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How MSSPs & Artificial Intelligence Can Mitigate Zero-Day Threats

So, here’s the problem: unknown zero-day threats are just that — unknown. You have no way (besides historical experience) to predict the next vulnerability avenue that will be exploited. You, therefore, don’t know what will need patching or what extra security layer needs injecting. This ultimately leads to a forecast-costing dilemma as you cannot predict the man hours involved.

The other quandary faced when tackling complex targeted zero days is the skills gap. Staffing a security operations center (SOC) with highly skilled cybersecurity professionals comes at a cost and only becomes profitable with economies of scale that a large customer base brings.

Coupled with the shortage of skilled cybersecurity professionals in the open market, how can you get your SOC off the ground? Could artificial intelligence (AI) level the playing field?

Machine Learning Reality Check

Machine learning and behavioral analytics continue to grow and become synonymous with zero-day threat protection. Is this all hype or is it the new reality? The truth is, it is both.

There is a lot of hype, but for good reason: AI works. Big data is needed to see the behaviors and therein the anomalies or outright nefarious activities that human oversight would mostly fail to catch. Delivered as a layered security approach, AI is the only way to truly protect against modern cyber warfare, but not all AI is deterministic and herein lies the hidden cost to your bottom line.

AI-based analysis tools that provide forensics are very powerful, but the horse has bolted by the time they are used. This approach is akin to intrusion detection systems (IDS) versus intrusion prevention systems (IPS). The former are great for retrospective audits, but what is the cleanup cost? This usage of behavioral analysis AI solely for detection is not MSSP-friendly. What you need is automated, real-time breach detection and prevention. Prevention is key.

So, how do you create an effective prevention technology? You need security layers that filter the malware noise, so each can be more efficient at its detection and prevention function than the last. That means signature-based solutions are still necessary. In fact, they are as important as ever as one of the first layers of defense in your arsenal (content filtering comes in at the top spot).

By SonicWall metrics, the ever-growing bombardment of attacks the average network faces stands at 1,200-plus per day (check out the mid-year update to the 2018 SonicWall Cyber Threat Report for more details).

When you do the math, it’s easy to see that with millions of active firewalls, it’s not practical to perform deep analysis on every payload. For the best results, you must efficiently fingerprint and filter everything that has gone before.

Aren’t All Sandboxes Basically the Same?

Only by understanding the behavior of the application and watching what it’s attempting to do, can you uncover malicious intent and criminal action. The best environment to do this is a sandbox, but no SOC manpower in the world could accomplish this with humans at scale. In order to be effective, you must turn to AI.

AI understands the big data coming from behavioral analysis. It can adapt the discovery approach to uncover threats that try to hide and, once determined as malicious, can fingerprint the payload via signature, turning a zero day into a known threat. It is the speed of propagation of this new, known signature to the protection appliances participating in the mesh protection network that drives the efficiencies to discover more threats.

Also, it’s the size of the mesh network catchment area that allows you the largest overall service area of attaches, which helps your AI quickly learn from the largest sample data set.

Luckily, SonicWall has you covered on all these fronts. With more than 1 million sensors deployed across 215 territories and countries, SonicWall has one of the largest global footprint of active firewalls. Plus, the cloud-based, multi-engine SonicWall Capture Advanced Threat Protection (ATP) sandbox service discovers and stops unknown, zero-day attacks, such as ransomware, at the gateway with automated remediation.

Our recent introduction of the patent-pending Real-Time Deep Memory Inspection (RTDMITM) technology, which inspects memory in real time, can detect and prevent chip vulnerability attaches such as Spectre, Meltdown and Foreshadow. It’s included with every Capture ATP activation.

At SonicWall, the mantra of automated, real-time breach detection and prevention is fundamental to our security portfolio. It is how our partners drive predictable operational expenditures in the most challenging security environments. Only via connected solutions, utilizing shared intelligence, can you protect against all cyber threat vectors.


A version of this story originally appeared on MSSP Alert and was republished with permission.

How Everyone Can Implement SSL Decryption & Inspection

Since 2011, when Google announced it was switching to Hypertext Transfer Protocol Secure (HTTPS) by default, there has been a rapid increase in Secure Sockets Layer (SSL) sessions.

Initially, SSL sessions were reserved for only important traffic, where personal, financial or sensitive data was transferred. Now, it seems we can’t receive news or perform a simple search without an encrypted session.

