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Security penetration testing

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 Latest Penetration Testing Report Download 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 – CBEST (UK) – This framework has been established by the Bank of England and represents a combination of threat intelligence and continuous penetration testing for testing the resilience of financial services. TIBER-EU (EU-Wide) – Threat Intelligence-based Ethical Red Teaming (TIBER-EU) is a well-known TLPT framework in the EU and a de facto framework for TLPT under DORA. iCAST (Asia) – Developed by the Hong Kong Monetary Authority, it is representative of TLPT principles for Asia and is similar in scope to TIBER-EU and CBEST. 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 Defines the goals, boundaries, and regulatory agreement for the test. Defines the systems, people and processes (known as the “critical functions”) that will be tested. All key stakeholders are aligned, including the legal and compliance teams. Defines how broadly and deeply we are going to take the pen test. Threat Intelligence Gathering Identify the real-world cyber threats against that organization using threat intelligence. Profile the likely adversary, including their tactics, techniques, and procedures (TTPs). Use the intelligence collected from OSINT, web, and closed sources. This step is extremely important as it allows the pen test to reflect a current threat landscape. Developing Threat Scenarios Develop threat scenarios based on the intelligence gathered from the previous step. Simulate threat scenarios based on specific attack paths, realistic threat actors may take. Depending on the threat scenario, this could include social engineering, lateral movement, privilege escalation, and exfiltration of data. Ensure that all scenarios are approved and validated to ensure they are relevant and comply with set regulatory boundaries. Red Team Engagement A red team simulates an attack without the knowledge of the organization, effectively mimicking a real attacker. Targets are systems, applications, networks, and humans where exploitable vulnerabilities may arise. In brief, a red team might conduct phishing, network security events, and attempts to bypass physical security. Typically, during an attack against an organization, the blue team (the defenders) will not know about the test so that genuine response capability can be gauged. Detection & Response Review Will assess the organization’s ability to detect, respond to, and contain a simulated attack.  Will examine monitoring capabilities, the incident response actions taken, and the communication flow during the attack. It will identify “gaps” in organizational visibility, response time to mitigate a threat, coordination, and decision-making during the threat. Reporting & Remediation The report will detail the information found on noting: Paths of attack Exploitable vulnerabilities Gap in the security posture Detection logs Timeline of events and actions taken. 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 Once reasonable remediation has occurred, the organization should follow up. This is important to check if the measures were effective and if previously exploited vulnerabilities have been successfully mitigated. The organization will be afforded an opportunity for continuous improvements and future preparedness. 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

