phishing attack

Conceal Threat Alert: Phishing Attack Bypasses Traditional Controls, ConcealBrowse to the Rescue

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Threat actors can be downright crafty, and motivated actors tend to take their attacks to the next level.  So where does this leave employees who are targets of more sophisticated attacks?  Many times, they are left to their intuition and, if they are lucky, any skills they have acquired through traditional awareness training. In other words, the security of the user, their device, and the organization are reliant on recalling information from their last awareness training session.  Despite increased spend on baseline cyber security tools such as email gateways, web gateways, EDR solutions and awareness training, we continue to see an increase in successful attacks such as credential theft (phishing attacks that politely ask users for their login credentials) and ransomware. By utilizing ConcealBrowse, we illustrate how a credential phishing attack that bypassed traditional security controls was successfully prevented.

Anatomy of the Attack

 

phishing email

The email above was sent from a legitimate and most likely compromised email address.  By sending from a real email account, the attackers evade common baseline checks such as SPF, DMARC and IP spoofing checks.  Next up, they worked on the message content, including legitimate Microsoft message content, images and prompts; this part of their attack helped evade technical content controls as well as build trust with the recipient.  In addition to the realistic content, the attackers also added some conversational banter at the bottom of the email (well past where normal humans would scroll!), which appears geared to improve deliverability.  The rest of their tactics continue to circumvent both human and technical detection by presenting authentic-looking URLs to websites that have been recently compromised and then ultimately using the compromised first hop to redirect the user to the credential theft site, which was hosted on a recently acquired domain.  

This example highlights a few of the techniques attackers use daily to evade existing controls and dupe users into action.  A recent report from security firm Cofense identified that 67% of emails reported by users led to credential theft webpages.  Additionally, they found that 52% of credential theft emails abuse the Microsoft brand and that 70% of reported credential theft emails bypassed secure email gateways.  With these staggering statistics, it is clear that even with best-in-class controls, employees are at a stark disadvantage to the well-funded adversaries whose mission is to gain access to their credentials to advance their nefarious activities further.

Anatomy of the Prevention

When the user clicked the link in the convincing and delivered email, ConcealBrowse was poised and ready to jump into action. As a browser extension, ConcealBrowse analyzed the URL and determined that some attributes of the page had unknown risk profiles and others displayed risk indicators, but overall, the page was not yet known to be malicious.  This is a perfect example of the nature of current web-based threats that crop up and disappear in a moving window of inherent risk that is simply not apparent to users and existing technical controls.

Once ConcealBrowse determined that it didn’t have a clear security posture verdict for the URL at that point in time, it seamlessly moved the webpage into isolation, instantly protecting the user from potential risk and allowing the page to be loaded and interacted with.  At this stage, ConcealBrowse was able to apply secondary security posture checks which identified a user authentication (login) form, which, in turn, triggered Conceal’s Credential Guard to evaluate the page for signs of credential theft.  Using AI modeling, ConcealBrowse was able to inspect the technical and visual attributes of the webpage to determine that it was a phishing webpage. At this point, ConcealBrowse protected the user session by preventing the end-user from entering data into the form and visually alerted that the page was attempting to steal their login information.  

The Result

Typically, these attacks don’t end so well, and organizations spend time and money cleaning up after the incident.  In this case, the user was protected by ConcealBrowse therefore, there was no incident. Instead, their security team inherited real-time telemetry about a credential theft website.  Using Conceal’s integration framework, the customer was able to stream the telemetry into their SIEM and automatically update other controls to take advantage of this new information. 

Regardless of how trustworthy your users think a link might be, ConcealBrowse scans every URL using state-of-the-art techniques and applies our proprietary threat identification model and computer vision to identify and block phishing attempts and malware downloads.

You can experience the power of our Zero-Trust at the Edge security model today by requesting a free ConcealBrowse trial or by scheduling a demo with our team of experienced security professionals.

Written By: Conceal Research Team

email phishing

Browser-Based Threat Alert: Iranian Government Actors Mimic Think Tank for Targeted Phishing Attacks

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Secureworks Counter Threat Unit researchers published results from an investigation into suspected Iranian government-linked actors targeting researchers who document the suppression of Iranian women and minority groups. According to the report, the actors appear to be associated with APT35, a group suspected of operating at the behest of Iran’s Islamic Revolutionary Guard Corp (IRGC).