In 2014 and 2015, SSL sessions accounted for about 52 percent of internet traffic. As cloud adoption grew, so did the SSL sessions. By 2017, SSL accounted for 68 percent of all internet traffic. Currently, SonicWall has seen encrypted traffic at almost 70 percent of the total traffic on the internet.

Secure sessions demonstrate that internet users are understanding and embracing session security and privacy. Unfortunately, as SSL sessions have increased, so have encrypted attacks. So far in 2018, SonicWall has seen a 275 percent increase of encrypted attacks since 2017. You find more numbers in the mid-year update of the 2018 SonicWall Cyber Threat Report.

What is DPI-SSL?

The modern cyber threat landscape requires a defense-in-depth posture, which includes SSL decryption capabilities to help organizations proactively use deep packet inspection of SSL (DPI-SSL) to block encrypted attacks.

However, even firewall vendors that claim to offer SSL decryption and inspection may not have the processing power to handle the volume of SSL traffic moving across a network today.

DPI-SSL extends SonicWall’s Deep Packet Inspection technology to inspect encrypted HTTPS and SSL/TLS traffic. The traffic is decrypted transparently, scanned for threats, re-encrypted and sent along to its destination if no threats or vulnerabilities are found.

Available on all SonicWall next-generation firewalls (Generation 6 or newer), DPI-SSL technology provides additional security, application control, and data leakage prevention for analyzing encrypted HTTPS and other SSL-based traffic.

It is important to have a secure and simple setup that minimizes configuration overhead and complexity. There are two primary paths for implementing DPI-SSL.

Option 1: Remote Implementation

Enabling DPI-SSL can sometimes be complex. Diverse sites and programs use certificates differently, some of which may be affected by DPI-SSL capabilities.

To confirm you have DPI-SSL implemented properly, leverage the SonicWall DPI-SSL Remote Implementation Service to ensure seamless and effective implementation of SonicWall DPI-SSL services.

The Remote Implementation Service for SonicWall DPI-SSL deploys and integrates the product into your environment within 10 business days. This service is delivered by Advanced Services Partners who have completed training and demonstrated expertise in DPI-SSL implementation and configuration.

Option 2: Leverage Easy-to-Use Guidance

For those considering in-house implementation, SonicWall also provides a number of knowledge base (KB) articles and resources that walk you through the DPI-SSL implementation process. Some of the most popular include:

These KBs, and others found within SonicWall’s support section or through the DPI-SSL Remote Implementation Service, ensure every type of user or organization has the resources  to properly activate DPI-SSL within their infrastructure to mitigate encrypted cyberattacks.

For additional guidance, watch “Initial DPI-SSL Configuration,” a popular SonicWall Firewall Series Tutorial.

DPI-SSL Adoption

Thankfully, SonicWall is witnessing gradual adoption of DPI-SSL add-on services. To best protect your environment, pair DPI-SSL capabilities with the Capture Advanced Threat Protection (ATP) cloud sandbox, Gateway Antivirus, Content Filtering and Intrusion Protection Services (IPS). All available in the SonicWall Advanced Gateway Security Suite, which delivers everything you need to protect your network from advanced cyberattacks.

Combine these services with a trusted and secure end-point protection software, such as SonicWall Capture Client, and you can provide a robust security posture that can protect devices — even when they are not behind your firewall.

Importance of Resiliency in Network Security

In life we hear stories about people who are able to recover from difficult situations. They’re often referred to as being “resilient.” Resiliency can also be applied to network security, albeit in a slightly different context. In both cases it’s a good thing to be.

As noted in our mid-year 2018 SonicWall Cyber Threat Report, network threats, such as malware and ransomware attacks, are on the rise compared to 2017. Cybercriminals are persistent in their efforts to find new methods to launch their attacks.

But it’s not just the quantity of attacks that are on the rise. New threats are increasing as well. Some of these are variants spawned from earlier malware or ransomware code, such as WannaCry and Locky. Others are malware cocktails that combined pieces of code from several different variants.

Absorb, Reorganize and Refocus

One of the best and often under-valued ways to protect against these threats is to have a network security solution that is extremely resilient. This doesn’t mean that your firewall is good at picking itself back up off the ground after it’s been defeated by an attack.

According to NSS Labs, a third-party source known for its independent, fact-based cybersecurity guidance, “The resiliency of a system can be defined as its ability to absorb an attack and reorganize around a threat. A resilient device will be able to detect and prevent against different variations of the exploit.”

