# 102 - Global Threat Surface Visualizer

An interactive 3D WebGL globe that renders geographic threat context in real time.
Streams map tiles on demand, supports orbital-to-city zoom, and pins live or
simulated threat markers across client infrastructure and attack origin zones.

## The Problem

Security operations teams work with IP addresses, ASNs, and hostnames in flat tables.
Geographic context exists — but it lives across 4 to 6 separate tools:

- Threat intel platform for IP geolocation
- SIEM for event origin
- Cloud console for region mapping
- Separate dashboard for client site locations
- Manual spreadsheet cross-referencing to connect them

The result: analysts lose 20 to 40 minutes per investigation just answering "where is this."
For MDR teams handling 50 to 200 alerts per shift, that compounds into hours of
non-billable, non-scalable spatial lookup work.

## The Solution

A browser-native 3D globe that streams map tiles progressively — no full texture
pre-load, no WebAssembly dependency, no backend required for the base layer.

Markers are injected as a data layer on top of the globe surface:
- Attack origin clusters (IP geolocation enrichment output)
- Client infrastructure nodes (cloud regions, on-prem sites)
- Active incident pins with severity color coding
- Historical heatmap overlays for recurring threat zones

Zoom from orbital view to city-level without a page reload or tile gap.
The globe becomes the single spatial context layer for every investigation.

## Use Cases

**Cloud-Native MDR:** Visualize where cloud workload alerts are originating geographically.
Correlate AWS us-east-1 anomalies with concurrent attack clusters from the same region.
Replace "check the SIEM, check the cloud console, check the threat intel feed" with one view.

**CSPM Posture Mapping:** Render every cloud resource across all regions on a single globe.
Misconfigurations in APAC show up spatially alongside EU compliance zones.
Gives security architects a posture view that maps to real operational geography.

**SOC-as-a-Service Multi-Client:** Each client's infrastructure appears as a pinned layer.
Analysts see at a glance which client sites are in active threat zones during a campaign.
Switch client context without losing spatial reference.

**Offensive Security / Red Team:** Map attack simulation paths geographically.
Show clients where their exposure lives in relation to known threat actor infrastructure.
Turns the post-engagement debrief from a table of findings into a spatial narrative.

## Impact

- Collapses multi-tool geographic lookup into a single zoomable layer
- Reduces per-alert investigation time for location-based triage
- Gives MDR and cloud security teams spatial context at alert volume, not analyst pace
- Scales from single-client deployments to multi-region, multi-client overlays

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Built by Kunsh Tanwar | ETXcyberops | kunsh@etxhuman.com

[▶ Watch: 2026-05-01 00-30-17.mp4](https://etx-megasupabase.etxhuman.com/storage/v1/object/public/insight-attachments/insights/102-global-threat-surface-visualizer/2026-05-01%2000-30-17.mp4)