Your web application is where customers log in, pay and hand you their data. We go in authenticated, across every role, and chain small weaknesses into account takeover and data exposure. Manual testing mapped to OWASP Top 10 and ASVS, a report your developers can fix from, and a retest to prove they did.
Automated tools are good at the surface and blind to intent. Our web application penetration testing services start where they stop. Testers holding OSCP and eWPTX work through OWASP Top 10 and ASVS controls by hand, then move into territory no checklist covers. A refund that can be replayed. A tenant boundary that leaks under the right request. A password reset that trusts the wrong parameter. Each finding is pushed as far as it realistically goes and demonstrated with a working proof of concept, not a scanner signature.
Modern applications are rarely one thing. A React or Angular front end talks to REST or GraphQL APIs, hands login to an identity provider and pulls in third-party scripts. We treat it as one system: an API and web app pentest covering the SPA, the services behind it and every role from anonymous visitor to super-admin. Multi-tenant platforms add tenant isolation to that list, because the most expensive bug in SaaS is another customer's data.
Every engagement runs remotely, with the lead tester a message away from kick-off to retest. For banks and fintechs in Pakistan, where State Bank of Pakistan technology governance and cybersecurity guidance sets the expectation, a current web application pentest report is usually the first thing an auditor asks to see. For SaaS companies and software exporters, it is often the last item on an enterprise buyer's checklist before signature. One engagement, one report, written for the engineer fixing the bug and the auditor reading the summary.
Most real damage happens after login. We test every role you provide and check that each one is fenced in as tightly as the design claims.
Checkout, onboarding, approvals, refunds, referrals. We walk each flow out of order, skip steps, replay requests and bend limits to see what the application lets slide.
Login, MFA, password reset, SSO and token handling get the closest scrutiny, because one weak link here is a full account takeover.
SQL, NoSQL, command and template injection, SSRF into internal services and cloud metadata, insecure deserialisation and file-handling bugs. Found by hand, confirmed with a working exploit.
Modern SPAs are thin shells over REST and GraphQL. We intercept every call the front end makes, plus the ones it never does, and test the API on its own terms.
React, Angular, Vue and Next.js change where bugs live. We look at DOM XSS, postMessage handling, CSP gaps, prototype pollution and third-party scripts running in your origin.
Fixes are retested against the original proof of concept, not a checkbox. One retest of reported findings is included in a standard engagement, and results slot into your sprint or CI cadence.
Findings are mapped to the evidence PCI DSS, ISO 27001 and SOC 2 assessors expect from a penetration test, so the report goes straight into the audit file instead of being rewritten for it.
We map the application with you: user roles, tenants, integrations, third-party components and what is in or out. Everything is under NDA from the first call, and Rules of Engagement, test accounts and a testing window are agreed before anyone sends a request.
Every route, parameter, API call and hidden feature is catalogued, including the ones the front end never exposes, and cross-referenced against the role matrix. This becomes the surface we work through methodically, so nothing is tested by accident and nothing is missed out of habit.
The bulk of the engagement. Testers work through authentication, access control, business logic, injection and client-side classes across each role, chaining findings to show real impact. If we confirm a critical, you hear about it the moment it is confirmed, over a secure channel, not when the report lands.
Leadership gets a plain-language executive summary; engineers get reproducible steps, evidence and prioritised fixes for every finding. Then a private call with your developers to go through each issue and take the awkward questions.
Once fixes ship, we re-run every reported finding against its original proof of concept and report each one as fixed, partially fixed or still open. A clean retest earns an attestation letter for your customers' vendor-security reviews and your auditors.
Our founders came up through vulnerability disclosure programmes; 58 companies, Reddit, Expedia and Atlassian among them, have publicly acknowledged their reports. Your application gets the same curiosity that found those bugs.
Every issue comes with the exact request, response and steps to trigger it. Your developers fix the bug, not a sentence describing it, and the retest is measured against the same evidence.
Written so a software house can hand it straight to an enterprise buyer in the US or EU, and a bank can file it for an SBP-facing review. Same evidence, same format, two audiences.