Mobile Application Security Platform OWASP MASVS aligned

Security testing for every mobile app, at the pace your team ships.

If your organization builds or ships a mobile application, it needs recurring security testing. Mobexa scans every release automatically with static, dynamic and runtime analysis for Android and iOS, and delivers evidence your engineering, security and audit teams can all work from.

SASTstatic analysis
DASTdynamic analysis
IASTruntime instrumentation
SBOMsupply-chain risk
Mobexa console app com.examplebank.app
SCANNING
Bank Mobile App v1.0.0
com.examplebank.app · Android 7.0+ · APK
0 MASVS coverage
SAST
412 rules fired
DAST
78 endpoints probed
IAST
5 hooks verified
SBOM
247 deps resolved
CRIT
Hardcoded signing key leaked in native library
CWE-798 · MASVS-CRYPTO-1 · reachable
HIGH
TLS pinning bypassable via OkHttp interceptor at runtime
CWE-295 · MASVS-NETWORK-2 · IAST verified
HIGH
Cleartext HTTP fallback in payment API client
CWE-319 · MASVS-NETWORK-1 · traffic intercept
MED
Deeplink host wildcard enables intent redirection
CWE-940 · MASVS-PLATFORM-1
LOW
Transitive: protobuf 3.19.1 · CVE-2022-1941 (CVSS 7.5)
SBOM · fix: 3.19.5
Export: PDF · CycloneDX · SPDX · SARIF · JSON Signed evidence · CI / SIEM / ticketing

Designed for any organization that builds a mobile app

Product & Engineering
Application Security
DevSecOps
Compliance & Audit
Risk Management
Leadership
01The case for continuous testing

Why organizations with a mobile app need recurring security testing

CASE-01

A mobile app is a public attack surface

Once an app is published, anyone can download it, inspect it and probe it. Source code, configuration and API endpoints ship in the binary. A well-tooled adversary needs only a few minutes to start looking for weaknesses.

CASE-02

Release cadence outpaces manual testing

Mobile teams often ship every week, sometimes daily. A yearly penetration test cannot keep up. Continuous, automated analysis of every build is the only way to stay current without blocking the release train.

CASE-03

Third-party code is where most risk hides

Modern apps import dozens of SDKs and libraries. Each carries its own history of issues. Generating a bill of materials for every release, and checking it against known-vulnerability sources, surfaces risk you did not write yourself.

CASE-04

Evidence you can hand over

Internal security teams, external auditors, and leadership all expect proof. Signed reports mapped to recognised frameworks such as OWASP MASVS, NIST SSDF and ISO 27001 let everyone work from the same record.

02What the platform does

Capabilities

Nine analysis and operations capabilities, working together on every release, from source inspection to signed, framework-mapped evidence.

SAST · 01

Static analysis

Inspects your app's source and bytecode for insecure patterns before the app ever runs. Works with Android (Java, Kotlin), iOS (Swift, Objective-C) and hybrid frameworks.

DAST · 02

Dynamic analysis

Launches your app on an emulated device and observes its real behaviour: network calls, storage, permissions and inter-app communication.

IAST · 03

Runtime instrumentation

Hooks live function calls to verify that security controls such as certificate pinning, root detection and data protection work as intended on an emulated device.

SECRETS · 04

Secret detection

Finds API keys, tokens and credentials that were accidentally bundled into the application package. Detections are prioritised so real risks stand out from false positives.

SBOM · 05

Software bill of materials

Generates a complete inventory of third-party libraries in every release and matches each dependency against recognised vulnerability sources.

MASVS · 06

Framework coverage

Every finding is mapped to an OWASP MASVS / MASTG test-case identifier. Reports reference NIST SSDF and ISO 27001 controls where applicable, so evidence is portable across audits.

CI / SIEM · 07

Integrations

Plug the platform into your CI/CD system, issue tracker and SIEM. Open tickets, block risky merges, stream events, all through supported connectors or a generic webhook.

SSO / RBAC · 08

Single sign-on and access control

SAML 2.0 and OIDC single sign-on, role-based access control, per-tenant isolation and an immutable audit log for privileged actions.

DEPLOY · 09

Flexible deployment

Use the platform as SaaS, deploy it inside your own cloud account, or install it fully air-gapped on-premise. The feature set is the same in every mode.

03One platform, four vantage points

Who it is for

Product & Engineering

Ship velocity

Catch issues in every build, not only the release candidate. Fail a pipeline when a new critical finding appears so fixes ship with the same velocity as features.

Application Security

Unified view

Replace a patchwork of open-source tools with one unified view of the mobile portfolio. Spend review time on real findings, not deduplication.

Compliance & Audit

Signed evidence

Export signed evidence bundles mapped to frameworks auditors already recognise. Every finding carries reproduction steps and a control reference.

Leadership

Portfolio risk

See risk across every app in the portfolio on one dashboard. Track trend lines over time rather than point-in-time reports.

Standards alignment

Aligned to the frameworks your auditor already knows

OWASP MASVS OWASP MASTG OWASP ASVS NIST SSDF SP 800-218 NIST SP 800-53 Rev. 5 ISO 27001:2022 PCI-DSS v4.0 HIPAA Security Rule KVKK (Law No. 6698) GDPR (EU 2016/679)

Platform alignment statement. Independent certification status is published on the About page where applicable.

04FAQ

Frequently asked questions

Straight answers on scope, support, deployment and data handling.

Static analysis (SAST) of your app source and bytecode, dynamic analysis (DAST) while the app runs on an emulated device, runtime instrumentation (IAST) that observes real function calls, hardcoded credential detection, software bill of materials (SBOM) with known-vulnerability matching, and coverage against OWASP MASVS test cases.

Any organization that builds, maintains or distributes a mobile application, whether a single flagship product or a portfolio of dozens, needs recurring security testing. The platform is designed to fit software teams of every size and maturity level, not one industry.

Android (APK, AAB, XAPK) and iOS (IPA). Hybrid frameworks such as React Native, Flutter and Cordova are analysed at both the native and framework layer.

Yes. Native integrations ship for common CI/CD systems, issue trackers, SIEMs and identity providers, with a generic JSON webhook available on every plan. See the Integrations page for the current list.

Every finding is mapped to OWASP MASVS / MASTG test-case IDs so reports can be cross-referenced to the controls your auditor already recognises. Reports also reference widely used frameworks such as NIST SSDF SP 800-218 and ISO 27001:2022 Annex A.

Enterprise plans include single-tenant deployment in a customer-owned cloud account or fully air-gapped on-premise installation. The feature set and command-line interface are identical to the SaaS version.

Application binaries and scan results are stored encrypted and isolated per tenant. Data residency options are offered per plan. See the Privacy Policy and Data Processing Agreement for full detail.

Yes, you can start a technical trial by contacting us. We onboard the team, scan one of your applications, and hand over the evidence bundle so you can evaluate the platform on real output.

Evaluate on your own app

Bring security testing into every mobile release.

Request a walkthrough with one of our engineers. We scan one of your applications and share the evidence bundle so you can evaluate the platform on real output.

Sample executive PDF report, JSON / SARIF / CSV exports, full API request & response examples and an importable Postman collection, shared on request under NDA.