Applications
Wherever a boundary exists and someone is answerable for it.
The same sensing layer serves very different operational realities. What changes between them is the deployment shape, the integration surface and the tempo — not the underlying system.
- Contexts
- Six
- Configurations
- Three
- Emission
- None
- Integration
- API
01
Deployment contexts
Each of these has been shaped by a different constraint, and the architecture is modular for that reason.
- 01
Border and perimeter
Long, thinly manned boundaries where an incursion is measured in minutes and the first indication is usually a radio emission. Distributed units give persistent watch over approaches without illuminating the area or advertising their presence.
- 02
Military operations
Early warning and battlefield situational awareness for deployed formations. Passive operation matters here more than anywhere: a sensor that emits is a target, and a sensor that needs spectrum allocation is a liability.
- 03
Critical infrastructure
Airports, seaports, power generation, refineries, and oil and gas facilities — sites where a single small aircraft in the wrong place forces a shutdown whose cost dwarfs the aircraft by orders of magnitude.
- 04
Government installations
Secure campuses, administrative complexes and sensitive research sites, where the requirement is continuous, quiet coverage and a clear audit trail of what was detected and when.
- 05
Events and VIP security
Temporary deployments over stadiums, gatherings and movements, where the system has to be transportable, quick to establish and operable by a small detail rather than a specialist crew.
- 06
Sensor integration
Guardian as the RF layer of a larger architecture — cueing radar or EO/IR toward a bearing, corroborating an acoustic detection, or contributing tracks to an existing command and control picture.
02
Common thread
Why one system covers a border and a stadium.
The physics does not care what the site is used for. A control link over a refinery looks much like a control link over a runway.
What differs is how many units are needed, how they are mounted, what they must interoperate with, and how much of the answer has to be automatic. Those are configuration decisions, which is exactly why they were kept out of the core design.
03
Scoping
The questions worth answering before hardware enters the conversation.
- 01
What volume of airspace are you accountable for, and what currently observes it?
- 02
Is the requirement persistent coverage, or temporary cover for defined periods?
- 03
Do you need to locate the aircraft, the operator, or both?
- 04
What command or security systems would this need to feed?
- 05
What does your RF environment look like — urban, remote, or contested?