Penetration Testing
Offensive mindset. Defensive results.
Simulated real-world attacks against your applications, APIs and infrastructure, reported as findings you can act on — not a pile of scanner output.
What we test
Web Applications
Authentication flows, session management, business logic, input validation, file uploads, and every OWASP Top 10 category.
APIs & Microservices
REST, GraphQL, gRPC endpoints tested for broken access control, injection, mass assignment, and rate-limiting gaps.
Cloud & Infrastructure
AWS, Azure, GCP misconfigurations, exposed storage, overly permissive IAM, and network segmentation testing.
Internal Networks
Lateral movement simulation, Active Directory attacks, privilege escalation, and internal service enumeration.
Authentication & SSO
OAuth flows, SAML integrations, MFA bypass attempts, password policies, and credential storage review.
Mobile Applications
Android and iOS app security: local storage, certificate pinning, API communication, and reverse engineering resistance.
Our testing process
Every engagement runs the same five phases, aligned with the PTES and OWASP testing guides. You always know which phase we are in, what we need from you, and what lands at the end of it.
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01
Scope & Authorise
Before a single packet is sent we agree exactly what is in scope and what is not. That means naming the hosts, domains, API endpoints and accounts we may touch, the testing window, and the things we will deliberately leave alone — payment flows in production, for instance, or a legacy box nobody can afford to reboot.
We also fix the rules of engagement: who to call if something breaks, whether social engineering and denial-of-service are permitted (they are excluded by default), and how findings are handled if we stumble on real customer data. Written authorisation from whoever owns the systems is signed here. Without that signature the work does not start — unauthorised testing is a crime, not a technicality.
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02
Reconnaissance & Mapping
We build a picture of the attack surface as an outsider would, then go deeper than an outsider could. Passive work comes first — certificate transparency logs, DNS records, public code repositories, leaked credentials in breach dumps, job adverts that name your internal stack. None of it touches your systems.
Then we map the application itself: every route, parameter, upload, redirect and authentication path, plus the technologies and versions behind them. This phase is what separates a real test from a scanner run — a scanner tests what it can find, and most of what matters is reachable only after you understand how the application is meant to work.
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03
Exploitation & Chaining
This is the hands-on phase. We attempt real exploitation of what we found: injection flaws, broken access control, authentication and session weaknesses, server-side request forgery, insecure deserialisation, file-upload paths, and the business-logic flaws that no tool detects — ordering a negative quantity, replaying a signed request, escalating from one tenant's data to another's.
Individually low findings get chained, because that is how real intrusions work. A verbose error message plus a predictable identifier plus a missing authorisation check is three medium findings on a scanner report and a full account takeover in practice. We prove impact rather than asserting it, and we stop short of anything destructive unless you have explicitly asked for it in writing.
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04
Report & Evidence
Each finding is written up with the severity (CVSS v3.1 plus our own view of business impact, which is often the more useful number), the exact steps to reproduce it, the raw HTTP requests and responses or screenshots that prove it, and remediation guidance written for your stack rather than copied from a generic checklist.
The report opens with an executive summary a non-technical reader can act on and closes with the technical detail a developer needs to fix the issue in an afternoon. If a finding is theoretically interesting but practically unexploitable in your environment, we say so — inflating severity to pad a report wastes your engineering time.
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05
Fix & Verify
A report that nobody acts on has changed nothing. We walk your developers through each finding, answer the “but why is that exploitable here” questions properly, and help sequence the fixes so the ones that actually reduce risk go first.
Once your team has deployed the fixes we re-test every finding and confirm each is closed — including checking that the fix did not simply move the flaw somewhere else, which is common with input validation. You receive a re-test report showing the current state, which is usually the document your customers and auditors want to see.
What you receive
Executive Summary
A non-technical overview for leadership — risk posture, critical findings, and strategic recommendations in plain language.
Technical Findings
Every vulnerability rated by CVSS severity with evidence, reproduction steps, and code-level remediation for your developers.
Risk Matrix
Visual risk breakdown by severity and business impact, showing your team what to fix first.
Re-test Report
After your team applies fixes, we verify each one and provide a clean re-test report confirming closure.
Common questions
What is penetration testing?
Penetration testing is a controlled, authorised simulation of real-world cyber attacks against your systems. A qualified tester tries to exploit vulnerabilities in your web applications, APIs, cloud infrastructure, or networks — then documents every finding with evidence and a clear fix.
How long does a penetration test take?
A typical engagement runs 1–3 weeks depending on the scope. A single web application usually takes 5–10 business days. Larger environments with multiple applications, APIs, and network segments may take longer.
Will penetration testing break my production systems?
No. Testing is performed carefully to avoid disruption. Destructive tests like denial-of-service are only run with explicit written consent and typically in staging environments. Every test window is agreed upon in advance.
What do I get at the end of a penetration test?
You receive a detailed report containing an executive summary, every finding rated by severity and business impact, evidence (screenshots, HTTP requests/responses), reproduction steps, and specific remediation guidance for your technology stack.
How is this different from a vulnerability scan?
Vulnerability scanners run automated checks and produce generic output. Penetration testing is manual, context-aware testing by a skilled practitioner who chains vulnerabilities, tests business logic, and proves real-world impact.
Ready to test your defences?
Tell us what you'd like tested. We'll scope the engagement and get back to you within 24 hours.