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evemeta

Rail Operations

Three platforms for the operating reality of a Class I railroad.

Evemeta is in active development with a U.S. Class I railroad on three independent platforms that share the EVE Codec transport layer and the HiPS geospatial substrate. Each platform addresses a distinct class of problem on the right-of-way.

Shared substrate

All three platforms share the EVE Codec transport layer and the HiPS geospatial substrate.

Adopting one platform reduces the marginal integration cost of the next two. The same compression and geospatial layers serve every application on the right-of-way.

Rail platform

Rail Sentinel

Trackside detection and forensic video on bandwidth-constrained rail networks.

Edge detection at the trackside

NVIDIA Jetson-based detection and event capture in trackside enclosures. No backhaul of raw video required for routine operation.

Forensic-grade video on demand

Event-triggered video records, encoded through EVE Codec, transit existing rail backhaul without saturating it.

Georeferenced event records

Every event is registered against HiPS, producing right-of-way-anchored records suitable for downstream operations and incident review.

Rail platform

Rail Pulse

Distributed acoustic sensing for flat-wheel and weather-hazard detection on existing fiber.

Detection on existing fiber

Uses the railroad's existing right-of-way fiber as a distributed acoustic sensor. No new trackside cabling required.

Flat-wheel detection at speed

Identifies flat-spot signatures on rolling stock from the acoustic profile of wheel-rail interaction, with location resolved along the fiber.

Weather and intrusion classes

Detection extends to weather-driven hazards and right-of-way intrusion events with class-specific localization.

Rail platform

AFWDS

Geospatial weather decision support for rail and field operations.

Decision-grade weather geospatial

Renders weather hazard fields against the HiPS substrate at decision-relevant resolution, not consumer forecast resolution.

Right-of-way overlay

Direct overlay against rail right-of-way and operational geometry, surfacing the segments that matter to dispatch.

Low-bandwidth field distribution

Encoded imagery distributable over EVE Codec to field crews on bandwidth-bound links.

Under NDA

What is not on this page.

Specific railroad references, integration profiles, and pilot results are available under NDA to qualified rail and infrastructure parties.