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Every engagement is scoped to your context, whether that is a compliance deadline, an industry with specific risks, or a particular technology. Pick the closest fit below, or book a scoping call and we will point you to the right one.
Book a scoping callA SOC 2 report tells your customers that an independent party has examined how you protect their data. Your auditor assesses the controls, but the security testing behind the CC4 monitoring criteria and the CC7 vulnerability-management criteria has to come from somewhere, and increasingly auditors expect that to be an independent penetration test performed by someone who does not build or run the system.
ISMS-aligned penetration testingISO 27001 certifies your information security management system, not a single application, but your certification body will still expect evidence that you actively find and fix technical vulnerabilities. A penetration test is the cleanest way to produce that evidence and to satisfy the Annex A control on technical vulnerability management.
Healthcare compliance testingHIPAA holds you responsible for protecting electronic protected health information, and the Security Rule requires a periodic technical evaluation of the safeguards that protect it. A penetration test is how you turn that requirement into concrete evidence: an independent examination of whether an attacker could actually reach patient data.
Cardholder data securityUnlike most standards, PCI DSS is explicit: it requires penetration testing. Requirement 11 mandates internal and external penetration tests at least annually and after significant changes, plus segmentation testing to prove your cardholder data environment is genuinely isolated. This is not a nice-to-have; it is a line item your QSA will check.
Data protection testingGDPR does not hand you a checklist of controls. Article 32 asks for appropriate technical and organizational measures to secure personal data, judged against the state of the art and the risk. A penetration test is how you demonstrate that judgement in practice: independent evidence that you actively look for the flaws that would expose personal data, and fix them.
Financial technology securityFintech sits at the intersection of two things attackers love: money and immature, fast-moving code. A startup moving funds, holding balances, or touching payment rails is a target from day one, and the flaws that matter most are rarely generic. They are logic bugs in how money moves, which a standard scan will never find.
Healthcare technology securityHealthtech products carry an unusual combination of pressures: highly sensitive patient data, strict regulation, and a sprawl of integrations with providers, labs, and insurers. Any one of those integrations can leak protected health information if access control fails, and the consequences are measured in both regulatory penalties and human harm.
SaaS product securityFor a SaaS product, security is a feature you sell. Every enterprise prospect runs a security review, every compliance path asks for a test, and the single question that matters most is one scanners cannot answer: can one customer reach another customer's data? Multi-tenant isolation is the make-or-break property of your platform.
Online retail securityAn e-commerce platform is a machine for taking money, which makes it a machine attackers want to manipulate. The most damaging flaws are rarely dramatic exploits; they are quiet logic bugs that let someone change a price, reuse a coupon endlessly, or take over an account full of stored payment details. Each one leaks revenue or trust directly.
iOS & Android securityA mobile app is a piece of your backend that you hand directly to your users, and to any attacker who downloads it. Unlike a web app running on your server, the binary sits on a device an attacker fully controls, where they can inspect its storage, intercept its traffic, and reverse-engineer its code at leisure. That changes the threat model, and the testing has to change with it.
Application securityMost breaches that reach the news start in a web application, because it is the part of your business deliberately exposed to the whole internet. A web application penetration test examines that exposure the way a skilled attacker would, working through your app by hand to find the flaws that let someone read data, take over accounts, or run commands they should never be able to.
API securityAPIs are where modern applications actually live, and where modern breaches actually happen. Behind every web and mobile front end is an API doing the real work, and an attacker who ignores the polished interface and talks to that API directly often finds it far less guarded than the UI suggests. Testing the API on its own terms is no longer optional.
Perimeter securityEverything your organization exposes to the internet is a door an attacker can try, and most organizations expose more than they realize: forgotten subdomains, old servers, management interfaces, and services that were meant to be temporary. An external network penetration test maps that perimeter and tests it the way an outside attacker with no prior access would.
Cloud securityCloud breaches rarely come from a broken padlock on AWS itself; they come from how the cloud is configured. An over-permissive IAM role, a storage bucket left public, a security group open to the world, or an application that can be tricked into reading instance credentials, these are the recurring causes of cloud compromise, and none of them are AWS's fault. They are configuration, and configuration is your responsibility.