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Appknox delivers comprehensive mobile security through automated vulnerability assessment (SAST + DAST), API security testing, SBOM visibility, and continuous app store monitoring—all within one platform. Real-time dashboards and CI/CD integrations ensure fast, accurate, and scalable testing across Android and iOS.

Appknox offers end-to-end mobile app security, built for modern DevSecOps.

Appknox supports Android, iOS, and cross-platform frameworks like Flutter, React Native, Xamarin, and Ionic. Whether you’re developing native or hybrid apps, Appknox detects vulnerabilities at both code and runtime layers.

At Appknox, we strive to integrate with existing development and security tools to streamline workflows and enhance the overall security posture of applications. Integration capabilities include CLI integration, plugins for popular development environments, and compatibility with common CI/CD (Continuous Integration/Continuous Deployment) pipelines.

Worrying about intricate prerequisites is unnecessary – the process is straightforward. You just need to upload your mobile app's binary onto our platform, and from there, you can initiate the scanning procedure. 

Experience a seamless interface with our user-friendly dashboard. Easily identify initial steps and navigate them effortlessly, whether you're a seasoned user or a newcomer. Our comprehensive onboarding process ensures you maximize the potential of our dashboard, empowering your team with the skills to make the most of its capabilities.

Appknox provides unified, audit-ready dashboards that surface real-time vulnerability trends, severity breakdowns, compliance status, and remediation progress. Reports can be exported for developers, security leaders, or compliance teams and are fully traceable for internal and external audits. 

Read more: Appknox CISO Dashboard: Get Visibility into Your Mobile AppSec Data.

Yes. Appknox integrates directly into CI/CD pipelines, including Jenkins, GitHub Actions, GitLab CI, CircleCI, and Bitrise, triggering automated security scans on every build or commit. Teams can configure severity-based gates so that only high-severity findings block a release, keeping security checks within the existing development workflow rather than adding a separate step. 

Explore: Appknox Integrations

Appknox integrates with Jira, Slack, GitHub, GitLab, Bitbucket, and Azure DevOps. Vulnerability findings can be pushed directly into Jira or ServiceNow as tickets; critical alerts can be routed to Slack channels for real-time visibility; and GitHub or GitLab integrations automatically trigger scans on commits or pull requests, so findings flow into the tools development teams already use. 

Vulnerability Assessment involves employing specific test cases to pinpoint established vulnerabilities within mobile applications. These vulnerabilities are then ranked according to severity, relying on the Common Vulnerability Scoring System (CVSS) scores. The assessment scans for CVEs listed by security communities such as OWASP. It is an invaluable method for identifying potential security threats, using solely your mobile app's binary.

Appknox's automated vulnerability assessment combines binary-based static analysis (SAST), real-device dynamic analysis (DAST), and API security testing into a single workflow, with under 1% false positives. Scans are triggered automatically via CI/CD or manual upload, and results include CVSS-based severity ratings and developer-ready remediation guidance. 

Appknox combines static application security testing (SAST) and dynamic application security testing (DAST) to uncover vulnerabilities across the mobile app lifecycle. SAST analyzes Android and iOS binaries to identify insecure code patterns, misconfigurations, and hardcoded secrets, while DAST observes app behavior at runtime on real devices to detect issues that only surface during execution.

💡Pro tip: Run deep, mobile-first security analysis, both before and during runtime.

Explore more: Appknox Automated VA

The API Testing secures the vulnerable endpoints of your mobile app - and analyzes web servers, databases, and any other components interacting with your server.

The process begins with the upload of your mobile app's binary file. Subsequently, Appknox performs a static analysis to assess potential vulnerabilities. Once the static analysis is complete, the platform performs dynamic analysis and an API scan. During this phase, various vulnerabilities are detected within your app's APIs. Finally, Appknox compiles a detailed report that outlines these vulnerabilities, highlights security gaps, and provides actionable recommendations for resolving these issues, ensuring the enhanced security of your mobile app.

Appknox makes API testing easy to adopt by fitting directly into the tools developers already use, without adding new workflows.

API security tests integrate seamlessly into:

• CI/CD pipelines (run automatically on builds or merges)

• Build logs (see failures where you debug code)

• Issue trackers (track findings like regular bugs)

This means:

• You catch API issues early, in context

• Security findings don’t feel “separate” from development work

• Fixes fit naturally into sprints and release cycles

📌Key takeaway: API testing sticks when it feels like part of development,  not an extra security step. Appknox is built to work with developers, not around them.

