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The Importance of Whitelisting Scanner IPs in Cybersecurity Assessments


In the realm of cybersecurity, ensuring the safety and integrity of a network is a multifaceted endeavor. One crucial aspect of this process is the regular assessment of potential vulnerabilities within the system. As a cybersecurity professional, our work revolves around identifying these vulnerabilities through automated scans and red team exercises, meticulously recording them in a Bugtrack Excel sheet, and collaborating with human analysts to prioritize and address the most critical issues. However, a recurring challenge in this process is the reluctance of some customers to whitelist the IP addresses of our scanning tools.

The Role of Whitelisting in Accurate Assessments

Whitelisting the scanner IP is essential for obtaining accurate and comprehensive results during security assessments. When the IP address of the scanning tool is whitelisted, it allows the scanner to perform a thorough evaluation of the network without being hindered by security measures such as firewalls or intrusion detection systems. This unrestricted access enables the scanner to identify all potential vulnerabilities, providing a realistic picture of the network's security posture.

The Reluctance to Whitelist

Despite the clear benefits, many customers are hesitant to whitelist the IP addresses of cybersecurity vendors. The primary reason for this reluctance is the perception that it could expose the network to potential threats. Customers fear that by allowing unrestricted access to the scanner, they are inadvertently creating a backdoor that could be exploited by malicious actors.

Moreover, there is a prevalent falsity in this approach. By not whitelisting the scanner IP, the results of the security assessments are often incomplete or misleading. The scanners may miss critical vulnerabilities that are hidden behind security measures, resulting in a report that underestimates the actual risks. Consequently, the management and auditors, relying on these reports, task the IT team with addressing only the identified issues, leaving the undetected vulnerabilities unaddressed.

The Illusion of Security

This approach creates an illusion of security. The customer, management, and auditors may feel satisfied with the apparent low number of vulnerabilities, believing that their network is secure. However, this false sense of security can be detrimental. Hackers are relentless and innovative, constantly seeking new ways to infiltrate networks. They are not deterred by the same security measures that hinder our scanners. By not whitelisting the scanner IP, customers are effectively blinding themselves to potential threats that hackers could exploit.

The Hacker's Advantage

Hackers employ manual methods and conduct long-term reconnaissance to find vulnerabilities within a network. They utilize a combination of sophisticated techniques and persistent efforts to bypass security measures. The tools and strategies that block scanner IPs are not effective against a determined hacker's methods. Hackers can slowly and methodically map out the network, identify weaknesses, and exfiltrate data without triggering the same alarms that automated scanners might. This means that even if a scanner is blocked, a hacker can still find and exploit vulnerabilities, leading to potentially catastrophic breaches.

The Need for Continuous and Accurate Scanning

Security scanners need to perform regular assessments—daily or weekly—to keep up with the evolving threat landscape. For these scans to be effective, the scanner IP must be whitelisted to ensure consistent and accurate results. This repetitive scanning is crucial for maintaining a robust security posture, as it allows for the timely identification and remediation of new vulnerabilities.

The Conference Conundrum

Adding to this challenging landscape is the current trend in cybersecurity conferences. Instead of inviting actual security researchers, security engineers, or architects who write defensive software, many conferences are being hosted by OEM vendors or Consulting organizations. These vendors often showcase the users of their security products rather than the experts who develop and understand the intricate details of cybersecurity defense mechanisms. This practice can lead to a superficial understanding of security products and their effectiveness, as the focus shifts from in-depth technical knowledge to user experiences and testimonials.

Conclusion

In conclusion, the reluctance to whitelist scanner IPs stems from a misunderstanding of the importance of comprehensive and accurate security assessments. While it may seem counterintuitive, whitelisting these IP addresses is a necessary step in identifying and addressing all potential vulnerabilities within a network. 

By embracing this practice, customers can move beyond the illusion of security and take proactive measures to protect their networks from the ever-evolving threats posed by cybercriminals. The ultimate goal is to ensure that both the customer and their management are genuinely secure, rather than merely appearing to be so. Security measures that block scanner IPs won't thwart a dedicated hacker who uses manual methods and long-term reconnaissance. Thus, comprehensive vulnerability assessments are essential to safeguarding against real-world threats. Additionally, there needs to be a shift in how cybersecurity conferences are organized, prioritizing the inclusion of true security experts to enhance the industry's collective knowledge and capabilities.

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Suriya Prakash and Sabari Selvan

CySecurity Corp 

Google Introduces Badges to Identify Which VPN App has Passed a Security Audit


Google has recently confirmed that they will be introducing an Independent Security Review badge to identify Android VPN apps that have undergone an independent security assessment, taking into account the concerns of users regarding Android cybersecurity. 

The App Defense Alliance was launched last year, in collaboration between Google, ESET, Lookout, and Zimperium in order to tackle Play Store’s malware issues. The Alliance further launched the Mobile Application Security Assessment (MASA) audit. In order to inform customers that the applications they are installing on their phones have been created in accordance with industry mobile security and privacy minimal best practices, software developers can use this method to get their apps independently verified against a global security standard. 

The objective behind the review badge is that if app developers follow this method in order to mitigate any security flaw, it will make it more challenging for hackers to compromise users' devices and, as a result, the quality of apps across the ecosystem will improve.