As with most Advanced Persistent Threat (APT) activity, the techniques utilized in these operations were meticulous and highly-targeted, relying on extensive knowledge of the targets and personalized, persistent social engineering attacks. The attackers established credible social media accounts purporting to belong to members of the Atlantic Council, an American international affairs think tank.

Specifically, Secureworks researchers investigated one of the Twitter accounts used in the operation, purportedly belonging to a “Sara Shokouhi”. Upon reaching out to the account, the actors provided legitimate information as bona fides, claiming to be a colleague of a named Atlantic Council Senior Fellow. However, the supposed colleague publicly denied working with “Shokouhi” and the photos used on the Twitter profile were taken from the Instagram account of a Russia-based tarot card reader.

This profile follows a history of using similar techniques, where APT35 actors routinely mimic actual Atlantic Council employees to gain the trust of their targets and abuse that trust for further attacks or intelligence collection.

The Sara Shokouhi persona was used to contact multiple targets, all consistent with typical targets of the IRGC. The interactions were informed, intentional, and well-choreographed. They were designed to gradually build the victim’s trust. In many cases, APT35 actors initiated a series of benign interactions over time using email, social media, and other online forums. The benign interactions included sending legitimate links to the targets so they became accustomed to clicking links provided by the actors. Eventually, however, the actor would send the target a malicious link that would lead to them downloading malware or providing credentials to phishing sites.

Extreme Lengths to Abuse Trust

Criminal actors normally rely on high-volume attacks with generic phishing messages, hoping that even though a small subset of their messages will get through and an even smaller number will fool victims, the sheer volume will ensure enough successful attacks to make the effort profitable. APT actors use an opposite strategy. Because only a small number of people have the valuable information they are looking for, and because they have vast resources by virtue of their government backing, they can afford to play the long game and sink a large amount of resources into attacks on specific individuals. 

This means that, unlike typical generic mass phishing attacks, the social engineering is personalized and can take advantage of specific characteristics of the target. These attacks don’t bear the hallmarks most security training teaches people to look for, like poor grammar or typo squatted domains.

Your Browser Shouldn’t Trust Anyone

No matter how well people are trained, and no matter how vigilant they might be to attempts to phish them, in the end security comes down to fallible human judgment and trust. That’s why it’s imperative that organizations adopt zero-trust security models that inherently distrust that which users trust. That’s why we developed ConcealBrowse. Regardless of how trustworthy your users think a URL might be, ConcealBrowse scans each one using state-of-the-art intelligence and our proprietary threat model, along with computer vision to identify and block phishing attempts and malware downloads.

You can experience the power of our Zero-Trust at the Edge security model today by requesting a free ConcealBrowse trial, or by scheduling a demo with our team of experienced security professionals.

Written by: Conceal Research Team

browser security

4 Secrets MSPs Should Know About Browser Security

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Securing your customers’ browsers will save you, as a service provider, time and money.

As a managed service provider (MSP), your mission is to support your customers to help them best achieve their business goals by providing tailored technology solutions and services that meet their specific needs. Part of that includes implementing security measures to minimize the chance of a cyber incident. But, what if implementing security measures increases the organization’s security posture AND saves you time and money?

The primary objective of securing the browser is to minimize an organization’s chances of falling victim to ransomware, credential theft, and other threats at the edge. But, by investing in a thorough browser security tool, you can do so much more than just provide protection at the edge. Here are the 4 secrets to good browser security:

1. Protect Customer Data

As an MSP, you have the responsibility to protect your customers’ data. Web browsers are a common entry point for cyberattacks, especially credential theft, and ransomware. By securing the web browser, you add additional protection to your customer’s data by minimizing the ability of threat actors to successfully gain entry into your network via the web. Protection at the edge minimizes vulnerability to your customer data.

2. Ensure Business Continuity

Service level agreements are a huge part of a customer and MSP relationship. As an MSP, you are required to provide uninterrupted services for your customers. If your customer’s browser is compromised, it can lead to system downtime, impacting your customer’s business operations. Proper browser security minimizes the chances of service disruption due to insufficient security at the edge.

3. Minimize False Positives

For many MSPs, SIEM and SOC alerts are a time-consuming and resource-intensive activity. By implementing proper security in the browser, you can minimize the number of alerts you receive by having potentially malicious activity go to an isolated environment outside of your customer network. By isolating potentially malicious activity, you minimize alerts from existing, cutting out the majority of web-based alerts so that your teams can focus on alerts in other environments – saving you time and money.

