SEIDR
Characterize, validate, and monitor any RF payload at 30+ FPS. Three weeks of lab work, done in under 60 minutes, in any theater.
A Full RF Engineering Lab in a Backpack.
SEIDR Core Capabilities
[01]
Real-Time Spectrum Display
Replaces a full RF bench with a single handheld sensor. Current sweep, max hold, noise floor, and signal tag overlays render live. Field integration work, no lab required.
[02]
Payload RF Characterization
Full RF characterization in under 60 minutes. Center frequency, output power, channel plan, modulation type, spurious emissions, duty cycle. Any COTS or proprietary device, datasheet or not.
[03]
LoRa Deep Analysis
Validate a LoRa C2 link before the first flight. All 80 US915 channels, spreading factor estimation, burst detection, device fingerprinting, and duty cycle analysis.
[04]
Built-in vulnerability assessment (NKEE)
Know if your payload is exploitable before it goes operational. 16 vulnerability profiles mapped to real CVEs, 34 red team runbooks, 10 blue team runbooks, and 6 real-time detectors running every sweep. No separate tool needed.
[05]
RF Health Monitoring
Know your payload is failing before the mission does. Adaptive median baseline per payload, with predictive alerts on frequency drift, power instability, and modulation degradation.
[06]
Electromagnetic Order of Battle
Walk away from every session with a full EOB of the RF environment. Exports to JSON, CSV, or KML and drops straight into ATAK/CoT.
[07]
AI-Generated Runbook & Playbook
Every characterized payload comes with its own runbooks, playbooks, and QRC cards. Tailored to the unit's hardware, threat environment, and mission profile.
[08]
Training Simulation
10 scenarios, APPRENTICE to MASTER. Synthetic RF threats injected into the live pipeline. Operators train on the exact procedures they'll execute in the field.