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EEG Traceroute Explorer Network-Ops Style Directionality & Dashboards EEG Paradox Decoder

This video walks through the EEG Traceroute feature in EEG Paradox Decoder: an interactive 3D explorer paired with a set of “network-ops” dashboards that treat brain connectivity like a network showing paths, bottlenecks, and “service health” in one place.

What You’ll See

3D Traceroute
Pick band (delta / theta / alpha / beta / gamma), source electrode, and routing policy (Greedy, Dijkstra, Cascade).
Watch directed paths render over a scalp dome with strength/cost metrics, hop labels, and source/end markers.

Play Trace
Animate the route hop-by-hop.

VIEW Modes
Switch between:

Trace

Betweenness (bottlenecks)

PageRank (influence)

Communities (clusters)

Routing Table

Physical vs Logical topology

Show Flags / Show Circuits
Overlay connectivity issues (loops, TTL limits, weak hops) and circuit-breaker states (open / half-open links).

Dashboards Bar
One click opens:

Service Health

Packet Loss heatmap

QoS

Runbooks

SIEM-style alerts

VLAN-style segmentation


Why “Network-Ops”?

This reuses NOC-style concepts:

Paths as traceroutes

Sites/bands as services

Expected vs achieved links as packet loss

Conditions and violations as alerts

(Normative, Phenotypes, Treatment)

The traceroute and net-ops layers are wired into the same pipeline that handles normative/z-score data and condition/phenotype detection.

Service Health reflects uptime vs downtime by site + band using metrics_by_site and norm_violations (in-norm, borderline, violation).

SIEM & Runbooks are driven by detected conditions, phenotypes, and norm violations so alerts and “when you see X, do Y” playbooks are grounded in the same clinical logic used in The full EEG/qEEG reports.

QoS priority derives from the treatment plan (protocol-based), showing which sites/bands are critical vs best-effort relative to the selected protocol.

Path and bottleneck views (Betweenness, PageRank, weak hops, TTL) provide a directed flow perspective complementary to traditional power and z-score topomaps.

All of this is generated in the full report with real detection results not just in the synthetic test environment.