4. Reduce Operating Costs

By stopping potentially malicious activity at the browser, alerts are not triggered as discussed above. As a result, this minimizes endpoints from falling victim to ransomware, saving IT time from having to reimage machines – lowering your cost of supporting your customers in other aspects beyond cybersecurity.

As a trusted partner for your clients, it is important to deliver reliable, cost-effective solutions. Here at Conceal, we want to help you cost-effectively achieve your customer’s goals. Conceal helps MSPs and MSSPs generate new revenue and deliver innovative cybersecurity solutions that address the two biggest problems in cybersecurity – ransomware and credential theft. Bundle ConcealBrowse into your security services and boost your revenue today by requesting more information on our partner program!

smart home

Conceal Threat Alert: Phishing Attack Threatens Physical Security of Homes

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Email protection firm Inky recently reported on a credential harvesting campaign targeting customers of Ring, the company famous for doorbells and other smart home security products. In addition to harvesting users’ Ring credentials, the attackers also utilized common phishing techniques to harvest credit card information of the victims.

While the report doesn’t provide information on the rate of success for the attack, Ring products can be used to capture video both inside and outside of homes, on car dashcams, and to provide other data about the inside of a home and its security measures. It’s also possible to control smart door locks via the Ring app, meaning that an attacker with Ring credentials could gain physical access to a home. Access to a Nest account could be a goldmine for all kinds of attacks, both technical and physical. 

The attackers relied primarily on common phishing techniques, like hiding their malicious URL under a visible link that tricked users into thinking they were clicking on a legitimate Ring URL while they were actually visiting a malicious one. The credential harvesting sites also utilized Ring logos and branding in an attempt to make the site appear more legitimate.

While these types of phishing attacks are common, they can often be stopped by email-based anti-phishing tools. To get around these protections, the attackers delivered their malicious link inside of an HTML file attached to the email. Clicking the attachment opened the local file in the web browser and presented the user with the link to the online phishing page. So, instead of clicking on the malicious link in the email client where existing anti-phishing products typically operate, the malicious link is opened in the browser, which typically has less protection.

How Can Phishing Attacks be Stopped in the Browser?

Fortunately, ConcealBrowse hardens the browser regardless of where a malicious link is clicked. In the case of this attack against Ring users, the initial HTML file might have escaped traditional email-based security tools. Fortunately, ConcealBrowse would scan the malicious URL, identify it as a phishing attack, and prevent users from providing their sensitive credentials and credit card data.

It’s easy to start using ConcealBrowse today to try out this advanced anti-phishing and ransomware protection yourself. Click here to request a free trial, or request a demo to find out more.

Written by: Conceal Research Team

Malware hero

Conceal Threat Alert: Hackers Mimicking ChatGPT to Spread Malware

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Kaspersky recently reported on a new type of malware that targets users of the popular AI-powered chatbot, ChatGPT. The malware is designed to steal the account credentials stored in popular browsers such as Chrome, Edge, and Firefox.

The attackers used the trusted reputation of ChatGPT to their advantage. ChatGPT is a well-known and widely used AI chatbot, and users generally trust the service. This trust made it easier for the attackers to convince users to download a credential-stealing trojan that purports to be a ChatGPT app.

According to the report, the attackers created fake online ChatGPT communities that appeared to be either linked to official Open AI accounts or a reputable ChatGPT enthusiast community. These communities were intended to establish credibility as a reliable source for ChatGPT-related content. The attackers also took advantage of the common experience of the service being frequently unavailable during high traffic times.

The attackers would use these forums to distribute links to malicious files that purported to be official ChatGPT clients that would help users get around these limitations. In some cases the attackers even claimed to have credits on the associated fake accounts for purchasing premium ChatGPT services. In reality, ChatGPT is only officially distributed as a web application that does not require users to download anything, so these types of apps are fraudulent.

Once the user downloaded and installed the “ChatGPT app,” the user would receive an error message indicating that the installation was not successful or would see no activity at all. While most would attribute this to a technical error, the attack had already occurred, and the users’ browser-stored credentials had already been pilfered.

The ChatGPT Stealer is yet another example of how current methods for preventing abuse-of-trust attacks – such as imploring users to remain vigilant and to ensure that their devices have the latest security updates – simply are not enough. Solutions that take the burden off users’ shoulders, like ConcealBrowse, are the only way to stop all types of attacks delivered via the browser. ConcealBrowse scans the URLs a user opens, regardless of the source, and will block or isolate malicious or risky web sites. Even if a user trusts a link, ConcealBrowse does’t.

