Runtime Application Self-protection (RASP)
Runtime Application Self‑protection (RASP) detects and responds to attacks as an app runs, identifying tampering, manipulation, and malicious tooling in real time. This is critical because mobile and web apps often operate in untrusted environments where attackers can analyze or alter them beyond perimeter defenses.
Digital.ai embeds runtime protections directly into your apps to detect and block runtime threats. Paired with advanced hardening, it provides layered, in‑app defense across iOS, Android, and web applications.
- Detect and block runtime attacks such as hooking, injection, and debugging as they occur inside the app.
- Enforce real‑time defensive actions such as shutting down the app, disabling sensitive features, or requiring step‑up authentication when threats are detected.
- Strengthen app integrity with layered protection combining RASP, anti‑tampering, anti‑analysis, obfuscation, and jailbreak/root detection.
Request a Demo
Trusted by Enterprise Customers
How RASP Improves App Security
Applications today run across a wide range of devices and environments, many of which organizations cannot control. Attackers use dynamic analysis tools, hooks, debuggers, scripts, and instrumentation frameworks to observe or manipulate applications as they run. Runtime protection helps detect and mitigate these threats at the moment they occur.
As mobile and web apps process sensitive data and business logic, runtime manipulation attempts can compromise security and user trust. RASP and complementary protections help reduce exposure to logic abuse, unauthorized changes, and behavior designed to bypass existing controls.
How Digital.ai Protects Applications at Runtime
Digital.ai embeds built‑in runtime protection directly into your applications, combining advanced hardening, anti‑tampering, and anti‑analysis controls to make it significantly harder for attackers to probe, manipulate, or alter app behavior during execution. These protections reinforce app integrity and prevent common runtime attack techniques before they can compromise sensitive logic or processes.
By integrating RASP capabilities alongside multilayered hardening, Digital.ai stops manipulation attempts earlier in the attack chain and maintains secure execution, even on unsafe or compromised devices. This proactive, in‑app defense model helps organizations reduce risk, protect critical data, and ensure mobile and web apps can operate safely in untrusted environments.
Runtime Self-protection Capabilities
Runtime Threat Detection
Monitors app behavior and flags suspicious activity such as hooking, code injection, and unauthorized instrumentation.
In‑App Attack Blocking
Actively blocks tampering, dynamic analysis, and debug attempts while the app is running to prevent exploitation.
Rooted and Jailbroken Device Protection
Identifies compromised devices and enforces policies, from warnings to feature restrictions or app shutdown.
Anti‑Debugging and Anti‑Hooking Controls
Detects debuggers and hooking frameworks and disrupts their operation to protect sensitive execution paths.
Policy‑Driven Response Actions
Enables configurable responses based on threat severity, such as log, alert, degrade functionality, or app termination.
Integration with App Hardening
Combines RASP with code obfuscation and anti‑tampering for layered defense against static and runtime attacks.
Attacks Are Rising on Client Apps. Are Your Defenses Keeping Up?
