Emitter detection
Detect and characterize emitters of interest in cluttered RF environments.
Built to support evaluation-first workflows and rapid iteration.
Designed to avoid brittle one-off integrations.
SkyMesa builds RF geolocation and emitter tracking software that runs on existing RF front ends and delivers actionable cues for detection, localization, and tracking.
Evaluation-first pilots. Integration-ready interfaces. Built for rapid iteration.
Built for evaluation-first pilots and rapid integration.
A software layer that turns RF measurements into operational cues.
Detect and characterize emitters of interest in cluttered RF environments.
Built to support evaluation-first workflows and rapid iteration.
Designed to avoid brittle one-off integrations.
Generate bearings and localization estimates with uncertainty bounds.
Support single-platform and multi-sensor configurations.
Output is designed for machine consumption and operator workflows.
Track emitter activity over time and produce event-driven alerts.
Confidence and quality gating designed for decision support.
Tunable for mission constraints and sensor limits.
Deployable as a software component on your compute.
Interfaces designed to plug into existing C2 and analytics stacks.
Integration support focused on fast time-to-first-cue.
Designed for defense and commercial operators that need spectrum-derived awareness.
Detect and localize RF activity associated with non-cooperative UAS operations.
Cue other sensors and operator workflows for confirmation and response.
Persistent monitoring to understand activity, change, and anomalies.
Support for operational feedback loops and sustainment workflows.
Identify and localize sources of interference in contested or congested bands.
Support incident response, monitoring, and mitigation coordination.
Provide RF-derived cues to support tip-and-cue workflows.
Integrate as a component within broader sensing systems.
Platform-agnostic by design.
Compatible with software-first payload concepts and constellation-era architectures.
Designed for integration with mission-specific processing chains.
UAS and manned platforms with constrained SWaP.
Designed for edge compute and rapid field iteration.
Fixed, mobile, or expeditionary deployments.
Designed for integration with existing comms and ops workflows.
A simple pipeline: your sensors in, operational cues out.
Start small, prove value, then scale.
Rapid evaluation using your recorded data or live feeds.
Tight integration support focused on time-to-first-cue.
Outputs: evaluation report and integration notes (scope as agreed).
Defined objectives, test window, and success criteria.
Optional partner hardware involvement if needed.
Outputs: pilot results and recommendations for next phase.
Hardening, packaging, and system-level integration.
Integration with partners, primes, and program offices as appropriate.
No. SkyMesa is software-first. We integrate with existing RF front ends and partner hardware as needed.
We support both. The right approach depends on mission constraints, geometry, and what sensors you already have.
Typically an evaluation starts with representative RF data or a live feed, a short integration plan, and a time-boxed pilot objective.
We start with unclassified evaluation workflows and scale integration as requirements mature.
We focus on clean interfaces and predictable outputs so your team can route cues into existing operator workflows.
Yes. SkyMesa is designed to slot into larger systems and partner architectures.
SkyMesa Systems is a software-first defense and dual-use company focused on RF geolocation and emitter tracking. We build integration-ready capabilities designed for evaluation-first pilots and rapid iteration.
Based in Tucson, Arizona. NavalX Defense Technology Accelerator participant.
If you are exploring RF geolocation, emitter tracking, or spectrum-derived cueing, reach out and we will propose a low-friction evaluation plan.