The ChatGPT trojan attack is a reminder that identities of trusted services can be co-opted by determined attackers. By using a combination of social engineering tactics and sophisticated malware techniques, the attackers were able to steal personal information from unsuspecting users. ConcealBrowse keeps users safe, even when they are fooled into trusting attackers. Try ConcealBrowse for free to start protecting your users today.

Written by: Conceal Research Team

ConcealBrowse hero

Why ConcealBrowse?

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With nearly 65% of the global population using the internet in 2023, cyber risks initiated in the browser are growing exponentially

The internet has become an integral part of our daily lives. It provides us with vast amounts of information and resources, but it also poses a significant risk to our privacy. With the increasing use of the internet, the likelihood of online threats has increased. Hackers, cybercriminals, and governments can monitor our online activities, steal sensitive information, and manipulate data. To combat these threats, there is a growing need for secure and privacy-focused browser extensions.

The Importance of Browser Security

Overall, browser security is important to protect personal information, prevent malware infections, protect against malicious websites and browser exploits, and maintain privacy. By using a secure browser and keeping it up to date, individuals and organizations can reduce the risk of cyber attacks and protect themselves online.

  1. Protecting personal information: Browsers are often used to access sensitive information such as financial and personal data. If a browser is not secure, this information can be easily stolen by attackers through methods such as phishing scams, malware infections, or network eavesdropping.
  2. Preventing malware infections: Browsers can be targeted by attackers who use them to spread malware, such as viruses and Trojans. These infections can compromise the security of the device, steal sensitive information, and spread to other devices on the network.
  3. Protecting against malicious websites: Browsers can be tricked into accessing malicious websites that contain malware, phishing scams, or other security threats. These websites can compromise the security of the device and steal sensitive information.
  4. Protecting against browser exploits: Browsers can contain vulnerabilities that can be exploited by attackers to gain access to a device. These exploits can be used to steal sensitive information, install malware, or take control of the device.
  5. Maintaining privacy: Browsers can be used to track a user’s online activities, including their location, browsing history, and personal information. This information can be used for advertising purposes, but it can also be sold to third parties or used for malicious purposes.

How ConcealBrowse Works

ConcealBrowse uses advanced encryption technologies to protect users’ online activities and sensitive information. The extension encrypts all the data transmitted between the user’s browser and the website, making it difficult for anyone to intercept and read the information.

One of the key features of ConcealBrowse is its ability to hide users’ IP addresses. By hiding the IP address, the extension makes it difficult for websites to track users’ online activities. This helps prevent websites from collecting sensitive information, such as user behavior and personal data.

In addition to IP address hiding, ConcealBrowse also blocks trackers and advertisements. This helps to protect users from online tracking and helps to speed up their browsing experience.

Another important feature of ConcealBrowse is its support for virtual private networks (VPNs). VPNs are used to encrypt all the data transmitted over the internet, making it difficult for anyone to intercept and read the information. By integrating VPN support into the browser extension, ConcealBrowse provides users with an extra layer of security and privacy.

Benefits of ConcealBrowse

  1. Enhanced Privacy: ConcealBrowse helps protect users’ online privacy by hiding their IP addresses and blocking trackers and advertisements. This helps prevent websites from collecting sensitive information, such as user behavior and personal data.
  2. Improved Security: The extension uses advanced encryption technologies to protect users’ online activities and sensitive information, making it difficult for anyone to intercept and read the information.
  3. Fast Browsing Experience: By blocking trackers and advertisements, ConcealBrowse helps speed up users’ browsing experience.
  4. Easy to Use: ConcealBrowse is designed to be user-friendly and easy to use, without sacrificing security and privacy.

Conclusion

In conclusion, ConcealBrowse is a secure browser extension that provides users with enhanced privacy and security. With its advanced encryption technologies, IP address hiding, tracker and advertisement blocking, and VPN support, users can browse the internet with confidence, knowing that their online activities and sensitive information are protected.

crypto phishing

Conceal Threat Alert: Coinbase Employee Compromised via SMS Phishing Attack

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Coinbase, a popular cryptocurrency exchange, reported being the victim of an early February cyber attack that highlights the growing threat facing cryptocurrency exchanges and other organizations of all types. 

