Case study · Platform record · Platform record · Geospatial intelligence

Orbit

We built Orbit as the geospatial operating layer in the stack: jurisdiction, route, sector, and movement bound to the same incidents, teams, and cameras we already run in the field.

Orbit system

Who
Command centres and approved field users
Where
In the stack behind Trinetra, Hawk-Eye, and DDMS corridor operations
Mission
Make place a first-class operational object, not a backdrop
Orbit geospatial operating layer for routes, sectors, and assets
Terrain, jurisdiction, assets, and mission boundaries as one layer set.

01 / The situation

Operational geography is not decoration. Jurisdiction, distance, terrain, route, proximity, and movement shape every field decision. A duty point without a place is a row in a roster. A Hawk-Eye alert without a location is a frame on a wall. A Trinetra team behind a ridge is invisible unless place survives the disconnect.

Orbit is not a standalone yatra product and we do not present it as one. It is in the stack as the geography those field systems already depend on: 230 Muzaffarnagar sub-sectors, two Amarnath axes, nine Bareilly districts watched from one zonal room.

02 / What we built

We built Orbit to bind approved records and field signals to place, then layer terrain, jurisdiction, assets, incidents, and mission boundaries. Command can assess proximity, coverage, routes, and spatial conditions, then issue location-aware assignments with a reviewable record.

Offline and edge execution belong to AEGIS. Orbit stays focused on geospatial intelligence: live asset context, geofencing, route intelligence, spatial analysis, and layer governance so sensitive maps are not a free-for-all.

  1. 01Locate

    Bind approved records and field signals to place.

  2. 02Layer

    Combine terrain, jurisdiction, assets, incidents, and mission boundaries.

  3. 03Assess

    Evaluate proximity, coverage, routes, and spatial conditions.

  4. 04Coordinate

    Issue location-aware assignments and keep a reviewable record.

Route and sector intelligence

Compare routes against closures, risk, jurisdiction, and operational priority — the same objects DDMS and Hawk-Eye use.

Coverage you can see

Identify clusters, gaps, proximity, and area-based trends against current posts and cameras.

Layer governance

Control access to sensitive map layers by role, mission, geography, and classification.

Field coordination

Share approved locations, sectors, checkpoints, and assignments with operational teams.

03 / How it ran

On the Amarnath corridor, place is the difference between a queued Trinetra update and a useful command picture: which axis, which camp, which post. On Kanwar routes, 230 sub-sectors and nine Bareilly districts are geography before they are dashboards. Orbit is the layer that makes those objects consistent.

Publisher coverage of those operations — Hindustan Wires on Trinetra, Times Now on Hawk Eye, Dynamite News on DDMS — is the field adjacency. Orbit is how we keep place in the operating model.

04 / What changed

Operational decisions sit on current geography instead of a separate map someone screenshots into a chat.

Route and sector coordination improve because duty, cameras, and teams share the same place model, with controlled use of sensitive location data.

05 / Where we take this

We are taking Orbit from embedded product maps into a richer corridor library: reusable sector packs for yatra, city, and highway operations.

Next on our side: closer live-asset binding where departments authorise it, and Sentinel mission boundaries drawn on the same Orbit layers the field already uses.

06/ News & media

Orbit is the geospatial layer behind covered field operations. These clips are that adjacency.

08 / Request a briefing

Talk to us about running this architecture in your district, unit, or command. We brief from the systems we have already deployed — not from a slide of hypotheticals.

Request a briefing