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penetration testing in cyber security

Threat-led Penetration Testing and Its Role in DORA Compliance
Penetration Testing

Threat-led Penetration Testing and Its Role in DORA Compliance

Financial institutions and suppliers of vital infrastructure are facing increasing pressure to strengthen their cyber resilience in the face of growing cyberattacks. In the European Union, where the Digital Operational Resilience Act (DORA) has become a cornerstone of financial cybersecurity, the regulatory landscape is also becoming more stringent. The use of Threat-led Penetration Testing (TLPT) is arguably the most crucial component of achieving and maintaining DORA compliance. Today, Qualysec Technologies will explain Threat-led Penetration Testing (TLPT), its importance in the current cyber era, and how it is central to DORA compliance. We will also go over how companies can strategically use TLPT to improve security posture and meet regulatory requirements. What is Threat-led Penetration Testing? Threat-led Penetration Testing is a type of thorough security testing that replicates tactics, techniques, and procedures (TTP) of cyber adversaries. Unlike regular penetration testing, which often follows a checklist or scope, Threat-led Penetration Testing is based on intelligence and tailored to the threat universe and risk profile of the organization. The goal of Threat-led Penetration Testing is to imitate an authentic cyberattack so your organization can evaluate the detection, response, and recovery capabilities of an advanced persistent threat (APT). In truth, Threat-led Penetration Testing is not only a technical exercise but a test of your organization’s resilience. This type of testing can also be known as: The Importance of Threat-led Penetration Testing in Cybersecurity In a world with rapidly evolving digital threats, organizations are now faced with a continuum of threats to their security that is becoming more complex. In response to this growing problem, traditional security assessments have become ineffective against advanced, persistent threats. Threat-led penetration testing has undoubtedly become another key part of the solution. Here are the three reasons why it is important in cybersecurity programs – Simulates Real-World Threat Scenarios Identifies Critical Weaknesses Before They Are Exploited Improves Incident Response Readiness Aligns Cybersecurity with Business Risk Strengthens Regulatory Compliance Protects Brand Reputation and Customer Trust Enhances Teamwork and Collaboration Assists Continuous Improvement Threat-led Penetration Testing Frameworks within DORA Organizations preparing for DORA compliance are expected to adopt these frameworks or align their TLPT with these frameworks. DORA doesn’t set up a new TLPT framework from scratch. Instead, it draws on the existing frameworks, such as – Key Phases of Threat-led Penetration Testing Threat-led Penetration Testing is conducted effective methodology, statistically aligned with capture, basic agreements, and accountable frameworks like TIBER-EU (Threat Intelligence – Based Ethical Red Teaming) or CBEST, and every part of the methodology is methodically structured to test a real cyberattack scenario. Hence, it is a reflection of an organization’s known and unknown security posture. Scoping & Planning Threat Intelligence Gathering Developing Threat Scenarios Red Team Engagement Detection & Response Review Reporting & Remediation The report will detail the information found on noting: The report will contain recommendations for remediation that identify actionable steps, based on criticality and business risk implications. The red team engagement should provide valuable information