The attack was carried out by sending fake SMS messages that appeared to be from the company’s security team to Coinbase employees. These messages contained links that, when clicked, took the employee to a phishing website that looked identical to the Coinbase login page. The employee would then enter their login credentials. When the attacker was unable to provide a multi-factor authentication token, the attacker called the employee, armed with the credentials provided via the phishing site, and convinced them to take several actions on their device. 

Coinbase notified affected customers and says they have taken steps to prevent further unauthorized access. However, this attack highlights the need for increased vigilance when it comes to cybersecurity, especially for companies dealing with sensitive financial information.

In this case, Coinbase claims they quickly identified the attack via multiple layers of security and a vigilant operator in Coinbase’s Cybersecurity Incident Response Team. Ultimately, the cost of stopping the attack was high, when stopping the attack in the browser as soon as the link was clicked could have reserved security resources expended to limit the damage once the link had been clicked. 

And Coinbase was lucky. An attack against Twilio by the same threat actors resulted in the loss of customer data. We have reported previously on attacks by other actors utilizing similar techniques that were successful, even against highly technical employees that likely received anti-phishing training.

How can enhanced browser protection prevent these attacks?

ConcealBrowse is a secure web browser extension that protects against malicious websites linked from any source, including messaging applications. ConcealBrowse uses its advanced decision engine to detect and block or isolate malicious websites before they can cause any harm.

The Coinbase attack highlights the threat facing all types of organizations and the need for increased vigilance when it comes to cybersecurity. ConcealBrowse is an important part of any cybersecurity program that can prevent attackers from ever getting a foothold in your network. Click here to try ConcealBrowse today.

Written by: Conceal Research Team

AI

Browser-Based Threat Alert: ChatGPT May Be Causing More Harm Than Good

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In the cybersecurity space, ChatGPT has already helped elevate threat actors ability to maliciously deploy attacks on a global scale

At first glance, ChatGPT seems like an ethical machine model with responses programmed to address questionable inputs.  Just this week, when asked how it can be used to write phishing emails and malicious code, the following response as given: 

“I cannot provide information or assistance on how to write phishing emails or malicious code. Engaging in such activities is unethical and illegal, and OpenAI has strict policies against providing information or assistance with malicious or harmful activities.

Phishing emails and malicious code can cause significant harm to individuals and organizations, and their use should be strongly discouraged. Instead, I encourage you to focus on ethical and legal uses of AI and technology that benefit society and promote positive outcomes.”

But, when you look under the hood and begin to understand how to request information, threat actors are finding ways to leverage ChatGPT for malicious intent.   So far, we can confidently talk about ChatGPTs success in creating successful social engineering campaigns and malware.  

Social Engineering 

Recently we discussed how phishing attacks are increasing in number and complexity in a blog post, now we have a new concern.   Beyond phishing kits being made available on the dark web as discussed here, now, threat actors do not even have to access the underground to be able to receive necessary materials to perform a successful social engineering campaign.  While one has to be creative to avoid the canned “I’m sorry, but I cannot provide you with an example of a phishing email. Phishing emails are used to trick individuals into revealing their personal and financial information, and their use is illegal and unethical. It is not appropriate to use such examples for educational purposes” response, researchers around the world are proving the ability to still get creative to get the anticipated results.  What is also increasingly concerning is the language barrier problem that has previously been an advantage for security teams to detect phishing emails due to grammar mistakes and other subtle characteristics that users can detect to question the validity of an email.  

Malware

ChatGPT has been able to write “fairly decent malware” according to many sources in the early days since the release of the AI platform.  In cybersecurity forums around the world, the community has come together to talk through the abilities ChatGPT has to build software that can be used for spam, espionage, ransomware and more.  In one instance, a user in a forum explained that ChatGPT was able to provide code that included encryption, decryption and code signing capabilities.  In another forum, ChatGPT had successfully created crimeware.  The user requested ChatGPT to create a bazaar for buying and trading compromised credentials on the dark web.  

Addressing the Harm 

With an increased availability to creating malicious code and socially engineered content, organizations must be prepared to proactively protect against these new changes to the threat landscape.  Increased quantity and potential sophistication should be a concern of security teams as ChatGPT enables script kiddies around the world.  

