APIs are inherently vulnerable to attacks
APIs are essential for applications, but they also provide an easy way for threat actors to take advantage of and misuse services. Hardcoding API keys or credentials into application code is one of the four most common ways that APIs are vulnerable. If APIs leak into the public domain, businesses can suffer significant losses in revenue, service downtime, and brand reputation.
Rogue apps that connect to APIs are prone to abuse, leading to breaches, non-compliance, and loss of user trust. Unprotected apps can also be modified by attackers to steal sensitive data or use the app as a vector for malware or other attacks. As such, API protection is critical to prevent data breaches.
The amount of API attacks that come from seemingly legitimate users but are, in fact attackers with maliciously achieved authentication
The amount of account takeover attacks targeting APIs specifically
The maximum annual cost of poor API protection
Strengthen your app and API security
Promon SHIELD™ App Attestation tailored to your needs
- For Gaming
- For Banking and Open Banking
- For Streaming
- For eCommerce
Protect against friendly fraud and swiftly detect and block unauthorized app connections in real-time, ensuring fair gameplay for your games. Promon SHIELD™ App Attestation delivers filtered access to the gaming apps’ APIs and allows you to react if non-genuine apps are trying to connect to your servers.
For Banking and Open Banking
Verify the integrity and authenticity of your banking or fintech applications to guarantee that only trusted versions of the apps can interact with your servers. Promon SHIELD™ App Attestation ensures the security and integrity of the communication between the app and the servers of different financial organizations, preventing unauthorized access and data theft.
Keep streaming content secure and accessible only through legitimate channels, preventing unauthorized distribution and piracy. For instance, App Attestation will diminish DRM breaches on the server side because even if DRM keys are leaked, the API can only be accessed by protected, unmodified applications.
Safeguard your businesses from fraudulent transactions, account takeover, and identity theft, and minimize the risk of disputes and chargebacks. By thoroughly verifying the integrity and authenticity of your apps in real time, the module establishes a secure and trusted connection between the apps and your eCommerce platform’s APIs.
With Promon SHIELD™ App Attestation:
Transition from static to dynamic app attestation
While Google and Apple’s attestation approach is limited to session-based verification when the app is launched, SHIELD™ App Attestation provides transaction-based, continuous validation. This ensures the mobile app is executed in a secure and unmodified environment while connecting to your APIs. With real-time validation, the module enhances security and safeguards against potential tampering, providing higher protection for your app and data.
Go beyond authentication and secure your app at runtime
The Promon SHIELD™-protected app authenticates to the server side with the embedded assurance that the app is uncompromised. Google Play’s integrity and signing service and Apple’s app attest service don’t check if the application was tampered with and don’t validate the device integrity, while Promon SHIELD™ with the App Attestation module also validates the app and device integrity.
Get full control
Promon SHIELD™ App Attestation is fully self-contained and offers the same mechanism for attestation for iOS and Android apps. The attestation process occurs within the app without relying on external services or separate channels. This can provide benefits such as not being dependent on external availability, greater control over the process, and reduced risk of interception or tampering.
Gartner states that hardcoding API keys or other credentials in web and mobile applications is a major API vulnerability. This method makes these secrets vulnerable to decompiling attacks.Gartner. “API Security: What You Need to Do to Protect Your APIs.” Mark O’Neill, Dionisio Zumerle, Jeremy D’Hoinne