Applications that have received this badge have successfully undergone a MASA audit. Moreover, in order to maintain the badge every year, app developers will have to go through an additional independent assessment.

Nataliya Stanetsky of the Android Security and Privacy Team states in a Google Security Blog post this week that, “While certification to baseline security standards does not imply that a product is free of vulnerabilities, the badge associated with these validated apps helps users see at-a-glance that a developer has prioritized security and privacy practices and committed to user safety.”

Now, when a user turns to Play Store in search for the best VPN, they will certainly see a banner at the top, leading then to the DATA Safety Section, for them to have a better understanding of the new badges. On clicking on the option ‘learn more,’ the user will further be directed to the App Validation Directory, "a centralized place to view all VPN apps that have been independently security reviewed."

"We've launched this banner beginning with VPN apps due to the sensitive and significant amount of user data these apps handle," Stanetsky explained.

"VPN providers such as NordVPN, Google One, ExpressVPN, and others have already undergone independent security testing and publicly declared the badge showing their good standing with the MASA program," she added. 

These Security Review badges is an effort by Google to make the Data Safety Section a one-stop shop for information on Play Store cybersecurity procedures. Additionally, you may get information on the kind of data that apps are gathering about you, why they are collecting it, and whether or not they are sharing it with outside parties.  

Sushiswap Smart Contract Exploited in $3.3 Million Hack

Sushiswap, a popular decentralized cryptocurrency exchange, recently fell victim to a smart contract hack that resulted in a loss of $3.3 million. The hack highlights the need for stronger cybersecurity measures in the cryptocurrency industry and the importance of taking proactive steps to protect one's funds.

According to reports by Yahoo Finance, the hack involved an exploit in the smart contract of the exchange's lending platform, called Kashi. The attacker was able to use the exploit to transfer funds from the platform's vault to their own account, resulting in the loss of $3.3 million worth of cryptocurrency.

While the hack itself is concerning, what's more, concerning is the fact that the vulnerability in the smart contract was known to the Sushiswap team. A security audit had identified the vulnerability, but the team had not yet implemented the necessary fixes at the time of the attack.

In the aftermath of the hack, Sushiswap has urged its users to take steps to secure their accounts, such as changing their passwords and enabling two-factor authentication. Additionally, the exchange has promised to compensate users affected by the hack.

However, as a user of any cryptocurrency exchange, it's essential to take proactive steps to protect one's funds. This includes using a hardware wallet to store funds securely and never sharing private keys or passwords with anyone.

Moreover, it's crucial to conduct research and choose exchanges with strong cybersecurity measures in place, such as multi-signature authentication and cold storage of funds. It's also important to keep an eye out for any suspicious activity and report it to the exchange immediately.

The Sushiswap hack serves as a reminder that cybersecurity risks are prevalent in the cryptocurrency industry. It is essential to take proactive steps to protect your funds, such as using a hardware wallet and choosing exchanges with strong security measures. By staying informed and vigilant, users can reduce the risk of falling victim to cyber-attacks and safeguard their cryptocurrency investments.

Here's A Quick Look Into Some Interesting Facts About Website Hacking

 

How many websites are hacked every day? How frequently do hackers attack? Are there any solutions to fix the vulnerabilities? Which are the most hacked websites? These are some basic questions that arise in the reader’s mind. So, in this article, you will get to know the latest statistics regarding website hacking.

Sadly, cyber-attacks are the harsh reality of today’s world and have become so rampant that it’s impossible to count the number of attacks. It requires thorough research, manpower, time, equipment’s and money to conduct a global study that reaches out to millions of people and organizations.

 Number of websites hacked in a year

You will be surprised to know that nearly 1.2 billion sites are running across the globe. It is such a large web that it is impossible to keep watch over. Google’s Safe Browsing tries to alert users about malicious websites and it currently conveys nearly 3 million warnings per day. Out of 1.2 billion sites, between 1-2% have some Indicator of Compromise (IoC) that indicates a website attack.

According to a recent study, nearly 66% of the organizations are not equipped to handle cyber-attacks nor with the financial or reputation damage of a security breach. Threat actors install the malware in sites and such websites get excludes by firms like Google every day.

Different methods of hacking the websites 

Threat actor generally uses 3 methods to hack the website: 

• Access control 

• Software vulnerabilities

• Third-party integrations

Access control indicates particularly the process of authentication and authorization, in simple terms how you log in. Login not only refers to your website’s login, but it also refers to the number of interconnected logins tied together behind the scenes. Threat actors generally use brute force attacks by guessing the possible username and password combinations to log in as the user. 

Software vulnerability, the most reliable method for hackers to breach security. Threat actors use Remote Code Execution (RCE) to hack the website and discover vulnerabilities in the website application code, web development framework, and operating system.

Threat actors also hack the website via third-party integration techniques. Threat actors exploit the vulnerability in the servers of third-party and use it as a doorway to exploit to gain access to your website. These can involve services that you use particularly with your website and its hosting. 

3 simple techniques to protect your website 

• Keep track of frequently compromised vulnerabilities. Every security patch will make it harder for hackers to target your website. 

• Use Web Application Firewall for limiting the exploitation of software vulnerabilities. This firewall also acts as a shield between web traffic and web patches.

• Take the guidance of certified security professionals who manages regular security audits.