01 — NON-OPTICAL SENSING
NON-OPTICAL
SENSING
Radio returns only. No video stream, no photograph, no body reconstruction. Presence is classified inside the volume without forming an image.
Radio presence class for hull, corridor and border volumes. No image. Decision on the node. Signed event into the duty tree or C2.
SELIXOR Pulse watches nominated volumes with radio. It forms no photograph and reconstructs no body. Occupied, still, vital or unmatched — a class decided on the device, signed, and delivered into the command architecture the operator already runs.
Awaiting operational film. Fallback interface engaged. Ensure footage shows real radio presence classification in motion inside a nominated volume.
SELIXOR is built for volumes that cannot accept a camera product.
Pulse nodes sit on the nominated space — hull, corridor, border, airframe — and classify presence with radio. Inference stays on the device. A signed class is written into the duty tree or C2 bus already fielded. The system does not stand up an optical chain and does not assume command.
It is a presence layer inside a larger mission architecture, not a standalone surveillance application.
Radio returns only. No video stream, no photograph, no body reconstruction. Presence is classified inside the volume without forming an image.
Occupied, still, vital or unmatched — decided on the device with calibrated confidence. Identity is never the output. Class remains local until signed for delivery.
A verified class seats in the duty tree or C2 bus the operator already runs. The event is versioned as configuration. Uncorrelated returns surface as a configuration fault, not a silent miss.
Hull compartments, corridors, border segments and airframe volumes. Continuous dwell on the nominated space. No wearable required. No remote processing dependency for the primary class.
SELIXOR places the classification decision at the edge of the sensing architecture.
Range-Doppler and micro-Doppler returns are evaluated against a pinned on-node model. Output is an operational class and confidence score — not identity, not a reconstructed body.
This architecture is intended for commands and operators where bandwidth, latency or the nature of the volume itself rule out continuous optical feed and centralized processing.
The result is a machine-generated presence layer that can operate as part of a larger defense, border or critical-infrastructure architecture.
Detect / Infer / Challenge / Escalate
Radio, not optics. Continuous presence watch on the nominated hull, corridor, border or airframe volume. No video. No wearable.
Range-Doppler maps and micro-Doppler returns against a pinned local model. Operational class and calibrated confidence. Not identity.
Operator-set language, tone and retries. Audio is not retained. Classification continues with challenge disabled.
Verified class seats in the duty tree or C2 bus already fielded. Graph is versioned as configuration. Uncorrelated returns are configuration faults.
SELIXOR connects non-optical sensing, local inference and structured signed output as one presence layer inside a larger mission architecture.
Presence class inside ship and vehicle hulls where optical products are unavailable or operationally unacceptable.
Continuous classification of movement and stillness in restricted corridors and controlled access volumes.
Nominated border volumes watched without forming an image. Signed class delivered into the operator’s existing duty tree.
Presence awareness in aircraft and platform interiors where cameras are constrained by environment or policy.
High-consequence spaces that must hold a volume without an electro-optical product leaving the node.
A presence subsystem designed for integration into larger command architectures that already run a duty tree or C2 bus.
SELIXOR is not positioned as a conventional occupancy or camera product.
It is a radio presence capability designed around the node, the nominated volume and the command architecture around it.
The system transforms continuous radio returns into structured information: operational class, confidence and a signed event ready for the duty tree or C2.
For commands, border operators and critical-infrastructure teams, SELIXOR provides a presence layer that can be incorporated without requiring an optical chain or a redesign of the existing command bus.
SELIXOR is available for evaluation by qualified commands, border operators, system integrators and operators of critical compartments.
Tell us about the nominated volume, platform, integration requirement and program stage. Our team will determine the appropriate technical and programmatic path.
SELIXOR brings non-optical presence class and on-node inference into the mission environment — delivering a signed event into the duty tree or C2 where a camera product is not an option.