Indian Institute of Technology TirupatiNational Mission on Interdisciplinary Cyber Physical Systems (NM-ICPS)IIT Tirupati Navavishkar I-Hub FoundationSPIN DGP

Defence

Space domain awareness and ISR pass planning on a live orbital picture, and a secured national register for defence materiel, land, and infrastructure.

SPIN OrbitViewDefence Asset Management

SPIN OrbitView Satellite Intelligence

Powered by Geo-Intel Lab · IITTNiF, Tirupati

Plan · Monitor · Assess — a live 3D Earth globe of satellite tracking, launch intelligence, and space-weather awareness for space situational awareness and ISR planning.

Space Domain Awareness Analytics

Satellites tracked33,708+
GNSS satellites175
GNSS constellations4
Space-weather scales4

GNSS positioning readiness

GPS80
Galileo31
BeiDou56
NavIC8

Assured positioning, navigation, and timing for operations and platforms.

Space-weather disruption scales

Kp index
0–9
Geomagnetic storm
G0–G5
Radiation storm
S0–S5
Radio blackout
R0–R5

Space weather degrades PNT, HF and satellite communications, and ISR sensors. Live from NOAA SWPC.

Orbital capacity

557+
Total
365+
This year
338+
Active payloads
212+
Upcoming

Mission timeline fit

Plan
Coverage & collection windows
Monitor
Live tracking & PNT status
Assess
Change detection & BDA

One orbital picture across planning, monitoring, and assessment.

About the Project

Project Overview

SPIN OrbitView gives defence and security analysts a single live view of the space layer that operations depend on — catalogued objects and their orbital regimes, launches adding new capacity, GNSS constellations that provide positioning, navigation, and timing, and the space-weather conditions that can degrade PNT, communications, and ISR sensors. It runs as an interactive 3D Earth globe with real-time satellite tracking, launch intelligence, and NOAA space-weather awareness.

Problem Statement

Space situational awareness is fragmented across orbital catalogues, launch calendars, GNSS status pages, and space-weather feeds. Analysts struggle to see what is overhead now, when the next usable ISR pass is, and whether positioning and communications will hold — and relevant changes are easy to miss between passes.

Solution

A live 3D globe that tracks every catalogued satellite in real time, with launch intelligence, geospatial weather, and space-weather awareness — so planning and C2 staff can see which assets are overhead, time collection windows, verify PNT resilience, and anticipate degraded links.

Plan

Coverage & collection planning

  • See which imaging, communications, and GNSS satellites cover an area of interest and when they next pass.
  • Use launch intelligence to track new Earth-observation and communications capacity entering orbit.
  • Schedule ISR collection and communications fallback around predicted overpasses and space-weather windows.

Monitor

Live tracking & PNT status

  • Maintain the live orbital picture: object positions, orbital regimes, and time to the next usable pass.
  • Confirm GPS, Galileo, BeiDou, and NavIC health for assured positioning, navigation, and timing.
  • Get alerted when a geomagnetic, radiation, or radio event is degrading PNT, HF, or SATCOM.

Assess

Change detection & assessment

  • Use repeat passes to compare conditions over time for high-frequency change detection.
  • Keep an area under scheduled observation for pattern-of-life and battle-damage assessment.
  • Review coverage and launch trends to plan longer-term monitoring capacity.

Key Features

Space Object Tracking

Real-time tracking of catalogued satellites and debris across orbital regimes on a 3D globe.

PNT Assurance Monitoring

Monitor GPS, Galileo, BeiDou, and NavIC health for resilient positioning, navigation, and timing.

Space-Weather Threat Alerts

Geomagnetic, radiation, and radio-blackout scales that predict degraded PNT, HF, and SATCOM.

Launch & Orbit Intelligence

Launch-aware view of new capacity entering orbit and how coverage is changing over time.

Value Proposition

One live 3D globe for the space picture behind operations — object tracking, collection-window timing, PNT resilience, and space-weather risk — without switching between catalogues and feeds.

Target Users

  • Defence & security agencies
  • Space operations units
  • ISR & imagery analysts
  • Command & planning staff
  • Signals & communications units
  • Research institutions

Ready to pilot or deploy with SPIN DGP?

Book a walkthrough of this live platform, or contact the Geo-Intel Lab at IITTNiF about pilots, integration, or co-development.

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