Core Advantages

Under modern cloud-native and microservices architectures, traditional security protection methods can no longer meet the security requirements of runtime applications.

Through our innovative runtime security protection and observability system, we deliver end-to-end capabilities spanning attack detection, vulnerability discovery, proactive defense, and asset security profiling.

Runtime Intrusion Detection and Protection

The system provides multi-dimensional intrusion detection and protection capabilities:

Real-time Intrusion Detection

• Supports real-time intrusion alerts for OWASP Top 10 application security vulnerabilities;
• Can identify scanner behaviors such as Xray and SQLMap, as well as connection attempts from WebShell tools like Godzilla and Behinder;
• Provides proactive monitoring capabilities for Java memory shells, effectively preventing attackers from implanting malicious code within applications.

Vulnerability Exploitation Protection

• Precisely identifies vulnerability trigger behaviors and exploitation chains, enabling real-time alerts for vulnerability attacks;
• Automatically blocks actual vulnerability attacks to ensure secure and stable production environment operations.

Runtime Asset Management from Security Perspective

Redefines the runtime asset framework through a security lens, forming a dynamic, observable asset panorama:

Asset Classification: Covers multi-level asset types including processes, application systems, databases, Pods, components, and APIs.

Asset Tag-based Management:
Automatically identifies whether APIs are zombie interfaces or have business security risks, enabling precise protection and risk management.

Asset Classification

Covers the following multi-level asset types:

• Process assets
• Application system assets
• Database assets
• Pod assets
• Component assets
• API assets

Asset Tag-based Management

• Automatically identifies whether APIs are zombie interfaces;
• Identifies whether interfaces have business security risks, enabling precise protection and risk management.

Vulnerability Discovery and Security Observability

Runtime Vulnerability Auto-Discovery

Real-time monitoring of vulnerability status in running applications, enabling continuous vulnerability exposure tracking.

Production Environment Security Observability

Building an asset-centric security visualization system:

• Asset Vulnerability: Quantifiably displays the number of historical vulnerabilities, number of vulnerable components, and attack frequency on interfaces;
• Attack Posture: Presents attack behaviors and detailed data from applications, components to API layers;
• Protection Status Monitoring: Clearly distinguishes monitoring and interception states to achieve a closed-loop runtime protection system.

Advanced Protection Capabilities

• 0-Day Alert and Protection: Proactively identifies and blocks unknown attacks based on behavioral modeling and threat intelligence.
• Application Hot-Patching Mechanism: Supports dynamic vulnerability-level fixes in production environments, enabling patch injection without downtime.
• Deep Vulnerability Detection in Test Environment: Identifies and fixes security issues during R&D testing phases, shortening security response cycles.

Differences and Advantages Compared to Traditional Security Solutions

Compared to traditional security products, Runtime Application Security Posture Management (ASPM) offers significant advantages in detection depth, deployment method, and performance impact:

Comparison Dimension	WAF	HIDS	RASP	ASPM (Our Solution)
Protection Layer	Traffic Layer	Host Layer	Application Layer	Traffic + Code Layer
Detection Depth	Signature Rule Matching	System Behavior Monitoring	Function Call Level	Trace Call Chain Level
Microservices Adaptation	Weak	Not Supported	Average	Excellent
Deployment Method	Standalone Gateway	Agent	Agent	Non-Intrusive (Reuses APM)
Performance Impact	Moderate	Low	High	Extremely Low (<1%)

ASPM combines the code-level protection of traditional RASP with the traffic detection capabilities of WAF,
leveraging Trace data collected by APM for security analysis without requiring additional security Agent deployment,
thereby achieving zero intrusion, low overhead, and deep protection.