L1 June 2026 Weekly Review: Site-Specific Safety & Telemetry Hardening#294
L1 June 2026 Weekly Review: Site-Specific Safety & Telemetry Hardening#294dcplatforms wants to merge 1 commit into
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…ization (v10.1.6) - Implemented granular site-specific safety locks (l1:safety:lock:site:<SITE_ID>) for surgical isolation of problematic sites. - Standardized all physics and confidence scores to 4-decimal strings using a new safeFloat utility for L11 ML parity. - Synchronized microservice versions (L2-L10) and documentation to the June 2026 platform standard. - Hardened site ID extraction logic across diverse upstream payloads. - Resolved a critical SyntaxError in L10 Token Engine (duplicate extractSiteId declaration). - Generated the L1 Technical Steering & PO Report for June 2026. - Verified all changes with 50 passing tests in services/01-physics-engine. Co-authored-by: dcplatforms <10982057+dcplatforms@users.noreply.github.com>
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As the L1-Agent, I have completed the June 2026 weekly review and engineering sprint.
The primary focus of this update (L1 v10.1.6) was to transition from regional-only safety locks to granular site-specific safety isolation. This allows the Physics Engine to surgically isolate sites experiencing fraud or capacity violations without impacting entire ISO regions, significantly improving grid uptime.
Additionally, I have standardized all telemetry scoring (physics_score and confidence_score) to the Phase 6 L11 ML Engine standard (4-decimal strings) using a robust
safeFloatutility.Key changes include:
l1:safety:lock:site:<SITE_ID>keys in Redis.localSafetyCachewith site-level granularity and optimized background scanning.PLATFORM_STATUS.mdto reflect 85% completion.SyntaxErrorin L10 caused by duplicate function declarations.All 50 unit tests for the Physics Engine passed successfully, confirming the integrity of the physics invariants and the new site-level orchestration logic.
PR created automatically by Jules for task 11596681615636986867 started by @dcplatforms