Now, more than ever, browser security will be paramount in an organizations cybersecurity strategy.  Browsers can be targeted by attackers who use them to spread malware, such as viruses and Trojans. These infections can compromise the security of the device, steal sensitive information, and spread to other devices on the network.  Protecting users when surfing the web, opening an email, or leveraging an application will provide cybersecurity teams a level of assurance in their proactive protection abilities.  

Learn how ConcealBrowse can be a part of your organization’s strategy to protect against the harm of ChatGPT by requesting a demo today. 

computer malware

Conceal Threat Alert: Attackers Behind “Screenshotter” Malware Hit Tens of Thousands of Targets in US and Germany

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On February 8th, Proofpoint reported on a new threat actor referred to as TA886, which it discovered targeting organizations in the United States and Germany using custom malware called “Screenshotter.” TA886 utilizes a few different initial attack vectors, all delivered via email. While one technique involved directly attaching malicious Microsoft Publisher files to the email, three other techniques relied on users to click on malicious links that would then be opened in the browser. 

The attackers drastically increased the scale of the attacks once they switched to the browser-based attacks, ramping up from a limited number of emails to a small group of companies with the initial Publisher attack vector, to tens of thousands malicious emails per week with the browser-accessed URL vector.

Once these URLs are loaded, the Screenshotter malware takes screenshots of the victim’s machine and sends them back to the attacker’s server for review. The attackers evaluate the screenshots and decide whether the victim is of value, dropping additional custom payloads that can include a domain profiler script and an info-stealer named “Rhadamanthys” that is loaded into memory. Once these individual tools are loaded, the attackers can steal data and credentials from the machine and map out the victim’s network for possible future lateral movement.

How can modern browser protection solutions prevent this attack?

To prevent these types of attacks, organizations can use advanced browser protection technology like ConcealBrowse’s secure browsing plugin. This plugin blocks phishing and other malicious websites and prevents users from entering login credentials on fake login pages. The technology uses computer vision to detect and block phishing websites, as well as an advanced decision engine that identifies known and suspected malicious URLs so that they can be blocked.

ConcealBrowse’s secure browser extension identifies malicious links wherever they are clicked. This means users of ConcealBrowse are proactively protected from the malicious web sites containing the Screenshotter malware, regardless of whether they receive the link in the email or from another vector.

The discovery of TA886 and their Screenshotter malware highlights the need for organizations to use browser-hardening solutions like ConcealBrowse’s secure browser extension to protect against sophisticated attacks. With ConcealBrowse, organizations can prevent attackers from stealing sensitive information and reduce the risk of data breaches and financial loss.

Written by: Conceal Research Team

Customer Testimonial: The Power of ConcealBrowse – Protecting Organizations When Trusted Sites are Compromised

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What happens when a trusted partner’s web site is compromised, and actions that your employees believe to be safe no longer are? A recent incident reported by one ConcealBrowse customer highlights the importance of having effective browser protection in place and the benefits of using ConcealBrowse.

An employee of the company attempted to log into one of their partner’s websites, but attackers had compromised the partner site and replaced a link the customer routinely used with a link to a malicious website. ConcealBrowse identified that the link was malicious and isolated it so that it couldn’t affect the customer’s network.  The security team was able to use the telemetry data generated by ConcealBrowse to do a follow-up investigation and notify the affected partner that their website was compromised.

How does ConcealBrowse protect users when trusted sites are compromised?

ConcealBrowse checks the reputation of websites against a constantly updated database of known malicious sites and suspicious domains, ensuring that users are protected against the latest threats. We then use machine learning and computer vision to detect and block phishing websites in real-time. By analyzing the website’s content and behavior, ConcealBrowse can identify signs of compromise and alert the user before they become a victim.

In addition to its anti-phishing capabilities, ConcealBrowse also provides browser-based protection against malware, spyware, and other forms of cyber threats. This comprehensive approach to cybersecurity helps to keep our customers’ sensitive information and systems safe from attack.

Phishing attacks are becoming more sophisticated, and traditional methods of protection such as email-based anti-phishing software and user training are no longer enough. That is why having ConcealBrowse’s browser-based security solution is essential for companies looking to protect themselves from these types of attacks.

Our customer’s recent experience highlights the importance of having effective anti-phishing software in place, and the benefits of using ConcealBrowse. Our software provides real-life protection against phishing attacks, helping companies to keep their sensitive information and systems safe from harm.

If you would like to learn more about how ConcealBrowse can protect your company from phishing, ransomware, and other browser-based attacks, schedule a demo today.