24/7 Cybersecurity: NGFW + Self-Virtual Patching, Teldat's secret weapon against Cyber Attacks

Cyber threats never sleep, and neither does Teldat's security. We've combined Next-Generation Firewalls (NGFW) with Self-Virtual Patching to create a powerful 24/7 defense system.

This innovative approach not only protects your network around the clock but also saves time and money.

?Discover how this powerful combination is revolutionizing cybersecurity, offering unparalleled defense while streamlining operations and reducing costs.

MADRID TECH SHOW at ?IFEMA Madrid (October 16-17, 2024) is the perfect scenario to present how Teldat's secret weapon can fortify your digital assets against evolving threats.

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What is Self Virtual Patching?

Self - virtual patching is an automated cybersecurity mechanism that proactively addresses vulnerabilities in real-time within a network protected by NGFWs. Traditional patching processes often involve identifying a vulnerability, waiting for a security patch to be developed, and then manually applying it to the affected devices or systems. This process, while effective, is time-consuming and can leave systems vulnerable during the time gap between detection and the patch application.

Self - virtual patching closes this gap by automatically deploying a temporary fix to shield the NGFW and the network from potential exploitation the moment a vulnerability is detected in the Intrusion Prevention System (IPS) database. In other words, even though a vulnerability exists, the system is protected from being attacked or exploited, as the patch is applied virtually and immediately. This real-time protection is what differentiates self virtual patching from traditional security patching methods.

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How Does Self - Virtual Patching Work?

Here’s how the process typically works:

1. Detection of Vulnerability: The IPS, continuously updated with the latest threat intelligence, identifies a new vulnerability in the network.
2. Automatic Activation: As soon as the IPS database recognizes a potential threat, the self virtual patching mechanism activates. This involves placing a virtual “shield” over the vulnerable area.
3. Patching in Real-Time: Without any manual intervention or system downtime, the self virtual patch is applied to the NGFW, protecting the system from potential attacks that could exploit the vulnerability.
4. Prevention of Exploitation: Although the vulnerability technically exists, hackers and malicious actors are unable to exploit it, as the NGFW is already fortified by the virtual patch.
5. Sustained Protection: The virtual patch remains in place until the official software patch is deployed, ensuring that the network remains safeguarded throughout the process.

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The Advantages of Self - Virtual Patching

1. Eliminating the Need for Downtime

A major drawback of traditional patching methods is the need for system downtime to apply patches or updates. Network administrators often have to schedule maintenance windows during off-peak hours to avoid disruptions to business operations. This is not only inconvenient but also leaves systems exposed while waiting for patches to be applied.

With self - virtual patching, this concern is completely eliminated. Patches are applied automatically and in real time, with no need to reset or update any NGFW device. Organizations can continue their daily operations without interruption, while the system silently and efficiently defends against threats in the background.

2. Reduced Manual Maintenance

One of the most significant benefits of self - virtual patching is the reduction in manual intervention. Traditional security patching requires cybersecurity teams to identify vulnerabilities, monitor systems, and apply patches manually. In larger organizations, this process demands significant time and expertise, with cybersecurity teams often needing to work around the clock 24/7 to ensure networks remain protected.

Self - virtual patching automates this entire process and improves efficiency, reducing the need for human oversight, and freeing up resources for other strategic tasks.

3. Cost Savings in Cybersecurity Management

Manual patching and security maintenance incur considerable costs, both in terms of labor and potential system downtime. Organizations without self - virtual patching must pay cybersecurity experts to maintain and update their systems constantly, which can become a financial burden.

Self - virtual patching minimizes the associated costs of manual security management. Businesses can operate with leaner cybersecurity teams, avoiding the expensive maintenance contracts or consulting fees required for manual patching operations. This cost efficiency makes self - virtual patching a smart investment for organizations of all sizes.

4. Real-Time, Proactive Defense

In cybersecurity, time is of the essence. Once a vulnerability is identified, every second the system remains unpatched is a potential opportunity for hackers to exploit it. Traditional patching methods introduce unavoidable delays as organizations wait for security patches to be developed, tested, and deployed.

Self - virtual patching ensures that vulnerabilities are addressed instantly. The system proactively applies virtual patches as soon as the IPS database is updated, preventing attacks even in the window before a formal patch is available. This real-time defense significantly reduces the risk of successful cyberattacks, making it a critical tool in today’s threat landscape.

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Why NGFW and Self Virtual Patching are the Future of Cybersecurity

As cyber threats continue to evolve, traditional reactive security measures are no longer sufficient. Businesses require proactive solutions that can not only detect threats but also prevent them from causing harm, all without disrupting normal operations. NGFWs, with their ability to offer deep packet inspection, application awareness, and advanced threat detection, already provide a powerful defense against modern cyberattacks.

Self - virtual patching takes this one step further by ensuring that even the most advanced threats and vulnerabilities are neutralized before they can be exploited. By automating the patching process, businesses can significantly reduce operational costs, minimize downtime, and maintain continuous protection.

In an era where cyberattacks can cause devastating financial and reputational damage, self - virtual patching represents a paradigm shift in network security. It empowers organizations to stay one step ahead of hackers, ensuring that their systems remain protected—even as new vulnerabilities emerge. For companies looking to optimize their cybersecurity defenses, self virtual patching is not just a technological improvement; it’s a strategic necessity for long-term resilience.

Ready to revolutionize your cybersecurity approach? Take the next step:

Meet us at #MadridTechShow: Secure your spot now! ? https://lnkd.in/ebh6CAZ7