Question 1

What types of attacks does RASP+ protect against?

Accepted Answer

RASP+ protects against a broad spectrum of attacks, including reverse engineering, code injection, API abuse, session hijacking, malware, and attacks targeting compromised OS environments.

Question 2

How does RASP+ differ from traditional security solutions like WAFs?

Accepted Answer

Unlike Web Application Firewalls (WAFs) which operate at the network perimeter, RASP+ operates from *within* the application, providing more accurate and effective protection against attacks that bypass perimeter defenses.

Question 3

What is the Talsec SDK and how does it enhance security?

Accepted Answer

The Talsec SDK provides in-app protection against reverse engineering, device integrity checks (root/jailbreak detection), and malware attacks, adding an extra layer of security to your application.

Question 4

Does RASP+ impact application performance?

Accepted Answer

RASP+ is designed for minimal performance overhead. While some impact is possible, it's typically negligible and significantly less than the cost of a successful attack.

Question 5

How does RASP+ integrate with existing security tools and workflows?

Accepted Answer

RASP+ sends threat signals to security information and event management (SIEM) systems and other security monitoring tools, enabling seamless integration with your existing security infrastructure.

Question 6

What platforms and languages does RASP+ support?

Accepted Answer

RASP+ supports a wide range of platforms including iOS, Android, and various server-side languages like Java, .NET, and Node.js. Specific support varies by version.

Question 7

Is RASP+ easy to deploy and maintain?

Accepted Answer

RASP+ is designed for relatively straightforward deployment, often requiring minimal code changes. Ongoing maintenance involves monitoring alerts and updating the RASP+ engine.

Question 8

What kind of reporting and alerting capabilities does RASP+ offer?

Accepted Answer

RASP+ provides detailed reporting on detected threats, including attack type, severity, and affected resources. Customizable alerts can be configured to notify security teams in real-time.

RASP

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