Platform · Layer 02 · Field
SEER — Local Field Intelligence
The eyes of the corridor — a modular, all-weather roadside unit designed to sense with thermal, radar, seismic, and LiDAR modules matched to each corridor, and to interpret what the road is feeling locally, with no cameras and no imagery. Only event classifications leave the device.
Concept / In DevelopmentWhat SEER is
SEER is the local field intelligence layer of the VALKYRIE architecture: a roadside unit designed to watch over a stretch of corridor without watching people. It senses through its own multi-modal stack, receives mesh signals from nearby RUNE markers in the pavement, and interprets both on-site — separating a routine tire strike from a departure event before anything is escalated to ODIN.
Modular by design
SEER is not one fixed box — it is a platform. Every unit carries the same mandatory core, and the sensing payload is configured to the corridor it serves. The chassis itself is printed in tier variants sized to the module set, so an area that only needs seismic awareness gets a lean Tier 1 unit instead of paying for hardware it will never use.
Mandatory core — on every unit
The common spine
- Solar crown — self-powering canopy so units live off-grid on rural corridors
- Battery module — buffered storage for nights and storm days
- Compute module — the edge AI that classifies events locally, so only event classifications ever leave the unit
Tiered chassis variants
Print the chassis the site needs
- Tier 1 — single sensor module (e.g., seismic-only for an impact-monitoring stretch)
- Tier 2–3 — multi-module bays for corridors needing layered sensing
- Full stack — all four modalities for the highest-risk segments
- Each tier is a distinct printed chassis variant — no empty bays, no wasted cost
Sensor modules — no cameras, by design
Four sensing modalities, fitted per corridor, giving SEER an all-weather picture without ever capturing an image of a person or a plate.
Module · Thermal
Thermal
Heat signatures of vehicles, wildlife, fire, and debris — day or night, in fog, rain, or dust.
Module · Radar
Radar
Motion, speed, and trajectory across the corridor in any weather or lighting condition.
Module · Seismic
Seismic
Ground vibration — impacts, departures, and heavy movement felt through the earth, correlated with RUNE's in-pavement sensing.
Module · LiDAR
LiDAR
Precise shape and distance profiles of what's on or near the roadway — geometry, not identity.
Not included
No cameras
SEER is designed with no visual imagery capture at all. Privacy isn't a software setting that can be toggled — it's the hardware bill of materials.
Concept status
Tiers under definition
Module lineup, tier definitions, and chassis variants are active design work — specifics require validation before any public claim.
How it is designed to work
- Sense — the fitted sensor modules monitor the corridor continuously, while nearby RUNE markers relay in-pavement impact, vibration, and condition signals over mesh
- Interpret locally — edge processing classifies what happened (vehicle departure, animal approach, debris, weather event) on the unit itself
- Filter — routine events stay local; event-based data means nothing streams anywhere by default
- Escalate — verified, classified events are handed to ODIN for coordination, alerting, and reporting, with human-in-the-loop decision making above it
Why it matters
Privacy
Privacy by hardware
No cameras on the device means no footage to leak, subpoena, or abuse. Only event classifications — "vehicle departed roadway, mile 12" — ever leave the unit.
Resilience
All-weather awareness
Thermal, radar, and seismic sensing are designed to keep working in the fog, storms, and darkness where cameras fail — and where rural corridors are most dangerous.
Architecture
Local-first intelligence
Decisions start at the roadside, not in a distant cloud. Less bandwidth, faster interpretation, and a corridor that keeps thinking even when a backhaul link drops.