What You Need To Know About Next-Generation Firewall
There are so many components put into place to protect your organization on the technical side, it's difficult to differentiate between each one....
Five Nines Team : Nov 26, 2019 2:34:34 PM
3 min read
Anti-virus alone is no longer enough—modern cyber threats are designed to bypass traditional detection methods.
A layered security approach combines multiple tools and strategies (firewalls, encryption, updates, backups, and more) to protect systems at every level.
Proactive security measures, user education, and modern technologies are essential to staying ahead of increasingly sophisticated attacks.
As technology continues to change, the number of ways your company can be targeted in a malware attack grows. At Five Nines, we put a major emphasis on educating our clients about what potential attacks could do to their operational systems, while also preparing their network to fight these attacks and keep systems secure as the designated IT services provider. While we do install anti-virus software for our clients, it’s only one tool in our belt, given that additional layers of security are needed now that hackers are more sophisticated. Before we get into why you can’t solely depend on anti-virus to stay secure, let’s define terms that are crucial to understand when we’re talking about anti-virus software and security.

Malware is a broad term that really defines any malicious code or program that gives an attacker explicit control over your system. It may refer to all types of malicious programs including viruses, bugs, bots, spyware, etc. and even ransomware.
Anti-virus - Anti-virus software, also known as anti-malware, is a computer program used to prevent, detect, and remove malware. It’s the most commonly used weapon against malware.
Layered Security -- Layered security, also known as layered defense, describes the practice of combining multiple security controls to protect assets, such as resources and data.
Now that we have some context, let’s talk about why anti-viruses can’t keep up with the increasing number of malware attacks. While there’s been thousands of cyber-attacks, one that really called attention to this growing issue of anti-virus protection happened in 2013. Over the course of three months, attackers installed 45 pieces of custom malware and stole crucial information from The New York Times. The Times — which uses anti-virus products made by Symantec — “found only one instance in which Symantec identified an attacker’s software as malicious and quarantined it.” The IT services team just didn’t catch it.
To get rid of the hackers, The Times, “blocked the compromised outside computers, removed every back door into its network, changed every employee password and wrapped additional security around its systems.” Ultimately, this is just one example of how hackers can create software that surpasses anti-virus software. They’re now able to design a piece of malware, run it on a computer with that anti-virus product to see if it will be detected, and if it is, then they can modify the code until the anti-virus software no longer detects it. What this means is that unless a traditional anti-virus software has seen a particular threat in the past, it won’t necessarily protect your computer. There are other new products that are able to ward off some of these new threats. For example, Cylance Inc. develops anti-virus programs with Artificial Intelligence to prevent, rather than re-actively detect, viruses and malware, this is also referred to as “Next Generation Protection”. So, what else can you do to stay secure?
The purpose of multi-layered security is to stop cyber attacks on different levels, so they never reach the heart of your system and affect essential information. While it’s crucial to use anti-virus software, it cannot be your only line of defense.
Traditional anti-virus relies on known threat signatures, meaning it may not detect new or modified malware that hasn’t been seen before, allowing advanced attacks to slip through.
Layered security is a strategy that uses multiple protective measures—such as firewalls, encryption, endpoint protection, and backups—to defend against threats at different points in a system.
Important elements include up-to-date systems and software, firewalls (including next-gen options), encryption, strong password policies, endpoint protection, and reliable backups.
When software or hardware reaches end-of-life, it no longer receives security updates or patches, leaving known vulnerabilities open for attackers to exploit.
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Backups, especially image-based backups, allow organizations to quickly restore systems after an attack or failure, minimizing downtime and data loss.
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