A key component of this definition is the device’s ability to identify attacks that use evasion techniques to avoid being detected and stopped. Another is protection over time. Some attacks are launched and then quickly disappear. Others, however, are reintroduced over the years, whether in their original form or as a variant.

A resilient firewall will continue to block a threat that was launched previously in addition to current and future variants. Failure to be resilient increases the chance your network is open to an attack. The odds may be small, but it’s still possible. Remember, not every hacker is writing the latest code. Some are new to the game and stick to older, established attacks.

Blocking Never-before-seen Variants

NSS Labs released the 2018 Next-Generation Firewall Group Test results with 10 network security vendors participating in the testing. SonicWall submitted the NSa 2650 next-generation firewall (NGFW), which performed very well in both security effectiveness and value (TCO per protected Mbps), earning the “Recommended” rating for a fifth time.

One particular area in the security effectiveness testing where the NSa 2650 shined was its resiliency to a range of never-before-seen exploit variants. The NSa 2650 achieved a block rate of over 90 percent, outperforming every other firewall except one. In many cases, the difference was significant, with over half of the firewalls scoring only in the 65-75 percent range.

Exploit Block Rate by Year – Recommended Policies
2018 NSS Labs Next-Generation Firewall Comparative Report: Security

So, is having a firewall with high resiliency really that important? Research from both SonicWall and NSS Labs indicates that there are quite a few aging attacks still out there in circulation. They may not be as sophisticated as today’s threats, but they remain active. You need to be protected against them.

What’s more, some threat actors launch multi-pronged attacks comprised of the core malware plus a series of variants. The idea is that your firewall may stop one, but not all.

To counter attacks, some security vendors create signatures that are specific to a particular exploit. These signatures typically don’t account for variants, however. And, over time, the signatures may be removed, leaving the firewall open to attack. Ideally, security vendors will create signatures that focus on the vulnerability and block the threat plus its variants — now and in the future.

If you’re not sure whether your firewall is resilient, or how it rates in security effectiveness and value, SonicWall can help. Visit SonicWall.com to download and read NSS Labs test reports, including the Security Value MapTM.

July 2018 Cyber Threat Intelligence: Malware, Ransomware Attack Volume Still Climbing

Just a month removed from the mid-year update to the 2018 SonicWall Cyber Threat Report, the cyber threat landscape continues its volatile pace.

Analyzing the team’s most recent data, SonicWall Capture Labs threat researchers are recording year-to-date increases for global malware, ransomware, TLS/SSL encrypted attacks and intrusion attempts.

In addition, the SonicWall Capture Advanced Threat Protection sandbox, with Real-Time Deep Memory Inspection (RTDMITM), discovered an average of 1,413 new malware variants per day in July.

Globally, the SonicWall Capture Threat Network, which includes more than 1 million sensors across the world, recorded the following 2018 year-to-date attack data through July 2018:

  • 6,904,296,364 malware attacks (88 percent increase from 2017)
  • 2,216,944,063,598 intrusion attempts (59 percent increase)
  • 215,722,623 ransomware attacks (187 percent increase)
  • 1,730,987 encrypted threats (80 percent increase)

In July 2018 alone, the average SonicWall customer faced:

  • 2,164 malware attacks (28 percent increase from July 2017)
  • 81 ransomware attacks (43 percent increase)
  • 143 encrypted threats
  • 13 phishing attacks each day
  • 1,413 new malware variants discovered by Capture ATP with RTDMI each day

The SonicWall Capture Security Center displays a 70 percent year-over-year increase in ransomware attacks.

SonicWall cyber threat intelligence is available in the SonicWall Security Center, which provides a graphical view of the worldwide attacks over the last 24 hours, countries being attacked and geographic attack origins. This view illustrates the pace and speed of the cyber arms race.

The resource provides actionable cyber threat intelligence to help organizations identify the types of attacks they need to be concerned about so they can design and test their security posture ensure their networks, data, applications and customers are properly protected.

 

Get the Mid-Year Update

Dive into the latest cybersecurity trends and threat intelligence from SonicWall Capture Labs. The mid-year update to the 2018 SonicWall Cyber Threat Report explores how quickly the cyber threat landscape has evolved in just a few months.

Ransomware Surges, Encrypted Threats Reach Record Highs in First Half of 2018

To ensure organizations are aware of the latest cybercriminal attack behavior, today SonicWall published a mid-year update to the 2018 SonicWall Cyber Threat Report.