Firewall penetration testing
penetration testing

Firewall Penetration Testing: A Complete Guide in 2025

A firewall is a network defense system that blocks unauthorized access to or from a private network. A firewall is not sufficient if you have a well-secured network, and all the sensitive information you possess must be secure. Firewall penetration testing is one step in a bigger plan to ensure the corporate network is always safe and secure. Since there has been a heightened incidence of cyber-attacks on the corporate network, it has become evident that a firewall penetration test should be conducted. This blog will guide you on how firewall pen testing is vital to your security plan. What is Firewall Penetration Testing? Firewall penetration testing measures a firewall’s efficacy by simulating attacks to locate vulnerabilities. Firewall configurations, rules, and policies are tested to confirm that they prevent unauthorized access while permitting valid traffic. It enhances network security by detecting weaknesses before attackers exploit them. The test is done by trying to access the network from outside through different means, including port scanning and packet sniffing. In case the firewall is functional, the tester should not be able to access the network. Firewall penetration tests may be done manually or with automatic tools. The manual test will take more time and involve higher expertise, yet it can be more comprehensive. Automated tools might be less costly and able to test more considerable numbers of targets. Why Conduct Firewall Penetration Testing? Firewall penetration testing serves as an essential security measure for security teams to identify vulnerabilities and assess risk from an attack. A firewall test allows you to trace your network from the outside to determine possible vulnerabilities in your network design. It is important to identify where traffic enters and exits your network because it can help pinpoint any weaknesses in your network architecture that could permit an attacker a gateway into your network. For example, if you have a wireless Access Point (AP) that is reachable from the internet, you should keep track of where this traffic comes in and where this traffic goes out. Latest Penetration Testing Report Download Types of Firewall Penetration Testing Firewall pen testing is of yet another different type; let’s discuss each one of them in detail: Man in the Middle (MiTM): During a MiTM test, a security professional attempts to catch and alter communications between the firewall and clients attempting to access the network. This attack can be performed on remote users because it would enable hackers to steal traffic and access the network anonymously. The intruder would then have complete access to the remote users and their information. Direct Traffic: In direct traffic testing, a security researcher is “directly” accessing web servers and application servers on the internal network. The attacker would attempt to map the internal network, discover any vulnerabilities, and maybe gain access to sensitive information. This is most commonly done to internal employees and is just like an “internal reconnaissance” test. Spoofed Traffic: During a spoofed traffic test, the attacker employs a tool to launch a false, or “spoofed,” source of network traffic that mimics a remote user attempting to access the internal network. The attacker has complete access to the internal network upon connection, just like an “internal reconnaissance” test. 3 Ways to Perform Firewall Penetration Testing Firewall penetration testing is an important security evaluation process employed to analyze the effectiveness of a firewall in securing a network against likely cyber attacks. There are three main methods of performing firewall penetration testing: 1. Black Box Testing Black box tеsting is an approach whеrе thе tеstеr has no prе-еxisting knowlеdgе of thе firеwall systеm, its configuration, or thе intеrnal nеtwork structurе. Thе tеstеr thеn simulatеs an еxtеrnal attack, similar to a rеal-world hackеr attеmpting to brеak into thе systеm from outsidе thе nеtwork. This approach is useful in finding vulnеrabilitiеs that an attackеr with no insidе information could take advantage of.  The tester would normally employ automated scanning tools and manual testing methods to test for vulnerabilities like open ports, incorrectly configured firewall rules, and unapproved access points. As this test mimics a real cyberattack closely, it is an excellent method of determining the effectiveness of the firewall against outside threats.   2. White Box Testing As opposed to black box testing, white box testing requires total knowledge of the firewall system, such as its configuration, rule sets, and internal network architecture. The tester tests the firewall from the inside, typically with administrative access. This tеchniquе dеtеcts vulnеrabilitiеs that would not bе visiblе in an еxtеrnal attack, е.g., wеak accеss controls, badly dеfinеd rulеs, or incorrеctly configurеd sеttings. Whitе box tеsting pеrmits dеtailеd and еxhaustivе еxamination, so it is еxtrеmеly usеful in identifying latеnt vulnеrabilitiеs that may bе targеtеd by an insidеr thrеat or a skillеd attackеr.  3. Gray Box Testing Gray box testing is a blend of black box and white box testing. The tester possesses partial information about the firewall system, e.g., restricted access to documentation or some knowledge of the network structure. This method is a compromise between external and internal testing and is, therefore, beneficial for evaluating both outsider and insider threats. Utilizing some internal data, gray box testing offers a more effective and focused test of the security of the firewall. Each of these testing techniques is crucial in providing strong firewall protection and assisting organizations in improving their cybersecurity stance.  All three forms of firewall penetration testing are necessary to determine vulnerabilities in a system. By executing all three types of testing, a thorough system analysis can be performed, and possible vulnerabilities can be determined and resolved. What to Consider Before Conducting Firewall Pentest? There are several key considerations for determining the necessity of conducting a firewall penetration test.  First, you need to assess the level of risk for your organization’s network and determine if the value of testing exceeds the risks. Second, you have to think about the resources used to perform the test. And finally, you have to know well what the goals and goals of the test are. In

