See how leading companies in Fintech, Retail, and Healthcare use AppAudix to overcome critical audit failures and secure their mobile applications.
A leading digital bank faced a critical audit failure due to sensitive data leakage in application logs just days before their product launch.
During a routine PCI-DSS pre-audit, the bank discovered that their logging framework was inadvertently capturing unmasked CVV codes and partial PAN data in debug logs. This was a severe violation of PCI-DSS Requirement 3.2.
Using AppAudix's automated deep-scan engine, the team identified 14 specific instances of data leakage across their codebase, including 3 hidden in third-party SDKs that manual reviews had missed.
A non-custodial crypto wallet needed to prove to auditors that private keys were never accessible in plain text, even during runtime memory analysis.
External penetration testers managed to extract private keys from the app's memory heap on rooted Android devices. While not a direct PCI requirement, their payment processor required PCI-grade security standards for fiat on-ramps.
AppAudix's advanced memory analysis detected that the React Native bridge was retaining sensitive strings in memory longer than necessary. The tool suggested implementing secure memory clearing for the specific native modules handling keys.
A mobile POS solution for tablets was flagged for using weak cipher suites during transaction uploads on legacy networks.
To support older hardware, the app had fallback TLS configurations that allowed outdated, insecure protocols (TLS 1.0). This violation of PCI-DSS Requirement 4.1 put cardholder data at risk of interception.
AppAudix flagged the insecure network security configuration file immediately upon upload. It provided a generated XML configuration that enforced TLS 1.2+ while maintaining compatibility with the necessary endpoints.
A telemedicine app processing copayments struggled to segregate payment data from patient health information (PHI).
The app was caching API responses that contained both payment tokens and patient diagnosis codes in the same local SQLite database without adequate column-level encryption, violating both HIPAA and PCI-DSS standards.
AppAudix's data flow analysis mapped the journey of sensitive data throughout the app. It highlighted exactly where the payment token was being written to disk insecurely.
A popular travel booking app failed a penetration test due to a vulnerability in a widely used advertising SDK.
The development team was confident in their own code, but an older version of an ad-network SDK contained a known vulnerability (CVE-2023-XXXX) that allowed arbitrary code execution. This put user credit card data at risk.
AppAudix's dependency scanner identified the vulnerable library version immediately. It didn't just flag the library but pointed to the specific compiled class files that contained the vulnerable methods.
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