Loading...

Expert Penetration Testing & Red Teaming Services

We are a team of certified offensive security specialists with over 200 penetration tests delivered across diverse industries. From web and mobile applications to AI-powered systems and complex infrastructure - we identify real risks before attackers do, following the most rigorous industry standards.

Web Application Penetration Testing

We assess the security of your web applications by manually identifying vulnerabilities such as injection flaws, authentication weaknesses, broken access controls, and business logic errors. Our approach combines automated discovery with deep manual testing to uncover issues that scanners miss.

  • Testing models:  Black-box, Grey-box, White-box
  • Methodology:  OWASP ASVS

Mobile Application Penetration Testing (Android & iOS)

We test Android and iOS applications across all layers - client-side code, data storage, network communications, and backend APIs. We evaluate reverse engineering protections, certificate pinning, and insecure data handling to provide a complete security picture of your mobile product.

  • Testing models:  Black-box, Grey-box, White-box
  • Methodology:  OWASP MASTG

Infrastructure Penetration Testing

We assess internal and external network infrastructure, including servers, Active Directory environments, cloud configurations, and network devices. Our goal is to identify and demonstrate the impact of real-world attack paths, from initial access through to lateral movement and privilege escalation.

  • Testing models:  Black-box, Grey-box, White-box
  • Methodology:  PTES

AI / Agentic AI Penetration Testing

We test AI-powered systems and agentic applications for vulnerabilities specific to large language models and autonomous agents - including prompt injection, insecure output handling, model denial of service, excessive agency, and supply chain risks. This is an emerging but critical discipline as AI becomes embedded in production systems.

  • Testing models:  Black-box, Grey-box, White-box
  • Methodology:  OWASP LLM Top 10, OWASP Top 10 for Agentic Applications

Red Teaming

  • TIBER-EU aligned methodology - the European standard for intelligence-led red team testing
  • Proprietary in-house tooling developed to replicate advanced threat actor tradecraft

Red Team exercises simulate the full lifecycle of a sophisticated adversary attack against your organisation - from initial reconnaissance and phishing through to persistence, lateral movement, and objectives achievement. Unlike isolated penetration tests, Red Team operations test your people, processes, and technology holistically, providing an honest assessment of your detection and response capabilities. We align our engagements with the TIBER-EU framework, the European standard for intelligence-led red team testing of financial institutions and critical organisations, ensuring rigorous scoping, threat intelligence, and reporting. We also develop and deploy proprietary, in-house tooling to evade modern security controls and replicate the tradecraft of advanced threat actors - giving you the most realistic simulation possible.

Any questions?

Find answers to the most common questions about our services below. Still have questions? Contact us directly.

Contact us

A penetration test is a time-boxed, scope-defined assessment focused on identifying as many vulnerabilities as possible in a specific system or application. A Red Team exercise is a broader, objective-based simulation of a real threat actor - testing your entire organisation's ability to detect and respond to a sophisticated, multi-stage attack. Penetration tests are ideal for compliance and technical assurance; Red Team exercises reveal whether your security operations actually work under realistic conditions.

Duration depends on the scope and complexity of the target. A focused web application test typically runs between 5 and 10 business days. Infrastructure assessments or mobile application tests may vary depending on the number of assets in scope. We always provide a clear timeline estimate during the scoping phase before any engagement begins.

You will receive a comprehensive written report with an executive summary for management and a detailed technical section for your development or IT teams. Each finding is documented with a description, evidence, risk rating, and clear remediation guidance. We also offer a debrief call to walk through the findings and answer questions.

We kick off every engagement with a scoping call to define the target systems, desired testing model (Black-box, Grey-box, or White-box), and any rules of engagement. For White-box or Grey-box tests you may provide documentation, source code access, or test credentials - but we can work effectively with minimal information in a Black-box scenario too.

Yes. We include one re-test cycle as part of our standard engagement to verify that identified vulnerabilities have been correctly remediated. After reviewing the fixes you implement, we re-test the affected areas and provide an updated report confirming remediation status.

Black-box simulates an external attacker with no insider knowledge - ideal for assessing your external perimeter. Grey-box provides partial knowledge (e.g. user credentials or basic architecture documentation) and is the most common starting point, balancing realism with efficiency. White-box gives the tester full access to source code and architecture, enabling the deepest and most comprehensive review. We are happy to advise on the best approach for your specific goals and risk profile.

Confidentiality is fundamental to every engagement. We sign an NDA prior to any work commencing. All data collected during testing is handled securely, stored only as long as necessary, and never shared with third parties. We are also happy to discuss specific data handling requirements if your organisation operates under particular regulatory or contractual obligations.

Our Certificates

The following well-known industry certificates that we have been awarded confirm our competences in the field of technology.