to enable an organization to strengthen its security posture, based on real test experiences. Validation & re-testing TLPT vs Traditional Penetration Testing Feature Traditional Pen Testing Threat-led Penetration Testing Scope Predefined, general Intelligence-led, adaptive Method Checklists, tools Adversary simulation Target Technical vulnerabilities End-to-end security posture Frequency Annual/Biannual Risk-based, strategic Compliance Fit Generic standards Regulatory-grade (e.g., DORA, TIBER-EU) How Qualysec Helps You Achieve TLPT and DORA Compliance At Qualysec Technologies, we focus on assisting financial services and critical infrastructure organizations with Threat-led Penetration Testing (TLPT) that adheres to DORA and other global regulations. By working with Qualysec, not only do you become DORA compliant, but you also significantly improve your cybersecurity penetration testing readiness against real-world threats. Our TLPT Services Include – FAQs 1. What is the difference between threat-led and traditional penetration testing? Standard penetration tests usually identify vulnerabilities within a fixed boundary. However, threat-led penetration tests are a legitimate emulation of an adversary-style attack in a definition of scope. It uses real threat intelligence that targets the people, processes and technology of a whole organization.  2. Is threat-led penetration testing mandatory under DORA? Yes, DORA recommends or mandates TLPT for critical financial institutions for advanced resilience testing. Organizations must conduct TLPT regularly following frameworks such as TIBER-EU or CBEST.  3. How often should threat-led penetration tests be conducted? The frequency for TLPT will depend on the organization’s risk profile and regulatory requirements. In general, high-impact or complex entities will be expected to conduct TLPT every 1-2 years with a substantial change to either their exploitation infrastructure or threat landscape, which may require a revision to risk profile and assessment.  4. Which frameworks are accepted under DORA for TLPT?  DORA licensing supports TLPT to engage to established frameworks such as TIBER-EU, CBEST or iCAST. TLPT with frameworks allows a standardized methodology for assessing against and being endorsed by regulators. 5. Are SMEs able to conduct threat-led penetration testing? Yes, SMEs can conduct TLPT although it may be less comprehensive, however scaled testing for SMEs will reveal major flaws and help prepare them to think about compliance with regulations that are changing across the world. 6. How do Qualysec’s capabilities assist organizations in demonstrating DORA compliance? Qualysec can provide end-to-end TLPT capabilities including, threat intelligence collection, red team engagement, report writing that complies with regulatory bodies, remedial action. Our TLPT methodology is consistent with all major frameworks as supported by DORA. Conclusion It is clear that threat-led penetration testing is a strategic pillar towards achieving DORA compliance and increasing cyber resilience across the financial sector, and it is more than just a technical necessity. This kind of testing allows organizations to take a proactive approach in discovering, addressing, and reducing vulnerabilities through real-world threat scenarios. It will help with regulatory compliance and continuity of operations.  Incorporating Threat-led Penetration Testing into your cybersecurity posture is essential, especially now with DORA promoting benchmarks for digital operational resilience in the EU. By implementing this now, organizations will help ensure they will be prepare for evolving cyberthreats, build stakeholder confidence, and guarantee uninterrupted financial

