Defence · Joint Fires

Sensor-to-Effect Decision Support

The chain from a sensor detecting a time-sensitive target to a commander approving an effect crosses several systems and staff cells, and every manual hand-off adds delay against a target that may not stay in place.

The challenge

What stands in the way

The chain from a sensor detecting a time-sensitive target to a commander approving an effect crosses several systems and staff cells, and every manual hand-off adds delay against a target that may not stay in place.

The solution

How Scrydon solves it

Decision intelligence connects the fused track picture directly to the next step — matching a detection to available effectors, checking rules of engagement and constraints, and staging a recommended pairing for a human to approve or reject.

In practice

How this plays out

Between a sensor seeing a fleeting target and a commander deciding what, if anything, to do about it sits a sequence of manual steps — correlating the track, checking which effector can range it, confirming rules of engagement and collateral constraints, relaying it to the right cell — and each of those steps is time a mobile target uses to disappear.

Decision Intelligence links the fused common operating picture directly to that decision, assembling the candidate effector pairings, the applicable constraints and the confidence in the track into one staged recommendation a commander approves, amends or rejects — keeping the human firmly at the decision point while removing the relay delay around it, and recording exactly why each option was surfaced for the after-action record.

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The result

The sensor-to-effect timeline compressed from many minutes of relayed coordination to a single reviewed decision, with the full reasoning preserved for after-action review.

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