Have a mobile application pentest performed

The attacker starts where you end up: with your code in hand, without time pressure and without you seeing it. We test your mobile app from precisely this attack angle. And only when it turns out that yields nothing, are we done.

Mobile application pen test

Mobile application pentest: tested from device to backend

Our ethical hackers test your iOS and Android app like an attacker would: the data the app stores on the device, the login process, and the traffic to your backend. You receive a report with evidence, remediation steps, and a retest.

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Retest standard included·Reporting within 5 working days·According to the CCV certification mark

CCV-gecertificeerde pentester van Warpnet aan het werk aan een mobiele applicatie pentest

SOME OF OUR CLIENTS

N8nYdenticNieuw WoelwijckRijksoverheidEffectoryVentolinesPatchmanager
Warpnet mobiele applicatie pentest illustratie

How does a mobile application pentest by Warpnet work?

Every specialist can record risks. Fix them? That is our specialty.

  1. We work with you to determine the scope, target environment and desired results of the pentest.
  1. We collect data about the target using public sources (this is known as OSINT).
  1. We scan for recent and current vulnerabilities using
    AI scanners and manual inspection.
  1. Our ethical hackers exploit vulnerabilities, which allows them to gain access to systems and data.
  1. You will receive a detailed report in which we explain all vulnerabilities along with next steps.

How Warpnet one step further is going

  1. We support you in remedying the risks identified during the test by offering technical insight and advice.
  1. After the recommendations have been applied, we will perform a retest, which
    ensures that the vulnerabilities have truly been resolved.
35+
Driven specialists
750+
Happy customers
5.000+
Assessments carried out
100.000+
Vulnerabilities discovered

Why Warpnet for your mobile app pentest?

CharacteristicWarpnetOther parties
ApproachTested manually on real iOS and Android devicesOnly an automated scan of the app
Device storageSaved data, keys, and logs checkedNot or superficially tested
Login & sessionsTokens, biometrics and session management testedOnly the standard login screen
Backend APIsIntercepted traffic and manually tested APIsThe app viewed independently of the backend
Code analysisApp files scanned for secrets and vulnerabilitiesNot included
ReportingExecutive summary and developer reportTechnical report without context
RetestIncluded so you can be sure fixes workNot included or available at an additional cost

Certifications & methodologies

CCVOSCPOSSTMMPTESOWASPMeow

Penetration test types for environments such as:

Mobile application pen test

  • iOS and Android apps tested for insecure storage, API abuse, and errors in app logic
  • Specific remedial steps to better protect sensitive user data
  • In accordance with the OWASP Mobile Top 10, PTES, CVSS, and the GDPR

Web application pentest

  • Realistic attack scenarios that expose vulnerabilities from the OWASP Top 10, CWE, and SANS Top 25
  • Fixes are quickly validated using clear proofs of concept (PoCs) for developers and a retest
  • Audit-ready for ISO 27001, SOC 2, PCI DSS, DigiD, and BIO; conducted in accordance with NIST SP 800-115

API Penetration Test

  • Shadow and zombie APIs mapped to prevent data leaks and unauthorized access
  • Authenticated, manual testing of REST, SOAP, and GraphQL APIs and backend integrations
  • Following the OWASP API Security Top 10, PCI DSS, SOC 2, and the GDPR

Cloud pentest

  • AWS, Azure, and GCP environments tested for misconfigurations, privilege escalation, and exposed services
  • Step-by-step recovery plan for a demonstrably secure cloud environment
  • Following the OWASP Kubernetes Top 10, CIS Benchmarks, NIST, ISO 27001, SOC 2, and PCI DSS

Network pentest

  • On-premises and hybrid networks tested for misconfigurations, lateral movement, and privilege escalation
  • Risk-prioritized recommendations that IT and security teams can get started with immediately
  • Standards: NIST SP 800-115, PTES, CIS Controls, ISO 27001, and BIO

AI and LLM pentest

  • Vulnerabilities in AI applications, chatbots, and LLM pipelines exposed
  • Tested for, among other things, prompt injection, model manipulation, data leaks, and multi-stage exploit chains
  • Threat modeling and concrete remediation advice, aligned with ISO/IEC 42001, the EU AI Act, SOC 2, and the GDPR

Pentest services for industries such as:

Fintech

  • Banking, payment, and investment apps tested for transaction manipulation and insecure credential storage
  • Concrete fixes and demonstrable compliance with PCI DSS, DORA, ISO 27001, and the GDPR
  • Standards: OWASP MASVS, PTES, CVSS