Cyber Security Penetration Testing - An Ultimate Guide_qualysec
Cyber security, Penetration Testing

What is Cyber Security Penetration Testing?

Cyber security penetration testing is a security exercise where penetration testers find and exploit vulnerabilities in applications and networks with permission. Organizations appoint a cybersecurity penetration testing company to hack their systems to look for weaknesses that they could use to enhance their security posture. 75% of companies perform penetration tests for security and compliance needs. In this blog, we are going to learn more about cyber security penetration testing, its different types, and how it helps with compliance requirements. Note that, penetration testing is an essential step in cybersecurity and businesses should conduct it regularly if they don’t want their applications to get hacked. What is Cyber Security Penetration Testing? The main goal of cyber security penetration testing is to find weak spots in a system’s defense systems before an attacker finds them and takes advantage of them. It is like hiring a thief to steal from your company’s vault. If the thief succeeds, you will know which areas are the weakest and how to tighten your security. Cybersecurity pen testing is usually done on a company’s digital assets such as web apps, mobile apps, networks, cloud, APIs, etc. The end goal of doing penetration testing is to secure the business from unauthorized access, data breaches, financial loss, and overall cyberattacks. Penetration testers (a.k.a ethical hackers) are skilled and certified professionals who try to break into your system and check whether they can break in. If they succeed, then there is a vulnerability. If not, then the defense is strong. Through this process, the organization gains valuable information on its security defenses. Who Performs Penetration Tests? Usually, penetration tests are conducted by cybersecurity professionals, also called “ethical hackers, ” since they are hired to hack into a system with the organization’s permission. Typically, the task of a penetration test is given to a third-party security company, as it is best to have the test performed by someone who has little to no prior information about the target system. This is because, the testers will behave like actual attackers, following the same steps they would take. Additionally, they may expose weak spots missed by the developers who built the system. Many penetration testers or pen testers are experienced developers with advanced degrees and certifications for ethical hacking. Additionally, some testers are reformed criminal hackers who now use their skills to help fix security issues rather than exploit them. The best team to carry out a pen test is to hire a specialized penetration testing company. How Does Cyber Penetration Testing Work? In cyber security penetration testing, ethical hackers use their skills to find and exploit vulnerabilities in the organization’s systems before real hackers do. They educate themselves on the latest technologies and their potential weaknesses. They mimic cybercriminals by copying their tactics, techniques, and procedures to penetrate systems, to root out IT vulnerabilities effectively. The idea behind cybersecurity pen testing is to find and patch vulnerabilities before attackers find and use them for their gain. Sometimes the pen testers use automated tools that expose the weaknesses in the operating systems, networks, applications, and clouds. But mostly, they use a more manual approach to conduct an in-depth analysis and find vulnerabilities missed by the tools.   Penetration Testing Steps: Curious to see what a real cyber penetration test report looks like? Well, here’s your chance. Click the link below and download a sample report in seconds! Latest Penetration Testing Report Download How Often Should You Pen Test? Penetration testing in cyber security should be conducted regularly – at least once a year – for better security and consistent IT operations. Conducting penetration testing once or even twice a year can help organizations keep their applications and networks safe from changing cyber threats. In addition, penetration testing is also done when the business needs to comply with industry regulations like GDPR, ISO 27001, SOC 2, HIPAA, etc. Additionally, businesses should conduct penetration testing when: What Should You Do After a Pen Test? Simply conducting a pen test to check it off the list is not enough for the betterment of your security. You also need to spend appropriate time and effort to use the results of the cyber security Penetration Testing. Here are 3 essential things you need to do after a pen test: 1. Review the Details of the Pen Test Report A pen test report generally consists of three things – vulnerabilities detected, the impact of those vulnerabilities, and remediation methods. Additionally, the report shows how the infrastructure was exploited, helping organizations understand and address the root causes of security issues. 2. Create a Remediation Plan and Confirm with Retest The initial pen test report will highlight the security issues along with their remediation measures. Organizations should create a plan to follow those remediation orders based on the severity of the vulnerabilities. When the remediation is over, organizations should validate it by asking the testing team to retest the application.  3. Use the Pen Test Findings in your Long-term Security Strategy Pen tests often reveal the root causes of security issues that may require changes to your overall security strategy. Penetration testing is not a one-time thing, the true value of security pen testing is to perform it regularly to reduce the risk of changing cyber threats. What Is the Difference Between Vulnerability Scans and Pen Tests? A vulnerability scan uses automated tools to find weaknesses in a system, but a pen test uses manual techniques to find weaknesses and attempts to exploit them. Here’s a comparison of vulnerability scans and penetration testing. Aspect Vulnerability Scans Pen Tests Purpose Identify and report known vulnerabilities Simulate real-world attacks to find and exploit security weaknesses Analysis Depth Surface-level identification of vulnerabilities In-depth analysis and exploitation of vulnerabilities Tools Used Mostly uses automated tools Uses both automated tools and manual techniques Frequency Can be done regularly – once or twice a month Usually done once or twice a year Skill Required Requires high-level development and testing skills Requires high level development and

