Changelog

Compliance bundles now carry version metadata that tracks when rules were last updated, which platform release introduced changes, and what regulatory guidance drove the update. Audit reports include the bundle version active at the time of each enforcement decision.

The policy rule editor now supports inline condition previews — showing a plain-language summary of each rule as conditions are added. Drag-and-drop reordering provides immediate visual feedback on evaluation order changes.

The testing infrastructure now includes end-to-end browser tests covering critical governance workflows — policy enforcement, DLP detection, audit log retrieval, and admin portal operations. Regression gates prevent accuracy degradation from reaching production.

The cloud portal now surfaces webhook delivery metrics with per-endpoint success rates, retry schedules, and response body previews. Failed deliveries are actionable directly from the dashboard without requiring log access.

The admin portal onboarding flow now persists progress across sessions. Teams that start the setup wizard can return later and pick up where they left off — API key generation, identity provider configuration, and compliance bundle selection all retain state.

A dedicated industry landing page for government agencies and defense contractors now covers FedRAMP, FISMA, NIST 800-53, CMMC 2.0, ITAR, EAR, and DFARS compliance mapping — with air-gap Outpost deployment guidance for classified networks.

Competitive comparison pages for Netskope SSE and Zscaler ZIA/ZPA are now fully indexed for search engines. Both pages include expanded comparison tables, updated metrics, and clear differentiation on prompt-level DLP accuracy and air-gap deployment.

A new diagnostic command collects system state, configuration checksums, rule bundle versions, audit queue depth, and connectivity status into a single encrypted archive. Support teams can request a diagnostic dump from Outpost operators without requiring direct access to the air-gapped environment.

Automated end-to-end browser tests now run against the full application stack. The framework validates critical user journeys — login, chat, policy enforcement, audit log retrieval — across Chrome and Firefox. Tests execute on every pull request, catching regressions before they reach production.

The webhook management interface now surfaces delivery metrics — success rates, retry counts, and average response times — in a dedicated dashboard view. Failed deliveries include response body previews and retry scheduling controls, reducing the time to diagnose integration issues.

Industry landing pages for healthcare and financial services now include full compliance framework mapping. Healthcare covers HIPAA, HITECH, HL7/FHIR, FDA 21 CFR Part 11, HITRUST CSF, and 42 CFR Part 2. Financial services covers PCI-DSS, SOX, GLBA, BSA/AML, SEC Reg FD, and FFIEC.

Hybrid Outpost deployments received several operational improvements — graceful shutdown handling during rolling updates, automatic certificate renewal for mTLS connections, and improved disk space management for audit log rotation. These changes reduce operational overhead for self-managed data plane installations.

The documentation site now covers the complete API surface, deployment guides for every supported configuration, and per-framework compliance mapping references. Coverage includes all DLP entity types, policy engine rules, and integration endpoints.

Content categories now feed directly into policy engine evaluation. Rules can reference content classification results — routing clinical AI queries through healthcare-specific DLP while applying lighter policies to administrative use cases. Category-aware policies reduce false positives without weakening enforcement for regulated data.

New accuracy tracking for every DLP entity type. The accuracy pipeline runs detection against labeled test sets on a scheduled basis, producing per-entity confidence scores that feed directly into the admin dashboard. Teams can identify under-performing patterns before they cause false positives in production.