“The cyber arms race is moving faster than ever with bigger consequences for enterprises, government agencies, educational and financial institutions, and organizations in targeted verticals,” said SonicWall CEO Bill Conner in the official announcement.

Cyber threat intelligence is a key weapon in organizations’ fight against criminal organizations within the fast-moving cyber arms race. The mid-year update outlines key cyberattack trends and real-world threat data, including:

Data for the annual SonicWall Cyber Threat Report is gathered by the SonicWall Capture Threat Network, which sources information from global devices and resources including more than 1 million security sensors in nearly 200 countries and territories.

“SonicWall has been using machine learning to collect, analyze and leverage cyber threat data since the ‘90s,” said Conner. “This commitment to innovation and emerging technology is part of the foundation that helps deliver actionable threat intelligence, security efficacy and automated real-time bread detection and prevention to our global partners and customers.”

Get the Mid-Year Update

Dive into the latest cybersecurity trends and threat intelligence from SonicWall Capture Labs. The mid-year update to the 2018 SonicWall Cyber Threat Report explores how quickly the cyber threat landscape has evolved in just a few months.

GET THE UPDATE

SonicWall Wins 7 New Awards, Bringing 2018 Total to Over 30

SonicWall is proud to announce it has garnered seven awards, including three from the Network Products Guide IT World Awards, two from the Globee Awards, and one each from the PR World Awards and the CEO World Awards.

With these seven new accolades, SonicWall has earned more than 30 awards so far in 2018.

First from the Network Products Guide IT World Awards is a gold award in the ‘Firewalls’ category for the SonicWall NSA 2650 firewall. The SonicWall NSa 2650 is a next-generation firewall that delivers high-speed threat prevention over thousands of encrypted and unencrypted connections to mid-sized organizations and distributed enterprises.


SonicWall also won silver in the ‘Managed Security Services’ category for the SonicWall Global Cloud Management System, or Cloud GMS. Cloud GMS is a web-based management and reporting application that provides centralized management and high-performance reporting for the SonicWall family of firewalls.


Rounding out the three from Network Products Guide, SonicWall earned silver in the ‘Email, Security and Management’ category for SonicWall Email Security 9.1. SonicWall Email Security is a multi-layer solution dedicated to combating emerging threats. It protects organizations from outside attacks with effective virus, zombie, phishing and spam blockers, leveraging multiple threat-detection techniques.


In addition to the awards from Network Products Guide, SonicWall also garnered a silver award in the ‘PR Achievement of the Year’ category from the PR World Awards for the launch of the 2018 SonicWall Cyber Threat Report. The annual report is the go-to source for cyber threat intelligence, industry analysis and cyber security guidance for the global cyber arms race.

The launch of the 2018 SonicWall Cyber Threat Report also took home gold in the ‘Public Relations Achievement of the Year’ from the Globee Awards. The team also earned a silver in the Globee Awards in the ‘Product Management/Development Team of the Year’ for the team led by SonicWall COO Atul Dhablania.

Finally, SonicWall CEO Bill Conner won silver in the ‘CEO Excellence of the Year’ award for organizations with 500-2,499 employees.

SonicWall CEO: ‘It’s Time to Arm Up’ Against Malware, Encrypted Attacks

You can’t fight what you can’t see.

Cliché as it may sound, cybercriminals are using organizations’ lack of network visibility as a cornerstone for their attack strategies. Savvy threat actors are encrypting their malware payloads to cloak attacks and defeat standard security controls.

At RSA Conference 2018 in San Francisco, SonicWall president and CEO Bill Conner spoke with TechRepublic about the rapidly changing cyber arms race and the need to properly detect and inspect encrypted traffic, which made up 68 percent of all web traffic in 2017 — a 24 percent year-over-year increase from 2016.

“In Q1, you see a dramatic increase in malware and ransomware. We’re also seeing a dramatic increase in SSL encryption, and encryption being used to carry malware,” Conner told TechRepublic.

As Conner discussed, the 2018 Cyber Threat Report illustrated these challenges. But the threat landscape changes rapidly. In the first quarter of 2018 alone, the average SonicWall customer faced:

  • 7,739 malware attacks (151 percent increase over Q1 2017)
  • 173 ransomware attacks (226 percent increase over Q1 2017)
  • 335 encrypted threats (403 percent increase over Q1 2017)

By investing in updated solutions, and enabling SSL/TLS inspection capabilities, organizations can have the best of both security and performance. Many next-generation firewalls — like the SonicWall NSa series, for example — include DPI-SSL capabilities. However, these critical controls aren’t always activated or implemented properly, so it’s important to confer with your cyber security vendor or managed security services provider (MSSP) that you have the ability to decrypt and inspect SSL and TLS traffic.

