Vulnerability scanning is a process of systematically assessing operating systems, applications and networks with the aim of identifying potential network security weaknesses. This process involves the thorough scanning and examination of digital assets to uncover any flaws or vulnerabilities that could be exploited by cyber threats. It is essential to prevent cyber-attacks, protect sensitive data and ensure the integrity of IT systems. Using specialized tools such as Apolo, this proactive approach enables organizations to correct and strengthen their systems before they are compromised, thereby reducing the risk of security breaches to your attack surface.

Apollo has the ability to function as a Vulnerability Scanner by detecting security gaps in systems such as Networks and Web Applications. Using integrations with industry leaders, we ensure that we are at the forefront of vulnerability detection and associated recommendations for remediation.

Apollo can be used at the same time as any other security tool because of its cloud-based nature. It does not interfere in the current processes of systems such as EDRs, Antimalware or EPP, but brings a new security perspective to your company.

The vulnerability database used by Apollo is updated in real time, ensuring that it is at the forefront of vulnerability detection.

Apolo is capable of detecting configuration errors, weak passwords, outdated software, incorrect firewall configurations and other known or new vulnerabilities. It is compatible with networks and web applications.

The implementation of a vulnerability detection program offers multiple benefits to strengthen the security of an organization. This proactive approach allows early identification of risks in systems and applications, reducing the probability of exploitation by malicious threats. In addition to meeting regulatory requirements, it contributes to continuous security improvement, effectively prioritizing vulnerability remediation and optimizing operational efficiency. By aligning with cybersecurity best practices, the program not only protects sensitive information, but also strengthens the organization's reputation by demonstrating its commitment to security and proactive risk mitigation.

• Vulnerability analysis: This process focuses on identifying possible weaknesses in your systems or networks. Automatic scans are performed to detect known vulnerabilities, such as software errors or insecure configurations. The main objective is to list these vulnerabilities, classifying them according to their risk level. No attempt is made to exploit them, but simply to identify them so that they can be corrected.
• Pentest (Penetration Test): Pentesting goes beyond identification. It consists of simulating controlled attacks to evaluate the security of systems. Unlike vulnerability analysis, it actively attempts to exploit the weaknesses found, using automated tools as well as manual and social engineering techniques. The goal is to understand how an attacker could access and damage your systems, allowing a deeper assessment of the real impact of vulnerabilities. The result is a detailed report that includes the vulnerabilities exploited, their potential impact and recommendations for strengthening security.

 With Apolo you have both solutions for your company on a single platform.

The recommended frequency for performing vulnerability scans on systems can vary depending on several factors, such as the organization's technology environment, criticality of systems, level of threat exposure and regulatory requirements. The key is to take a proactive approach, adapting the frequency of vulnerability scans to specific needs and the evolving threat landscape. Automating these scans using specialized tools such as Apolo makes it easier to perform scans more efficiently and regularly.

The duration of a vulnerability assessment on a typical system varies depending on factors such as the scope, the tools used, the complexity of the infrastructure and the speed of the network. In general, it can take anywhere from several hours to several days, depending on the depth of the scan and the number of digital assets to be examined. Automating it with Apollo reduces it to minutes, making real-time detections.

You can use Apollo, a vulnerability detection and analysis tool that allows you to discover misconfigurations, as well as other known vulnerabilities, in your web applications, APIs, cloud and email in minutes. It also provides you with a guide to fix them. Contact us and find out more about Apollo.

No, vulnerability scanning and vulnerability analysis are distinct concepts, although both are related to the identification and management of potential weaknesses in security systems.

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• Vulnerability scanning is an automated process that actively looks for known vulnerabilities in systems, networks or applications. Automated scanning tools are used to look for known weaknesses, such as security holes in software, misconfigurations or lack of security updates.
• Vulnerability analysis involves a more in-depth and detailed assessment of potential weaknesses in a system. In addition to addressing known vulnerabilities, vulnerability analysis can include looking for more complex and system-specific weaknesses.

The prioritization of vulnerability fixes should be a continuous and adaptive process, adjusting according to the evolution of threats, changes in the infrastructure and the appearance of new vulnerabilities. The first thing to do is to classify vulnerabilities according to their potential impact and likelihood of exploitation. Use a risk assessment methodology to assign a numerical value to the risk associated with each vulnerability, the best known is CVSS; however you must go further in the analysis. For this we recommend Apolo, which gives you recommendations by priority.

Vulnerability management follows a process that begins with the identification of potential weaknesses in an organization's systems, often through the use of scanning tools such as Apolo. These vulnerabilities are then ranked and prioritized according to their severity and their potential impact is assessed. A mitigation plan is developed to address the prioritized vulnerabilities, the necessary fixes are implemented, and their effectiveness is verified through testing. The entire process is documented, and periodic reassessment is performed to adapt to new threats. Staff training and continuous improvement are key components in maintaining security over time. This systematic approach helps protect digital assets and reduce security risks. With Apollo you have these services in one place. Contact us.