by 2030.
The endpoint protection platform accounts for 35% market share of the global endpoint market. From 2015 to 2020, the endpoint protection market registered a CAGR of 8.6%
Reasons For Growth Of The EPP Market
Due to the advancement of malware and cyber attacks, it is essential to introduce new coping methods that are building pressure to create and improve the cyber security program.
The new working ways due to Covid-19 have propelled the requirement of extending device security and endpoint protection protocol solutions in every organization to reduce the risks of cyber attacks. The inability to combat the latest attacks limits growth, but even then, because of security threats, the need for the latest security and safety technology remains.
What Is EPP In Networking?
Endpoint protection protocol gives an inclusive endpoint security solution, using exceptional firewall port control and anti-malware capabilities. Sometimes the endpoint security falls short in front of newer and more powerful malware, so the market slows down.
Endpoint Protection Vendors
Due to increasing security threats, the endpoint protection market is swarming with new endpoint security vendors. Some of the EPP companies with quality threat detection capabilities in the markets that security analysts recommend are CrowdStrike, Kaspersky, McAfee, Microsoft, Sophos, Symantec, and TrendMicro. These security software communicate with APIs with a wide selection of features for threat hunting. Their capabilities cover the endpoints’ security, threat intelligence, managed services, and IT operations.
Improving Security Teams’ Success
Endpoint protection platforms have improved the work done by security organizations by minimizing unplanned tasks and managing the highest risks instantly. They can avoid any significant dynamic security incidents and thus reduce the running costs of the software and security teams.
No platform can guarantee complete security; thus, traditional anti-virus software can not provide complete endpoint security unless combined with EDR capabilities.
Nowadays, data breaching and hacking have become common. This calls for using a protection solution such as EPP. The primary purpose of the EPP solution is to safeguard the endpoint device against malware, viruses, phishing scams, and security breaches. However, EPP may also include other features, such as data loss prevention, device control, personal firewall, data security tools, file encryption, and device management.
Patch, vulnerability, and configuration management may be integrated with advanced EPP technologies. It is a critical tool that best works for endpoint security and protection. Endpoints are vulnerable to cyber attacks, so all organizations should employ the EPP tool to fight against cyber crimes and protect devices. Epp future-ready protection is powerful when combined with the response and multiple detection techniques (EPP and EDR).