Endpoint security has become a crucial aspect for many organizations. As the era of hybrid working models involving cloud storage, remote data transfer, and remote workers continues to grow, the prospect of weak endpoints grows alongside.
A significant increase in endpoint-centric cyber-attacks has grown significantly within the previous year.
According to the Ponemom Institute of Study 2020, 68% of organizations reported an increase in endpoint-centric cyber attacks.
However, it is not only the increase in such attacks that is alarming. Sophistication within modern endpoint threats has grown significantly, highlighting the need to have a more advanced approach to endpoint security.
The days of merely securing endpoints through anti-malware and antivirus software protection are long gone. There is now a dire need for a shift in perspectives and an approach that ensures endpoint security with a blend of traditional and modern techniques.
The modern workforce temperament revolves around mobility and agility.
As the technology continues to empower the global economy, organizations are now integrating hybrid working models involving efficient solutions such as BYOD (Bring Your Own Device) culture within organizations or even having a remote employee workforce.
While these methods have proven to be efficient, they have created substantial risks to data integrity and organizational security.
Apart from that, another threat that organizations face with each rising moment is the sophistication of these cyber-attacks.
Threat actors have recognized humans as the chip in the cybersecurity armor and are rapidly exploiting them.
Therefore, where traditional endpoint attacks happened merely by exploiting some glitch in technology or basic phishing techniques such as click-baits, sophistication in social engineered attacks is also increasing.
All this is coupled with the fact that cybersecurity seriously has a significant skills gap and lacks adequate awareness, which is a threat to endpoint security.
Many people cannot recognize a telltale sign of a cyber attack or data breach until it’s too late for an organization.
Apart from that, many organizations also lack adequate security professionals to help mitigate and fight off such attacks.
Amidst this, it is crucial to implement robust endpoint security to secure organizations from various attacks and data breaches.
The modern threat landscape requires a much-needed shift in the way organizations tend to approach security.
As insider threats continue to grow, it is crucial that organizations learn to protect themselves through a Multi-layer approach to endpoint security.
In consideration t the rising threat an organization remains vulnerable to due to the modern endpoint-centric threat landscape, here are the key components that can help implement robust endpoint security:
Threat detection features a proactive and in-depth analysis of the system network and the dark, deep, and surface web in search of threats and vulnerabilities that might harm your organization.
Modern threat hunting programs rely on signature and heuristic-based detection methods. These threat detection methods can help organizations build an effective endpoint security strategy.
The signature and heuristic detection methods work together to detect threats from various databases. The signature approach used algorithms to detect codes indicating potential threats to the system.
The heuristic approach matches the file to a database of attacks, helping experts analyze the security situation at hand thoroughly.
Such data collected by cybersecurity professionals and experts can help organizations ensure a faster detection of endpoint threats and thus better security.
Apart from ensuring the prevention of cyberattacks, threat detection is also helpful in case of a possible endpoint security incident and helps prevent future attacks of similar nature.
Following a security incident with a threat detection program can enable organizations to determine the vulnerabilities exploited within the episode and thoroughly analyze the attacker and their activities.
These combined can help an organization produce a robust incident response plan for further prevention and control against threats.
With the rise of insider threats, a zero-trust approach towards security is one of the best methods of ensuring endpoint security.
The assumption of every device and network endpoint as “vulnerable and compromised” can help organizations ensure robust endpoint security.
Moreover, it can also help eradicate the possibility of facing a network system intrusion since the approach consists of heavily securing every endpoint.
Most importantly, a zero-trust approach to security helps organizations closely monitor and analyze endpoints and detect threats by tracking devices and user behavior.
At a very primary level, the model helps identify suspicious logins and other anomalous communications between devices and a network, a telltale sign of a bot.
Along with that, as AI and cloud processing continue to grow rapidly, implementing a zero-trust security model can help organizations prevent malicious processes, stop lateral movement attacks, block malicious applications, and a lot more.
Antimalware software is one of the most crucial elements of a robust endpoint security infrastructure.
Integrating your endpoints with secure and robust anti-malware protection can help ensure security from some of the most threatening ransomware, emotions, and other latest viruses.
However, it is crucial to realize that malware or viruses are not the only threat to endpoint security. It is also essential to recognize that faulty devices might become your gateway to data breaches.
Therefore it is crucial to impose an endpoint device regulatory idea within an organization requiring secure, updated, and advanced devices.
Similarly, it is also crucial that organizations layer their defenses with Hot Intrusion Prevention Systems (HIPS) and Application Whitelisting.
Although these systems as standalone can not ensure security against all endpoint threats, they can help establish an additional layer of defense against these threats and ensure data protection.
Similarly, apart from traditional malware attacks, the modern threat landscape also entails the necessity to monitor and block zero-day malware, ransomware, phishing attacks, and fileless malware.
Amidst this, it is crucial to invest in robust anti-exploit technology that can track, recognize and mitigate advanced hacking techniques and methods.
A malware attack or a data breach leads to devastating results for an organization.
They not only lead to financial damages but also a significant loss of data, not to mention the crumbling impact they have on an organization’s reputation.
Therefore, an organization must protect itself from long-term damage by implementing robust endpoint security.