Vulnerability and Penetration Testing

Digital fort Vulnerability and Penetration Testing service involves simulating real-world cyberattacks to identify and exploit vulnerabilities within an organization’s network, systems, and applications. We use combination of automated tools and manual techniques to assess potential weaknesses and provides in-depth analysis to recommend effective security improvements. certified red team conducts internal and external penetration testing, along with web, mobile, and API security assessments, supported by detailed threat modelling exercises. We also perform red team and purple team engagements to improve SOC collaboration and simulate real attacker behavior using frameworks such as MITRE ATT&CK. All findings are risk-ranked and include clear, actionable remediation guidance aligned with OWASP and ASVS security standards.

Internal & External Penetration Testing

Penetration testing is a controlled and ethical simulation of real-world cyberattacks designed to evaluate the strength of your organisation’s security posture. Internal penetration testing focuses on what a malicious insider or compromised employee account could potentially access or damage within your environment. External penetration testing assesses internet-facing systems to identify vulnerabilities that attackers could exploit from outside your network, including exposed services, applications, and infrastructure. Together, these assessments help uncover security weaknesses before they can be used in real attacks.

This service is suitable for organisations that handle sensitive data, operate critical systems, or must meet compliance requirements such as ISO 27001 or PCI DSS. It is also ideal for businesses with cloud environments, remote workforces, internet-facing applications, or those preparing for security audits and certifications.

Our penetration testing services include both external and internal assessments, along with credentialed and non-credentialed testing to simulate different threat scenarios. We also perform vulnerability exploitation to demonstrate real-world impact, supported by clear, risk-ranked reporting with actionable remediation guidance. Optional fix verification is available to confirm that identified issues have been properly resolved.

This service helps organisations stay ahead of attackers, understand their true security risks, and demonstrate strong security assurance to clients, regulators, and stakeholders while building long-term trust in their systems.

Web Application & API Penetration Testing

Web applications and APIs are frequent targets for cyberattacks, making them critical components of your organisation’s security posture. Cyberensic’s Web Application and API Penetration Testing simulates real-world attack techniques to identify vulnerabilities that could lead to data breaches, account compromise, or service disruption. We assess your systems from an attacker’s perspective to uncover weaknesses before they can be exploited.

This service is ideal for organisations delivering web-based platforms, customer portals, or SaaS solutions, as well as those managing internal or public APIs. It is especially relevant for startups and enterprises handling sensitive user data, development teams releasing new applications or features, and businesses required to meet compliance standards such as PCI DSS, ISO 27001, or SOC 2.

Our testing covers both web applications and APIs in depth, identifying issues such as injection flaws, broken authentication, access control vulnerabilities, insecure data exposure, and rate limiting weaknesses. We follow industry standards including the OWASP Top 10, and conduct both authenticated and unauthenticated testing to simulate different user and attacker scenarios. We also evaluate business logic to uncover flaws in application workflows that traditional scans may miss. Every engagement includes clear, risk-based reporting with actionable remediation guidance, along with optional post-fix retesting to validate security improvements.

This service helps protect sensitive data, ensure compliance, reduce operational risk, and support the development of secure-by-design applications from the ground up.

Mobile Application Penetration Testing

Mobile applications are now essential to modern business operations, but they also introduce unique security risks. Cyberensic’s Mobile Application Penetration Testing evaluates the security of iOS and Android applications to identify vulnerabilities that could result in data exposure, unauthorised access, or misuse of application functionality. We simulate real-world attack scenarios to ensure your mobile apps are secure before they are released to users.

This service is ideal for organisations developing mobile applications for customers, partners, or internal teams, as well as startups preparing to launch on the App Store or Google Play. It is especially important for fintech, healthcare, and retail applications that handle sensitive personal or financial data, and for businesses undergoing compliance audits or security assessments.

Our testing includes both iOS and Android applications, focusing on areas such as application logic, data storage, authentication, and secure communication with backend systems. We perform both static and dynamic analysis, along with reverse engineering and code obfuscation testing to evaluate resilience against advanced attackers. We also assess APIs and backend integrations to ensure secure data exchange, and conduct testing on rooted or jailbroken devices to simulate high-risk scenarios. Every engagement includes detailed, risk-based reporting with clear remediation guidance, along with optional retesting after fixes are applied.

This service helps prevent data breaches and fraud, strengthens mobile and API security, protects user trust and brand reputation, and ensures compliance with industry standards and app store require

Service Inquiries

We assess your organization’s cybersecurity needs and provide customized security services, expert support, and continuous evaluations to improve cyber protection, reduce risk, and enhance long-term security posture..