Guidance on stopping encrypted cyber attacks

Encrypted threats will defeat even the most robust firewall if it’s not properly using deep packet inspection of SSL and TLS, often known as DPI-SSL.

If you choose not to inspect encrypted traffic — or if your firewall is limited in its ability to do so — you are truly missing a critical value of your firewall.

It is possible for organizations to enjoy the security benefits of SSL/TLS encryption without providing a hidden tunnel for attackers.

For practical guidance on implementing SSL and TLS decryption and inspection abilities, review “Encrypted Cyber Attacks: Real Data Unveils Hidden Danger within SSL, TLS Traffic” or watch the on-demand webcast, “Technical Deep Dive on how to Defeat Encrypted Threats with SonicWall DPI-SSL Technology.”

Ransomware, Variants, Snipers & Kung Fu

The 2018 SonicWall Cyber Threat Report reported a 71.2 percent decline in the number of ransomware attacks, but a 101.2 percent increase the number of ransomware variants. Let me ask you, is this good news or bad?

If this was a military battle, would you celebrate the news the enemy reduced the number of machine guns by nearly three quarters but doubled the number of snipers? Perhaps, but now you’d have to keep your head lower and stay out of sight.

2016 saw a flood of “spray-and-pray” ransomware attacks as hackers were taking advantage of soft defenses and low levels of employee awareness. In fact, in 2016 SonicWall blocked nearly 640 million ransomware attacks; that was over 1,200 ransoms not seen (or paid) each minute.

Because of this intense pressure, organizations around the globe bolstered their defenses and education efforts. Simply put, we got tired of getting beat up for our lunch money and took Kung-Fu lessons.

Attackers retool ransomware strategies

In 2017, attackers retooled with new exploits. From that, WannaCry, NotPetya and Bad Rabbit were born. Each were designed to be malware cocktails that infected a system and then move on to the rest of the network through shared drives. But these are just three of the 2,855 variants SonicWall created defenses for in 2017 alone.

With these new malware cocktails in the wild, threat actors targeted specific roles within companies through social engineering. Instead of annoying thousands of people with a small ransom with a shrinking chance they will pay, many switched to hard-hitting attacks with larger demands.

Unique Ransomware Signatures

One such instance was the city of Atlanta, where the SamSam ransomware variant affected five out of 13 city departments and shut down systems for 10 days. Fortunately, the $51,000 ransom went unpaid but the damages to systems, lost files and productivity far outweigh the demand.

How to stop ransomware attacks, avoid ransom payouts

So, what can we do in this period of the threat landscape? Employee awareness for social engineering attacks (e.g., phishing attempts) still needs to drastically improve. Strong password hygiene also needs to be in place to block attacks like SamSam that work off of guessed passwords.

From there, we need ransomware protection technology in place that stops attacks. Here are two core technologies have may not have thought of recently:

  1. Implement a network sandbox that can identify and stop unknown attacks.

    A network sandbox is an isolated environment on the firewall that runs files to monitor their behavior. SonicWall Capture Advanced Threat Protection (ATP) is a multi-engine sandbox service that holds suspicious files at the gateway until a verdict can be achieved.

    Capture ATP also features Real-Time Deep Memory InspectionTM (RTDMI). RTDMI is a memory-based malware analysis engine that catches more malware, and faster, than behavior-based sandboxing methods. It also delivers a lower false-positive rate to improve security and the end-user experience. Learn about its ability to find and block malicious PDFs and Office documents.

  2. Use advanced endpoint client security

    For years, companies deployed traditional anti-virus (AV) on their computers, which was fine when the total number of signatures they had to write and update numbered in the hundreds of thousands. Last year, SonicWall discovered 58 million new forms of malware that take time to signature and push to defense points like firewalls.

    Even if these are pushed within 24 hours, it leaves a gap that new and advanced malware can walk right through. I recommend using a next-generation anti-virus (NGAV) solution that can monitor the behavior of a system to look for malicious activities, such as the unauthorized encryption of your files. For example, SonicWall Capture Client delivers advanced malware protection and additional security synergies for SonicWall firewall users.

