Orbistrata - Satellite & Terrestrial Infrastructure Simulator

Orbisim SIM-v2.6

Enterprise Spatial Telecom Intelligence

Scenario:

⌘K

ITU/NORAD Ephemeris: T+24h Lock

API: Deterministic 200 OK

SIMULATION PARAMETERS

ITU-R P.618

Active Constellation Models

Starlink (LEO Shells)

462–485 km | 43°–97°

Eutelsat OneWeb

1200 km | 87.9°

SES O3b mPOWER (MEO)

8000 km | 0.0°

Frequency Band & Sizing

Elevation Mask Angle 25°

5° (Aggressive) 25° (Nominal) 45° (Urban Canyon)

Target Ground Station / Site

Latitude (°N)

Longitude (°E)

Anchor: Paris Enterprise Hub (FR-PAR-01)

Multi-Path Resilience

Minimum Satellites Visible 2 (Diversity)

Continuous Lock Req. Enabled (99.99%)

Upload Site / Fiber Layers

Drop GeoJSON, CSV, or Shapefile

Supports Z12 quadkeys, cell boundaries

Map Spatial Layers EPSG:4326

Orbital Tracks & Sats Beam Footprint Polygons PeeringDB PoPs (Equinix/DR) Ookla/RIPE Z12 Cells

SIM EPOCH: 2026-10-12T14:30:00Z

PASSED: M08 / 18

SATS IN CONE: 4 Active

Topology Legend

LEO 53° Orbital Plane

LEO Polar Shell (OneWeb)

Enterprise Site Anchor

Carrier Interconnection PoP

ANALYTICAL INSIGHTS & AI

ORBISTRATA-GPT

Deterministic KPI Summary SLA Compliant

Line-of-Sight Visibility

99.98% / 24h

Max handover outage: 1.4s

Observed RTT / SLA

32.4 ms (SLA: 50ms)

✓ 17.6 ms SLA Margin

Estimated Capacity Gap

0.0% Deficit

Committed Peak: 140 Mbps

Hybrid SLA Availability

99.999% 5-Nines

FTTH + Dual LEO Backup

AI Assistant

Tool routing: ON

Hello. I query the underlying deterministic orbistrata_api models.

Paris Enterprise Hub currently satisfies the Interactive Gaming SLA via terrestrial fiber (RTT 18.2ms) with seamless Starlink LEO backup (RTT 32.4ms).

tool: check_application_compliance tool: assess_satellite_backup

Ask:

PeeringDB Colocation Proximity 14 km to PoP

Primary Colocation: Equinix PA4 (Pantheon)

Tier-1 Carriers Present: Orange, e&, Swisscom