What Is Security Testing - A Complete Guide
cyber security service

What Is Security Testing: A Complete Guide on 2025

In the digital age, in which each aspect of our lives is connected to technology, the need to defend our systems and information has never been critical. Imagine leaving your front door open in a neighborhood of potential disasters—that’s what an insecure device seems like. Security testing acts as your digital lock, ensuring hackers and threats don’t have an easy way in. But what exactly is security testing, and why has it become so important for organizations in 2025? Let’s break it all down step by step in this comprehensive guide that is designed for everyone from curious individuals to business owners looking to secure their digital landscapes. Why Is Security Testing Important in 2025? Every year the digital ecosystem becomes more dynamic. As AI, the Internet of Things (IoT), and blockchain rise, they seem to open new doorways of innovation. However, with them comes new ways for cybercriminals to take advantage of their uses. So, the hackers are smart, and they learn from the innovations and they apply them to more sophisticated attacks. Industries like Healthcare, banking, and retail are among these, which makes security testing a mandatory aspect for every organization. This process aims to reduce financial losses, reassure consumers, and satisfy all regulatory requirements.  Key Objectives of Security Testing The primary intention of security testing is simple: to become aware of and mitigate vulnerabilities before attackers do. Here’s a more in-depth look at its primary objectives: By addressing those objectives, even the most innovative software program could succeed in the face of a safety breach. Types of Security Testing IT Security testing isn’t always a one-size-suits-all technique. It encompasses diverse strategies tailor-made to different systems and requirements. Let’s discover the important key types: 1. Vulnerability Scanning This automated method scans systems to become aware of acknowledged vulnerabilities. It’s like digital health. Take a look at-up to your software program. 2. Penetration Testing (Pen Testing) In penetration testing, ethical hackers simulate actual global attacks to check how the machine holds up under pressure. Think of it as a controlled fireplace drill to your system’s defenses. 3. Risk Assessment Risk assessment evaluates potential risks, prioritizing them primarily based on their severity and impact. 4. Security Auditing This includes an intensive evaluation of a business enterprise’s security rules and infrastructure to ensure compliance. 5. Ethical Hacking Ethical hackers mimic cybercriminals however with permission, identifying gaps and supplying answers. 6. Posture Assessment Posture assessment provides a holistic view of an agency’s general security stance, combining numerous testing strategies. Each type of security testing serves a specific purpose and, when combined, provides a sturdy security framework. Manual vs Automated Security Testing When it involves protection checking out, companies often face a preference between guide and automated tactics. Here’s a breakdown: Manual Testing Manual testing includes human intervention, imparting a creative and flexible method. It is ideal for scenarios wherein attackers rely upon ingenuity in preference to predefined patterns. Automated Testing Automated testing makes use of tools and scripts to perform repetitive tasks at scale. It’s quicker, faster, and cost-efficient, however, it lacks the intuition that manual testing brings. Why Not Both? Most agencies undertake a hybrid technique, leveraging the high quality of each world for maximum security coverage. Security Testing Process Explained The security testing process is a systematic method geared toward uncovering and addressing vulnerabilities. Here’s the way it works: Following this process ensures thorough and efficient security assessment. 6 Principles of Security Testing Here are the six basic principles of security testing: 1. Confidentiality Among the important characteristics of data security, confidentiality is one of them. Confidentiality is an organization or individual responsibility to keep the information confidential. For example, confidential information is any information not intended for third parties. Confidentiality exists in order to safeguard the interests of those involved from leakage of information. 2. Integrity Integrity is one of the core security concepts. It refers to system and data integrity. The whole reason integrity is used is that we want to be sure that a file or data record has not been altered or had unauthorized access. Integrity is one of the basic concepts of security itself and is always confused with confidentiality and non-repudiation. 3. Availability The definition of availability is quite simple in information security, get your information when you need it. Downtime due to data disturbance usually creates problems such as loss of productivity, widespread loss of reputation, fines, regulatory action, and many more problems. So it becomes very important to make a plan for data availability in case of a data breach.  4. Authentication This is the process of accepting or rejecting the truth of an attribute of a single piece of data claimed valid by an entity. Authentication can be seen as a set of security procedures designed to authenticate the identity of an object or person. 5. Authorization Authorization is a security mechanism to determine access levels or user/client privileges related to system resources, including files, services, computer programs, data, and application features.  6. Non-repudiation  In the context of information security, non-repudiation means that it is possible to prove the identity of the user or process sending a particular message or executing a certain action. Electronic commerce has been made possible with the introduction of proof of non-repudiation because it protects businesses against fraud and ensures that a company can trust a message or transaction from a particular user or computer system. Tools for Security Testing In 2025, quite a few tools make security testing more efficient. Here’s a listing of some widely-used alternatives: The choice of tool depends on your precise necessities and budget. Common Vulnerabilities Identified Security testing frequently uncovers vulnerabilities that could otherwise be ignored. Here are some of the common ones: Identifying these vulnerabilities is step one closer to a more secure system. Benefits of Security Testing Investing in cybersecurity pentesting brings numerous benefits: Challenges in Security Testing Despite its importance, security testing isn’t without challenges: Overcoming these challenges calls for a strategic approach and skilled professionals.

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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