Runtime ADR

Raven continuously monitors all libraries and their runtime behavior, instantly detecting and preventing any deviation, supply chain attacks or exploit attempts at the very first step of the attack chain.

With comprehensive application-level insights, Raven provides unique visibility into library anomalies.

This next-generation cloud workload protection extends beyond traditional OS-level monitoring to deliver full visibility into code and applications running on it, setting a new cloud security standard.

Book a Demo

The age where you could rely on CVE and sleep well is over

70% of exploits in 2023 were CVE-Less, meaning they had no disclosed CVE at the time of the exploit. These CVE-Less vulnerabilities include malicious packages, AI Package Hallucinations, reported but not disclosed CVEs (aka. CVE/NVD backlog), library misconfigurations and of course the infamous Zero-Days.

In order to keep up with sophisticated attackers and ensure the security of modern cloud applications, organizations are now required to add a security layer which can detect attacks without relying on existing CVE signatures.

Detect Early in the Kill Chain

Detect Even Without a CVE

Quick and Easy Analysis With library-call-stack

Improve Security Posture

FAQ

What is cloud application detection and response?

Cloud application detection and response (ADR) is a cybersecurity practice focusing on real-time monitoring, analyzing, and protecting applications from threats. It applies to identifying suspicious activities within applications and responding quickly to potential security happenings.

How does cyber security application detection and response differ from traditional security measures?

Traditional security measures that depend on known signatures and cyber security application detection and response use refined analytics and behavioral analysis to detect sophisticated threats. This allows it to identify and respond to previously unknown attacks.

What are the benefits of executing application threat detection and response?

Here are the Key benefits:

Improved threat detection capabilities
Faster incident response times
Better protection against zero-day attacks
Reduced risk of data breaches
Enhanced visibility into application behavior

How does application detection and response work?

Application detection and response applies ADR principles to cloud-based applications. It monitors cloud application traffic, user behavior, and data access patterns to identify possible threats. When detected, suspicious activity can automatically respond by blocking access, alerting security teams, or starting other protective measures.

Is application detection and response suitable for all types of organizations?

While ADR can benefit organizations of all sizes, it's especially essential for those operating sensitive data, in regulated industries, or relying heavily on cloud-based applications. However, the complexity of performance and cost may vary based on organizational needs and resources.

How does application detection and response handle false positives?

ADR systems typically use machine learning and AI to improve their accuracy continuously. They can be tuned to reduce false positives over time. Many systems also allow human review and feedback to refine detection algorithms further.

What skills are required to manage an application detection and response system?

Managing an ADR system typically requires skills in:

Application security-Cloud security (for cloud-based ADR)
Data analysis and interpretation
Incident response
Familiarity with the specific ADR platform being used

H3: How does application detection and response handle encrypted traffic?

Advanced ADR solutions can examine encrypted traffic without decrypting it, using behavioral analysis and machine learning practices. Some solutions may also work with decryption technologies when necessary and permitted.

What types of threats can application detection and response identify?

ADR can identify a wide range of threats, including:

Malware infections-Insider threats
Account takeovers
Data exfiltration attempts
Application layer attacks (e.g., SQL injection, cross-site scripting)
Abnormal user behavior

Our Language Support

Blog

Security

eBPF Unleashed: The Future of Runtime Application Security

Discover how eBPF revolutionizes runtime application security.

Security

What Really Burns? The 4 Elements of Library Lifecycle

Libraries pass through four distinct stages that mirror the elements of nature—air, earth, water, and fire. Just as in nature, each stage has its characteristics, but only one stage can BURN.

Security

7 Reasons Why Attackers Shifted Towards Cloud Applications

Attackers are increasingly shifting their focus from infrastructure to applications, exploiting vulnerabilities that traditional security measures cannot protect.

View all

Runtime ADR

The age where you could rely on CVE and sleep well is over

Detect Early in the Kill Chain

Detect Even Without a CVE

Quick and Easy Analysis With library-call-stack

Improve Security Posture

FAQ

What is cloud application detection and response?

How does cyber security application detection and response differ from traditional security measures?

What are the benefits of executing application threat detection and response?

How does application detection and response work?

Is application detection and response suitable for all types of organizations?

How does application detection and response handle false positives?

What skills are required to manage an application detection and response system?

H3: How does application detection and response handle encrypted traffic?

What types of threats can application detection and response identify?

Our Language Support

Blog

eBPF Unleashed: The Future of Runtime Application Security

What Really Burns? The 4 Elements of Library Lifecycle

7 Reasons Why Attackers Shifted Towards Cloud Applications

Protect Your Application With ADR