Enterprise-grade autonomous content protection with cryptographic verification, real-time drift detection, and self-healing recovery mechanisms.
SHA-256 based content signatures provide tamper-proof verification of protected elements. Each element maintains its own cryptographic fingerprint validated against known-good states stored in immutable records.
Continuous surveillance engines deployed at the edge monitor protected content with configurable detection intervals. DOM mutation observers and content hash validation identify unauthorized modifications within seconds of occurrence.
Self-healing mechanisms automatically restore compromised content to verified states without manual intervention. Recovery actions are logged for audit compliance and analyzed to improve threat detection models.
Comprehensive visibility into security events, drift patterns, and system health metrics. Track protection coverage, monitor threat trends, and analyze recovery performance through intuitive management interface.
RESTful API enables seamless integration with existing security infrastructure, SIEM systems, and CI/CD pipelines. Programmatic access to protection configuration, event streaming, and audit logs.
Built for serverless architectures with edge distribution. Scales automatically with application traffic and maintains consistent protection across global infrastructure. Zero-infrastructure deployment.
Protected elements are registered with CSS selectors defining scope. System generates cryptographic signatures for each element, creating a DNA snapshot representing the known-good state. Signatures are stored in distributed immutable storage with timestamp and versioning.
Edge surveillance engines maintain persistent connections to protected applications. DOM mutation observers trigger immediate validation on content changes. Periodic integrity checks validate all protected elements regardless of observed mutations. Monitoring operates independently of application logic.
Current content state is hashed and compared against stored signatures. Detected discrepancies trigger drift events with severity classification based on modification type and scope. System analyzes drift patterns to distinguish between legitimate updates and potential security incidents.
Verified threats initiate automated recovery workflows. Self-healing mechanisms restore content to last known-good state using cached verified versions. Recovery actions are logged with full audit trail. Alerts notify security teams of high-severity events requiring investigation.
Target uptime: 99.5% measured monthly, excluding scheduled maintenance windows. Service credits provided for availability below target. Uptime measured via distributed health checks across multiple geographic regions.
Drift detection target: 60 seconds from modification occurrence under normal operating conditions. Actual detection time depends on monitoring interval configuration, system load, and network latency. High-priority elements support sub-30-second detection intervals.
Self-healing initiation target: 120 seconds from drift detection. Complete recovery time varies based on content complexity, cache availability, and network conditions. Typical recovery for standard protected elements completes within 5 minutes. Complex multi-element restorations may require additional time for validation.
API endpoint response time: 95th percentile under 200ms for standard operations. Rate limits vary by subscription tier. Burst capacity available for high-volume periods.
Critical issues: Initial response within 2 hours. High-priority issues: Response within 8 business hours. Standard inquiries: Response within 24 business hours. Support available via email and dedicated support portal.
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