Sandboxing is one of the ultimate methods to close the gap and identify previously unknown attacks that traditional security technologies may not detect.
It checks the content of the message and the content of attachments and links in the text and the attachments. The scan also goes on the web to scan the referenced website and the underlying web pages for possible risks.
An Advanced Threat Protection solution is multi-layered and uses multiple techniques and sources (external and internal) to exclude potential risks. All this takes place in a so-called sandbox environment (sandboxing). Therefore, all messages are screened in an isolated environment before entering the company network.
The sandboxing performs screening and assesses whether an email message, a link, or an attachment is safe or unsafe. Secure messages are delivered to the end-user, insecure messages are quarantined not to cause any harm. Opening the letter, extension (s), and links in the sandboxing environment leave the corporate network untouched.
What is Advanced Threat Protection, and how does it work
For this reason, it is simply no longer enough to rely on one strategy or technology layer to protect the corporate network, data, and users. Advanced threat protection, also known as ATP, has been introduced to combat this form of cybercrime.
Advanced threat protection is an additional layer of protection for incoming emails. This IT security solution is an addition to the organization’s existing IT security environment. The security layer hovers over the organization, as it were.
All incoming emails are quickly intercepted and scanned for malware, zero-hour exploits, and targeted attacks.
Malware Sandboxing for Advanced Threat Protection
Keeping the organization safe from advanced threats sounds like a challenging task. One of the critical requirements is detecting both known and unknown malware quickly and efficiently.
There is no single technology that can provide adequate protection. The recommended practice is to implement a tightly integrated, multi-layered approach where malware, should it escape one security control, is caught by the next.
Therefore, a best-of-breed sandbox is essential for a robust, multi-layered, comprehensive cyber protection strategy. Hence, Malware Sandboxing needs to be an integral part of your Advanced Threat Protection strategy.
Sandboxing for Your Business
The sand cloud is ideal for companies with a vast network and abundant remote workers as it protects traveling employees. Cloud-based sandboxes can also be scaled up by a company, while appliances will need to be replaced with larger capacity devices or additional items will need to be purchased.
Although the devices cannot embed questionable content with sandbox remotely, they could be ideal for a smaller company with a limited number of endpoint devices connecting outside the corporate network.
Layered Security with Sandboxing and Phishing Protection
Threats to cyber security continue to evolve as attackers use advanced techniques such as zero-hour exploitation and custom malware to stay one step ahead.
Traditional signature-based solutions are necessary but may not have the modern analytics to prevent zero-hour and targeted attacks. More powerful protection is needed.
New and emerging threats require a multi-layered security approach to email that involves multiple levels of malware detection and must simultaneously cover common attack vectors such as malicious attachments and URLs.
Stop/Avoid Advanced Threats
Modern attacks are increasing in scale and sophistication. Newer types of malware are designed to evade traditional detection techniques and are often propagated through zero-hour targeted attacks.
And these new versions of malware are emerging faster and in more significant numbers than ever before; only recent versions of malware are expected to appear at a rate of more than 200 per quarter in the foreseeable future.
Advanced threat detection and threat hunting to improve the security ecosystem, reciprocates security solutions for advanced malware suspicious objects. As they conduct malicious behaviour, advanced attacks on a virtual machine indicate that network traffic is overloaded.
Features of Sandboxing
Multi-engine advanced threat analysis
Sandboxing ATP extends firewall effective protection to detect and prevent zero-day attacks. The firewall checks for traffic and detects and blocks intrusions and known malware. Suspicious files are sent to the Sandboxing Advanced Threat Protection Cloud for analysis.
Security experts aid organizations’ data protection services by extending resources and file types on security products.
Extensive file type analysis
The service supports analysis of a wide range of file sizes and types, including executables (PE), DLLs, PDFs, MS Office documents, archives, JARs, and APKs, plus multiple operating systems, including Windows and Android.
Real-time deep memory inspection
(RTDMI) – GTB Multi-Engine ATP Enhancement is a patent-pending real-time deep memory test technology. The RTDMI engine proactively detects and blocks the mass market, zero-day threats, and unknown malware with direct memory retrieval.
Quick deployment of signatures for remediation
When a file is identified as malicious, the signature is immediately available for firewalls with the appropriate partner to prevent subsequent attacks.
Notification and warnings
The backup service should provide a threat at first glance analysis board and reports, which detail the analysis results for files sent to the service, including source, destination, and summary plus details of malware as soon as it is detonated.
Blocks until verdict
To prevent potentially malicious files from entering the network, files sent to the cloud analysis service can be stored on the gateway pending a verdict.
Today, the biggest problem with network security is constantly spreading new malware viruses. Our devices are equipped with IDP and anti-virus to protect your networks best.
Yet, these two features are not effective against new malware viruses. Sandboxing is a virtualized, isolated, secure network environment that manages unknown files to analyze their behavior.
The behavior of the executed content is monitored and compared with past known types of malware using sophisticated machine learning to determine if the content may be malicious.
Sandboxing goes beyond traditional anti-malware by executing extracted attachments in a protected cloud sand environment.