Penetration Testing Services_ Comprehensive Guide
Penetration Testing

Penetration Testing Services: Comprehensive Guide 2025

Penetration testing services or pentesting is a security practice where cybersecurity experts try to find and exploit vulnerabilities present in applications, networks, and other digital systems. The pen testers, a.k.a ethical hackers, simulate real attacks on the target environment to identify security flaws in its defenses that attackers could take advantage of. Imagine a bank hiring a thief to break into their vault. If the thief succeeds, the bank will know where they lack in security and take active steps to fix it. Similarly, in penetration testing services, organizations hire a third-party cybersecurity firm to hack into their applications. The testers try different ways to breach the security defenses. They document the pathways through which they were able to bypass the security. Then they share the test results with the organization so that they can promptly address their security weaknesses. Since there are roughly 2,200 cyberattacks every day, organizations need to prioritize penetration testing if they want to keep their valuable digital assets safe. Therefore, this blog is going to dive into the fundamentals of penetration testing and its various aspects. If you have software applications or use networks and the cloud, you should know the importance of penetration testing services and why they are a must in this digital age. Benefits of Penetration Testing Services As per IBM, the average cost of a data breach is around $4.45 million. If this isn’t the reason for you to conduct penetration testing, here are several compelling reasons: Regular penetration testing services check whether your defenses are resilient against cyberattacks. Additionally, it helps in keeping your security protocols up to date. Types of Penetration Testing This section is going to be a bit tricky, as some consider the approach pen testers take are the types of penetration testing (black, white, and grey box). While others assume the areas where penetration testing can be done are the types (applications, networks, etc.). Nevertheless, since we care more about the digital assets that can be secured through pen testing, we will consider that.   Here are the 5 main types of penetration testing: 1. Network Penetration Testing Network penetration testing services help identify vulnerabilities in the organization’s network infrastructure, including systems, hosts, and devices. The pen testers use both internal and external tests to find threats in firewall configurations, SQL servers, IPS/IDS, open ports, proxy servers, domain name systems (DNS), etc. that could allow attackers to breach the network systems. Commonly network vulnerabilities include: 2. Web Application Penetration Testing In web application penetration testing, ethical hackers try to find possible security flaws in the application that could be a possible entry point for attackers. The goal is to detect all the vulnerabilities on the server side and in the web application components, such as front and backends, APIs, and third-party services. OWASP’s top 10 web application vulnerabilities include: 3. Mobile Application Penetration Testing Since mobile apps store highly sensitive user data and handle financial transactions, they are one of the most targeted components. In fact, Over 2 million cyberattacks occurred on mobile devices globally in December 2022. In mobile application penetration testing, the testers check for possible entry points, test on all devices (Android, iOS, etc.), stay updated on the latest security patches, and use both automated and manual testing techniques. Major mobile application cyber threats include: 4. Cloud Penetration Testing Cloud penetration testing examines the security measures of cloud-specific configurations, cloud applications, passwords, encryption, APIs, databases, and storage access. Since most organizations now use cloud computing services like Microsoft Azure, Google Cloud Platform (GCP), and Amazon Web Services (AWS), regular pen tests can help organizations prevent constant security threats. Common threats in cloud computing: 5. IoT Penetration Testing IoT devices like smartwatches, voice-controlled devices, smart security devices, autonomous vehicles, etc. are all the rage, but they also have their fair share of security risks. Since these devices are interconnected through the internet and store vast amounts of user data, IoT penetration testing helps find vulnerabilities in the device configuration and network by simulating real attacks. OWASP top 10 IoT vulnerabilities: What are the Tools Used in Penetration Testing? A comprehensive penetration test uses a combination of both automated pen testing tools and manual techniques. These tools are vulnerability scanners that also generate accurate reports. However, as these tools have a limited database of vulnerabilities, they can not do in-depth analysis. Nevertheless, these tools are very effective in identifying known vulnerabilities quickly.   There are several penetration tools available, but only a handful are the best, such as: 1. Burp Suite A comprehensive penetration testing tool for web applications. It includes components for scanning, crawling, and manipulating traffic, which allows testers to identify security vulnerabilities and exploit them. 2. Nmap A network scanning tool that provides detailed info about network services, hosts, and operating systems. It is a highly used open-source tool for network discovery and security audit. 3. Metasploit Metasploit is a penetration testing framework that includes a huge library of exploitable vulnerabilities. It allows pen testers to create custom exploits, simulate attacks, and automate pen testing. It is widely used to identify vulnerabilities in operating systems and applications. 4. Nessus A scanner that detects vulnerabilities in applications, loudness, and network resources. It has a vast plugin database that is compiled automatically to improve the scan performance and reduce the time required to research and remediate vulnerabilities. 5. OWASP ZAP OWASP Zed Attack Proxy (ZAP) is a web application penetration testing tool. It performs a wide range of security functions, including passive scanning, dictionary lists, crawlers, and intercepting web requests. It helps identify major vulnerabilities in web applications like SQL inject and XSS. 6. MobSF Mobile Security Framework (MobSF) is an all-in-one, automated mobile application penetration testing framework that can perform static and dynamic analysis. It helps identify vulnerabilities in all types of OS including Android and iOS. 7. Nikto It is an open-source command-line vulnerability scanner for applications that scans web servers for harmful files/CGIs, outdated software, and other security issues. It

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Pabitra Kumar Sahoo

Pabitra Kumar Sahoo

COO & Cybersecurity Expert

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Pabitra Kumar Sahoo

Pabitra Kumar Sahoo

COO & Cybersecurity Expert