On top of these two new forms of technology, please follow best practices when securing and managing your networks, such as network segmentation.

Download the 2018 SonicWall Cyber Threat Report

The cyber arms race is a challenge we face together. And it’s the core reason we’re committed to passing our findings, intelligence, analysis and research to the global public via the SonicWall 2018 Cyber Threat Report.

READ THE FULL REPORT

RSA Conference 2018: SonicWall is Hot

Fresh off of April’s massive SonicWall Capture Cloud Platform launch, SonicWall has been featured in a pair of CRN articles highlighting the hottest products at RSA Conference 2018.

The SonicWall Capture Cloud Platform is lauded in CRN’s “10 Hot New Cloud Security Products Announced at RSA 2018” listing. CRN recaps the platform’s ability to integrate security, management, analytics and real-time threat intelligence across SonicWall’s portfolio of network, email, mobile and cloud security products.

Complementing that accolade, a pair of new SonicWall products were listed in the “20 Hot New Security Products Announced at RSA 2018” category. The new SonicWall NSv virtual firewall (slide 7) and SonicWall Capture Client (slide 12) endpoint protection were showcased.

SonicWall Capture Client is a unified endpoint offering with multiple protection capabilities. With a next-generation malware protection engine powered by SentinelOne, Capture Client delivers advanced threat protection techniques, such as machine learning and system rollback.

SonicWall Network Security virtual (NSv) firewalls protect all critical components of your private/public cloud environment from resource misuse attacks, cross virtual machine attacks, side channel attacks and common network-based exploits and threats. It captures traffic between virtual machines (VM) and networks for automated breach prevention and establishes access control measures for data confidentiality and ensures VMs safety and integrity.

How to Stop Fileless Malware

In 2017, SonicWall Capture Labs discovered 56 million new forms of malware from across the globe. Threat actors are constantly creating updates to known versions of malware to get past defenses that rely on identifying malware (i.e., signatures). The forms of security that stop malware and ransomware based on signatures are only effective if they can identify the strain.

Since malware authors don’t want to continually update their code and have attacks in flight fail, they often resort to creating fileless malware as a highly effective alternative.

What is fileless malware?

Fileless malware has been around for some time, but has dramatically increased in popularity the last few years. These malware leverage on-system tools such as PowerShell, macros (like in Microsoft Word and Excel), Windows Management Instrumentation or other on-system scripting functionality to propagate, execute and perform whatever tasks it was developed to perform.

The problem for the business

One of the reasons fileless malware is so powerful is that security products cannot just block the systems or software that these are utilizing. For example, if a security admin blocked PowerShell, many IT maintenance tasks would be terminated. This makes it impossible for signature-based security solutions to detect or prevent it because the low footprint and the absence of files to scan.

How can SonicWall stop fileless malware?

The key is not to look at the file but, instead, look at how it behaves when it runs on the endpoint. This is effective because although there is a large and increasing number of malware variants, they operate in very similar ways. This is similar to how we educate our children to avoid people based on behavior instead of showing them a list of mug shots every time they leave home.

SonicWall Capture Client, powered by SentinelOne, is a next-generation antivirus endpoint protection platform that uses multiple engines, including static and behavioral AI, to stop malware before, during and even after execution. It also offers the ability to roll back an endpoint to a state before the malware got on to or activated on the system.

In the face of fileless malware, the full behavioral monitoring approach is amazing at detecting and preventing this type of attack because it is agnostic to the attack vector.

How does it work?

SonicWall actively monitors all activities on the agent side at the kernel level to differentiate between malicious and benign activities. Once Capture Client detects malicious activity, it can effectively mitigate an attack and, if needed, roll back any damage, allowing the user to work on a clean device.

Conclusion

Ultimately, adversaries will always take the shortest path to compromise endpoints to ensure the highest return with the least amount of effort. Fileless malware is quickly becoming one of the most popular ways to do so. It is not enough to just block essential operations like PowerShell.

You need anti-virus software that fully monitors the behavior of a system to prevent attacks utilizing exploits, macro documents, exploit kits, PowerShell, PowerSploit and zero-days vulnerabilities locally and without dependence to network connectivity.

To learn more, download the in-depth data sheet, “SonicWall Capture Client powered by SentinelOne.”

Webinar: Stop Fileless Malware with SonicWall Capture Client

Join SonicWall and SentinelOne cyber security experts to learn how to stay safe from advanced cyber threats like fileless malware.