Atlantic-centered map ops
Interactive Case Study · Active Lab
A production-style intelligence dashboard that fuses world events, cyber intelligence, CSP incidents, market signals, disaster overlays, and vulnerability data into a single operator view. This case study captures shipped architecture, current analyst workflows, and the next delivery targets.
Atlantic-centered map ops
Supabase schema + retention model
Signal rails, ticker, status strip, chat
Provider health + fallback paths
Recent production capture from the live Intel dashboard, showing map operations, stream health, market telemetry, and Security Watch context.
Open video in new tabCore flow from external OSINT-style feeds through ingestion and normalization into map overlays, feed rails, and operator actions.
Current production signal coverage spans public intelligence, cloud/provider status, market/crypto telemetry, vulnerability intelligence, disaster overlays, and platform-health context. Provider health is tracked independently so degraded upstreams remain visible to operators.
World events and open-source intel
Cloud service and platform status
Markets and digital assets
Aviation and flight telemetry
Cyber threat and security watch feeds
Vulnerabilities and exploit probability
Geospatial hazard overlays
Feed expansion
Expanded source coverage across cyber intelligence, CSP/platform health, vulnerability advisories, and market/crypto feeds.
Operational resilience
Hardened provider-level status handling with explicit degraded/error states and fallback paths for upstream instability.
Contextual chat + artifacts
Extended analyst workflows with context-aware chat actions and artifact outputs designed for fast operator handoff.
Production-facing demo cadence
Maintained a continuously deployed public environment with active telemetry and rapid iteration across map, feed, and briefing surfaces.
Runbook automation
Add threshold-based escalation hooks, guided triage prompts, and role-aware runbook routing.
Correlation and narrative stitching
Group related multi-source signals into incident narratives with explicit confidence/provenance tracking.
Persistence depth
Add dedicated quote, incident, and IOC storage models for replay, auditing, and retrospective analysis.
Scheduled orchestration hardening
Expand automated ingestion/snapshot/retention jobs with stronger observability and recovery controls.
Public webcam overlays + dashboard component
Add geospatially pinned public webcams to the map and expose a dedicated dashboard component for live visual context in operator workflows.
The active dashboard is available at labs.dh7systems.com and is iterating in public as ingestion and analyst features expand.
Open Intel Dashboard