Logo of INE Security - courses and certificates provider
Logo of INE ePTXv2 certification

INE Security / eLearnSecurity

ePTXv2 (eLearnSecurity Penetration Tester eXtreme)

Logo of INE Security - courses and certificates provider
Logo of INE eWPTXv2 certification

INE Security / eLearnSecurity

eWPTXv2 (eLearnSecurity Web Application Penetration Tester eXtreme)

Logo of INE Security - courses and certificates provider
Logo of INE eCTHPv2 certification

INE Security / eLearnSecurity

eCTHPv2 (eLearnSecurity Threat Hunting Professional)

Logo of INE Security - courses and certificates provider
Logo of INE eWPT certification

INE Security / eLearnSecurity

eWPT (eLearnSecurity Web Application Penetration Tester)

Logo of INE Security - courses and certificates provider
Logo of INE eMAPT certification

INE Security / eLearnSecurity

eMAPT (eLearnSecurity Mobile Application Penetration Tester)

Logo of INE Security - courses and certificates provider
Logo of INE eCXD certification

INE Security / eLearnSecurity

eCXD (Certified eXploit Developer)

Pentester Academy logo
Logo of Pentester Academy CRTE certification

Pentester Academy

CRTE (Certified Red Team Expert)

Pentester Academy logo
Logo of Pentester Academy CRTP certification

Pentester Academy

CRTP (Certified Red Team Professional)

CompTIA logo
Logo of CompTIA Security+ certification

CompTIA

Security+

Cisco logo
Logo of Cisco CCNA certification

Cisco

CCNA

Cisco logo
Logo of Cisco CCNA Security certification

Cisco

CCNA Security

Ready to strengthen your security posture?

  • Tailored scoping - we design each engagement to your objectives
  • Clear, actionable reports for both technical teams and management
  • Re-testing included to confirm your fixes are effective
 Get in touch
  • Tailored scoping - we design each engagement to your objectives
  • Clear, actionable reports for both technical teams and management
  • Re-testing included to confirm your fixes are effective

Recently on our blog

2026-03-23
Red Teaming

DLL Sideloading - beyond classic DLL Hijacking - Red team diaries

This article examines how DLL hijacking has evolved from a crude exploit technique into subtle abuse of legitimate extensibility in trusted Windows applications. It explains why signed software and modern protections shift, rather than eliminate, DLL loading risks and offers practical guidance for detection and mitigation. This is the first in a series of articles on DLL Hijacking.

This is a photo of the author of the article Krystian Piwowarczyk
2026-03-02
Cybersecurity

Zero Trust security explained: moving beyond the perimeter

This article explains why perimeter-based security models fail in modern environments and how Zero Trust Security addresses those weaknesses. It covers principles, architecture components, implementation phases, and real-world scenarios. The focus is on identity-driven access, continuous verification, and practical adoption strategies.

This is a photo of the author of the article Krystian Piwowarczyk
2026-01-26
Cybersecurity

Healthcare Cybersecurity as a Patient Safety Imperative

This article explores how modern cyber threats directly impact patient safety in healthcare environments. It examines the healthcare threat landscape, data sensitivity, EHR and medical device security, and the role of regulation in building real cyber resilience.

This is a photo of the author of the article Krystian Piwowarczyk
2025-03-24
Cybersecurity

What is the cost of a cybersecurity data breach?

Discover the true cost of a cybersecurity data breach—from financial losses to reputational damage. This guide explores real-world incidents, defense strategies, and emerging cybersecurity trends to help businesses safeguard their digital assets.

This is a photo of the author of the article Krystian Piwowarczyk
2025-03-10
Red Teaming

How to create LSASS memory dump? - Red team diaries

Learn how attackers dump LSASS memory to steal credentials and how to defend against it. This post covers key attack techniques, mitigation strategies like Credential Guard and PPL, and detection methods using Splunk, ELK, and Sysmon. Both Red Team and Blue Team perspective are presented.

This is a photo of the author of the article Krystian Piwowarczyk
2025-02-16
Cybersecurity Cryptology

General Overview of Cryptographic Algorithms

The article covers several types of cryptographic algorithms, detailing symmetric and asymmetric ciphers, stream and block ciphers, hash functions, and digital signatures. It discusses the characteristics, functionalities, and modern examples of each type, providing a comprehensive overview of these important components of cryptography.

This is a photo of the author of the article Krystian Piwowarczyk
2025-02-01
Cybersecurity Cryptology

An illustrated description of the AES Standard

This article provides an illustrated description of the AES Standard, examining its history, adoption process, and the inner workings of its Rijndael algorithm. Detailed explanations and technical insights are offered into its encryption rounds, transformations, and key expansion process.

This is a photo of the author of the article Krystian Piwowarczyk
2025-01-27
Cybersecurity

Exploring Different Types of Security Tests: A Comprehensive Guide

Security testing is crucial for any organization aiming to safeguard their digital assets. This guide provides a comprehensive understanding of the different types of security tests available, empowering organizations with the necessary insights to choose the right security protocols catering to their specific needs.

This is a photo of the author of the article Krystian Piwowarczyk
Top Scroll to top