Defence · Command & Control

Multi-Domain Common Operating Picture

Land, maritime, air, space and cyber each maintain their own C2 system and their own picture, so a joint commander is handed five separate briefings to reconcile by hand rather than one coherent view of the battlespace.

The challenge

What stands in the way

Land, maritime, air, space and cyber each maintain their own C2 system and their own picture, so a joint commander is handed five separate briefings to reconcile by hand rather than one coherent view of the battlespace.

The solution

How Scrydon solves it

Sensor and track data from every domain is fused into one ontology-grounded common operating picture, so the same entity seen by a satellite, a radar and a cyber sensor resolves to a single track every domain shares.

In practice

How this plays out

Each domain built its C2 system to answer its own questions, so the maritime picture, the air picture and the space picture use different identifiers, different refresh rates and different definitions of a "track" — and a joint commander's staff spends the opening minutes of any event manually working out which contact on one screen is the same object on another.

Data fusion resolves those feeds against one shared ontology as they arrive, so a contact detected by a satellite, confirmed by a radar and correlated with a cyber indicator becomes a single cross-domain track everyone is looking at — the common operating picture stops being a slide someone assembles after the fact and becomes the live state of the battlespace, on infrastructure the force controls end to end.

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The result

One authoritative cross-domain picture instead of five stovepiped ones, updated in real time and controlled entirely by the force that owns it.

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