Care

  • Patient and care apps tested for local storage of medical data and access to others' records
  • Detecting hidden exposure of medical data and demonstrating compliance with NEN 7510 and the GDPR
  • Standards: OWASP MASVS, PTES, NIST, CVSS

E-commerce & Retail

  • Retail and loyalty apps tested for price manipulation, discount abuse, and insecure payment links
  • Supporting developers with guided remediation and compliance for PCI DSS, ISO 27001, and SOC 2
  • Standards: OWASP MASVS, PTES, CVSS

SaaS & Technology

  • Apps that connect to your platform are tested for API abuse, login tokens, and customer data leaks
  • Pentests per release, so that every app update is demonstrably secure in accordance with ISO 27001 and SOC 2
  • Standards: OWASP MASVS, PTES, CVSS, NIST SP 800-115

Linked to laws and standards such as:

AVGISO 27001PCI DSSDigiDBIODORANIS2NEN 7510

Success story: Patchmanager

Developers of cable and asset management solutions

2024

Start of the collaboration

3

Black box pentests as a starting point

24/7

Monitoring by the Warpnet SOC

The challenge

Right in the middle of the process toward ISO 27001 certification, Patchmanager wanted to structurally strengthen the digital resilience of both the organization's internal network and the product — with regular, in-depth pentests as the foundation.

The Approach

The collaboration began with three black-box penetration tests and, as trust grew, expanded to include gray-box and white-box testing. During the white-box test, Warpnet was granted full access to the architecture, source code, and accounts to identify risks.

The outcome

Each test delivered a clear, risk-based report that allowed Patchmanager to get to work immediately. The collaboration evolved into 24/7 SOC services featuring continuous monitoring, response, and the complete remediation of risks and incidents.

“We are very happy with the collaboration with Warpnet. The team has in-depth expertise and truly looks at how they can help us. They communicate well, are flexible, and always do more than they are supposed to do.”

Jerry SeagerJerry Seager
CTO, Patch Manager

Trusted by 750+ CTOs and CISOs

Marco Vellinga

Spindle

“The team was very helpful and met every deadline. They went above and beyond by expanding the scope of the test to address unexpected issues—even though they were not obligated to do so. A truly reliable and pleasant team to work with.”

Erik Rademaker

Envitron

“Warpnet approached the task very seriously and pulled out all the stops to make the test as realistic as possible. Through observation, they discovered how they could gain alternative access to our premises. In the course of this, they succeeded in placing a listening device on the network..

Jasper Zondervan

New Woelwijck

“Warpnet's pen test provided us with a clear picture of the bottlenecks in our security so that we could improve it further. We immediately fixed the high-risk points in the week that followed. So we know that our residents and staff can live and work safely and that we comply with NEN 7510.”

Noud Huisman

Enshore

“Without Warpnet, we would estimate needing at least two additional employees, and that would only be staff who can determine what needs to be resolved – without even addressing the actual fixing of problems.”

Certifications & Accreditations

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Frequently Asked Questions

Mobile application pentest FAQs

Is a retest included?

Yes. After your developers have implemented the recommendations, we will perform a retest upon request to confirm that the vulnerabilities have indeed been resolved. This way, the process does not end with a report, but with demonstrable assurance.

Do you test both iOS and Android?

Yes. We test both platforms, including apps built with frameworks like Flutter, React Native, or Xamarin. We test every app on real devices, supplemented by the analysis of the app files (IPA and APK) and the traffic between the app and your backend.

How long does a mobile app pentest take?

An average of five to ten business days per platform, depending on the functionality, the number of user roles, and the connected APIs. You will receive the report within five business days after the test is completed. During the intake, you will receive a concrete schedule.

Should I provide the source code or a test build?

Not necessarily. For a grey box test, a test build (IPA or APK) with test accounts and access to a test or acceptance backend is sufficient. With the source code included (white box), we can take a deeper look at cryptography, storage, and the implementation of security measures. During the intake, we will determine together what is needed for your goal.

What does a mobile application pentest from Warpnet cost?

After a no-obligation intake, you will receive a quotation, and that is the price you will pay. The price depends on the number of platforms, the functionality of the app, and the linked APIs. Reporting, explanation, and retesting are included as standard. Below you will find general price indications for a one-off pentest and Pentesting as a Service (continuous pentesting).

One-time pentestVAT: €3,200
Pentesting as a Service: i.e. €1,250 per month

Packages & Pricing

What is tested during a mobile application pentest?

We follow the OWASP Mobile Application Security Verification Standard (MASVS): data storage on the device, encryption, login and session management, the security of the connection to your backend, how the app interacts with the operating system and other apps, and the app's resilience against tampering. In addition, we test the APIs with which the app communicates, as that often poses the greatest risk.