ENDPOINT PROTECTION SERVICES (EPS)

ANTIVIRUS

ENDPOINT PROTECTION SERVICES (EPS)

Endpoint security is the practice of securing endpoints or entry points of end-user devices such as desktops, laptops, and mobile devices from being exploited by malicious actors.

EPS protect these endpoints on a network or in the cloud from cybersecurity threats.

Endpoint security has evolved from traditional antivirus software to providing comprehensive protection from sophisticated malware and evolving zero-day threats.

WHY ENDPOINT SECURITY IS IMPORTANT

An endpoint protection platform is a vital part of enterprise cybersecurity for a number of reasons.

In today’s business world data is often the most valuable asset an organisation has and to lose that data, or access to that data, could put the entire business at risk.

Organisations also have to contend with growing number of endpoints as modern workplace environments demand users have multiple devices such as smartphones, tablets, laptops and PC’s, these factors make enterprise endpoint security more difficult to manage.

The threat landscape is becoming more complicated, too: Hackers are always developing new ways to gain access, steal information or manipulate employees into giving out sensitive information.

experienced one or more endpoint attacks that successfully compromised data and/or their IT infrastructure.

of IT professionals

that the frequency of endpoint attacks had increased since 2021.

their networks

despite the

only

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than half of organisations

devices with

and

A study by the Ponemon Institute found:

of organisations

of organisations

encrypt sensitive data

WHY METCLOUD EPS?

We use a combination of cloud computing and Machine Learning (ML) to monitor and adapt systems endpoint defences, tailoring unique defence systems for threats that face your organisations systems or users.

Stay Secured with Endpoint Protection.

METCLOUD’s EPS has a unique and modernised approach over legacy software, covering your organisations’ bases with a range of protection, and defence methods.

Layered defence for user and device to stop attacks that take advantage of poor user awareness, not just those that target vulnerable devices.

Malware Detection and prevention.

That blocks viruses, malware, trojans, phishing, ransomware, spyware, browserbases attacks, crypto-jacking, credential-stealing, malware, script-based, file-less attacks, and a wide range of other threats.

Multi-shield protection.

Real-Time, behaviour, core systems, web threat, identity, phishing, evasion, and offline shields for detection, prevention, and protection from complex attacks.

Malicious script protection

The evasion shield technology detects, blocks, and remediates evasive script attacks, whether they are file based, fileless, obfuscated, or encrypted, and prevents malicious behaviours from executing in PowerShell, JavaScript, VBScript.

User identity and privacy protection.

The identity shield is trusted by the world’s leading Banks to stop attacks like DNS (Domain Name System) poisoning, key logging, screen grabbing, cookie scraping, clipboard grabbing and browser and session hijacking by malicious software.

White and black-listing.

Direct control over application execution.

Intelligent firewall.

The system monitoring and application-aware outbound firewall augments the built-in windows firewall to protect users both on and off corporate networks.

Powerful heuristics.

Administrators can adjust heuristic detection based on risk tolerance for file execution.

Fully remote endpoint management and control. Our cloud-based management console provides visibility and control over any device. We can manage multiple sites and locations and leverage powerful remote agent commands. There is no on-premises server management.

Protection on/offline.

METCLOUD EPS uses propriety technology to monitor, journal, and contain infections even when an Endpoint is offline. System and user data are protected offline too. Rather than using Windows Volume Shadow Copy, which may be compromised by malware, endpoint protection uses a patented approach to preserving device data and protect the local host drive from being compromised or needing reimaging.

Independently benchmarked low system overheads.

A key benefit of our cloud-driven approach is that the intense processing of malware discovery and analysis is performed in the cloud. Scheduled scans are transparent to users and system CPU and RAM usage are lightweight and do not overly consume resources.

Innovative detection technology. Unlike legacy software’s, which only has one opportunity to detect and stop a threat, our next-generation EPS works in multiple stages. First, it looks to predictively prevent malware from infiltrating the system. Then, it works to prevent malware and unknown files from executing if they display malicious behaviour. Then, if a previously unknown file (i.e., potential infection) does execute, Endpoint protection monitors and journals the file’s activity until it can classify it appropriately. If the file is deemed a threat, any changes it made to local drives are automatically rolled back to their pre-infected state. Not only is this multi-stage strategy more effective against modern threats, but it also reduces the chance of false positives.

Powered by world-class real-time threat intelligence. Our EPS is benefiting from 6th-generation machine learning architecture processes over half a trillion threat objects per day from a variety of vetted sources, as well as tens of millions of real-world customer endpoints.

Why METCLOUD?

Award winning company for cybersecurity, innovation, and excellence. Our vision is to be the global brand of choice for next generation cybersecure cloud services. Our services have been architected with security by design. Ransomware, Cloud vulnerabilities, Phishing attacks Social engineering and vulnerability management are the five top global security threats. METCLOUD’s portfolio of cyber security and cloud services will ensure that you protect, defend, and mitigate any potential cyber attack irrespective of how it was carried out.