Penetration testing is a fairly complex procedure that requires hands-on experience and can be performed by certified professionals only. 

While the actual process may vary from organization to organization, a typical penetration test involves the following steps: Planning and Scope Information Collection, Vulnerability Scanning Exploitation Post-Exploitation, and Detailed Reporting Mitigation.

Additionally, it's crucial to mention that performing Vulnerability Assessment (VA) on the application is an integral part of this process. VA helps identify potential loopholes that could be exploited for business logic attacks, further enhancing the overall security assessment.

A software bill of materials (SBOM) is a complete inventory of the third-party libraries and SDKs inside an app, used to flag outdated dependencies and known CVEs. Appknox automatically generates an SBOM from mobile build artifacts (APK or IPA) as part of the CI/CD pipeline, in standard formats such as CycloneDX or SPDX, ensuring every release has a matching SBOM without manual effort. 

Explore:  Appknox Binary-based SBOM

Yes. Appknox analyzes embedded third-party SDKs to identify unsafe data collection practices, excessive permissions, and unauthorized data transmission. This gives teams visibility into SDK-level privacy risks that often bypass traditional security testing.

Explore more: Appknox Privacy Shield.

Yes. Appknox’s SBOM (Software Bill of Materials) feature provides a complete inventory of your app’s third-party SDKs and libraries. It highlights outdated or vulnerable components, helping you maintain supply chain compliance with NIST and ISO standards.

💡Pro tip: Ensure transparency in your software supply chain to stay on top of compliance mandates at all times.

Learn more:  The Role of SBOM in Software Supply Chain Security.

The SBOM feature automatically lists out all SDKs and open-source dependencies within your mobile binary. It flags outdated or vulnerable components with their vulnerability status and corresponding risk scores, keeping your supply chain secure.

More on this: SBOM 101: A Complete Guide to Software Bill of Materials

Yes, Appknox can effortlessly detect cloned or tampered apps on the App Store and Play Store in real time.

With Storeknox, Appknox’s continuous app-store monitoring feature, you’ll be alerted the moment a cloned or repackaged app appears in any major marketplace. It helps you act fast to protect users and your brand reputation.

Stay one step ahead of impersonators, 24/7.

Storeknox is Appknox's real-time app store monitoring engine. It scans official and third-party app stores to detect cloned, repackaged, or malware-infected versions of an app, alerting brands the moment an impersonation appears so they can act before it harms users or erodes brand trust.

Explore: Storeknox | Continuous app store monitoring

Appknox’s Store Monitoring scans app stores periodically to identify fake, tampered, or cloned versions of your app. You receive alerts in real-time, helping you take down impersonations before they damage user trust and your brand’s reputation.

Explore:  Importance of Continuous App Store Monitoring | Storeknox

Appknox Privacy Shield audits an app's permissions and data usage to find privacy violations, including hidden trackers, exposed personally identifiable information (PII), and over-permissioning. It maps an app's full privacy footprint against declared privacy policies and flags gaps between what's declared and what the app actually does at runtime. 

Read more: From Unknowns to Known Risks: Mapping Your App’s Privacy Surface.

Appknox provides developer-ready remediation guidance for every vulnerability, including clear explanations, reproducible evidence, and step-by-step fix recommendations. Each finding is mapped to global compliance standards (OWASP MASVS, PCI-DSS, GDPR, NIST, etc.) and prioritized by severity, helping teams focus on what matters most. 

Appknox also supports rescanning and CI/CD verification to confirm that fixes are effective and audit-ready.

With Appknox, you get structured, actionable remediation that shortens MTTR and strengthens compliance.

API scan results are available directly in the Appknox dashboard once a scan completes. The dashboard provides real-time visibility into detected API vulnerabilities, severity levels, affected endpoints, and remediation status. Teams can filter results by risk, API, environment, or release, and export reports for audits or remediation workflows.

Appknox’s single dashboard provides instant visibility into API security risks without manual correlation.

A comprehensive Appknox vulnerability assessment, covering SAST, DAST, and API testing, completes in under 90 minutes, with results visible in the dashboard immediately after completion. Critical issues from the static scan are surfaced instantly after binary upload, before the full assessment finishes.