Security Scenario | Product Value |
Unclear Cloud Asset Inventory Assets are scattered across multiple accounts, with unclear quantities and unidentified risks, making security efforts difficult to initiate. | The Asset Center centrally manages hosts, containers, and cloud products, and automatically synchronizes changes. The Overview quantifies the risk level with a security health score, transforming the state of "unclear assets and unknown risks" into a visual representation where priorities are immediately apparent. |
Long Vulnerability Fixing Cycle Scan results pile up, making it unclear which vulnerability to fix first; manual, host-by-host remediation is extremely inefficient. | It automatically outputs remediation priorities by synthesizing dimensions such as CVSS scores and asset criticality. Linux / Windows / Web-CMS vulnerabilities can be fixed with one click in batches, significantly reducing the exposure window for high-risk vulnerabilities. |
Cloud Product Misconfiguration and Sensitive Data Exposure Risk Misconfigurations such as publicly readable buckets and overly permissive security groups persist silently, constituting the direct root cause of data leakage. | CSPM automatically scans for misconfigurations in cloud databases, buckets, security groups, and other resources. DSPM identifies the risk of sensitive data exposure. Cloud Perimeter Analysis quantifies attack surfaces, transforming security management from reliance on chance discovery to continuous automated scanning and proactive risk exposure. |
Time-Consuming and Laborious CIS Compliance Evidence Collection Each review requires manual collection of materials such as vulnerabilities, logs, and configurations, which is time-consuming and prone to omissions. | It includes built-in CIS Benchmark baselines, automatically scans them, and outputs remediation suggestions. One-click checks transform compliance from a "last-minute scramble" into a continuous, demonstrable daily practice. |
Low Efficiency in Intrusion Alarm Handling A massive number of alarm false positives are mixed together, making manual analysis time-consuming; the response chain for cross-tool handling is long. | It automatically distinguishes real threats from false positives and outputs remediation suggestions, reducing investigation time from minutes to seconds. Alarms from the same attack chain are automatically aggregated. Operations such as host isolation and IP address blocking can be executed with one click on a single page, improving response efficiency. |
Ransomware Threat and Business Paralysis Risk Files are encrypted in batches, business operations are paralyzed within minutes, and traditional tools suffer from severely delayed detection. | It monitors process behavior in real time, identifies ransomware characteristics before they spread, and triggers alarms. It also supports one-click network isolation to block lateral movement. Snapshot detection confirms that backup data is not infected, ensuring rapid and secure business recovery. |
Container Cluster Attacks and Poor Cloud-Native Security Visibility Attacks such as container escape and Kubernetes lateral movement cannot be covered by traditional tools, and intrusion traces are difficult to trace. | Container runtime threat detection monitors container escapes and abnormal processes in real time. Kubernetes APIServer log monitoring identifies high-risk operations at the cluster control plane. |
Lack of Security Detection and Vulnerabilities Introduced into Production via Images Image vulnerabilities and hard-coded secrets are not discovered until weeks after production deployment, resulting in extremely high remediation costs. | CI/CD integration automatically scans during the build phase and blocks the release of high-risk vulnerabilities. The image repository continuously scans for vulnerabilities and sensitive credentials. IaC scanning identifies configuration risks during the code commit phase, shifting security checks left from post-deployment remediation to the build phase for proactive blocking. |
Difficulty in Security Event Tracing and Inability to Quickly Reconstruct the Full Attack Picture Logs are scattered across multiple locations, making manual search take days; it is difficult to produce a complete incident report afterwards. | Log analysis uniformly collects host, container, and Kubernetes audit logs and supports full-text search. It automatically reconstructs the attack chain and can submit the findings to management. |
Difficulty in Quantifying Security Investment and Management's Inability to Evaluate Effectiveness Security work is perceived as a black-box cost with no data to support it. | The overall security posture is continuously quantified by the security health score. Metrics such as vulnerability fixing volume, compliance rate, and alarm handling rate are recorded throughout the entire process. It transforms security operations from an "unquantifiable black box" into a verifiable, visualized asset. |
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