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Reverse engineering allows attackers to decompile and analyze your app’s code to uncover logic, vulnerabilities, or sensitive assets. Once exposed, they can clone the app, bypass security controls, or inject malicious behavior, all without your knowledge.

Sensitive information like user credentials, personal details, or payment data can be leaked due to weak encryption or improper storage. These leaks are often silent but deadly, damaging user trust and exposing your organization to compliance violations.

Third-party SDKs can become backdoors if not properly secured. Attackers may tamper with SDKs to insert malicious payloads or spyware, without altering the main app code. This makes the threat harder to detect and even harder to trace.

Tampering involves unauthorized modification of your app, such as changing behavior, disabling security checks, or adding malicious code. Tampered apps are often redistributed as fake versions, tricking users into trusting something dangerous.

If cryptographic keys are hardcoded or weakly protected, attackers can extract them to decrypt sensitive data, impersonate services, or forge tokens. One exposed key can compromise your entire security architecture.

Attackers may exploit app vulnerabilities to manipulate or hijack financial transactions, often rerouting funds or executing unauthorized transfers — leading to direct financial loss and user distrust.

Weak authentication mechanisms can be bypassed using techniques like session hijacking, brute force, or exploiting insecure logic. Once bypassed, attackers can gain access to privileged areas without being detected.

Malicious actors create counterfeit versions of your app, often embedding malware or phishing elements. Users are tricked into downloading these apps, thinking they’re legitimate, resulting in stolen credentials and reputational damage.

Fake login or input screens mimic the real interface of your app. Users unknowingly enter credentials into these fake screens, handing sensitive information directly to attackers in real time.

In MitM attacks, attackers intercept communication between your app and server — often by exploiting insecure Wi-Fi or certificates. They can steal session data, modify traffic, or impersonate the server itself.

Once an attacker breaks through your app’s core protections, all security assumptions collapse. Breached defenses open the door to lateral movement, persistence, and full exploitation, often undetected until significant damage is done.