Mission domain · Taxonomy expansion
Spectrum Management: deconflict before you degrade
A crowded force interferes with itself long before the adversary does — radios, radars, and datalinks stepping on one another. Without a live picture of who is using which band, deconfliction is guesswork done after the mission already suffered.
DaggerOS™ presents spectrum occupancy as part of the operator picture, so friendly emissions can be deconflicted and interference is spotted as it appears rather than diagnosed afterward. It distinguishes a self-inflicted collision from hostile denial, which changes the decision. BlackEcho™ highlights where the spectrum is contested and what is affected.
How DaggerOS handles it
Spectrum management is the housekeeping that keeps a multi-emitter force effective. DaggerOS shows occupancy alongside the threat picture so the operator sees interference in context — is a link degraded because a friendly emitter is stepping on it, or because the band is being denied? That distinction is the value. It stays passive-by-default and air-gapped; the operator decides on any change.
Related subsystems
- DaggerOS — presents occupancy in the fused picture and records changes.
- BlackEcho — flags contested bands and the mission functions they affect.
- Human Gate — the single authorization point for any deliberate emission change.
Standards touched
Occupancy and sensor data align to ASTERIX and NATO SAPIENT exchange. Configuration and access controls are engineered to NIST 800-53. Any deliberate change to friendly emissions is held to DoDD 3000.09 human authority.
Where it fits
Spectrum management supports contested-spectrum operations and any large deployment where friendly systems compete for bandwidth. It matters to program offices, prime integrators, and coalition partners. See contested-spectrum EW and the prime integrators view.
Evidence
Roadmap. A live spectrum-management view is a planned extension of the demonstrated electromagnetic picture and is marked honestly as not yet shown.
FAQ
How is this different from electronic warfare?
Electronic warfare is about the adversary’s use of the spectrum; spectrum management is about your own force not interfering with itself, and telling the two apart.
Does it use live SDR feeds off-box?
No. DaggerOS is air-gapped and passive-by-default. The occupancy view is built on-box and never depends on an outside connection.
Can it tell interference from jamming?
That is the point of showing occupancy in context — helping the operator distinguish a self-inflicted collision from deliberate denial, so the response fits the cause.