Keep evidence local
Record full-resolution video where it is produced and use the available link for live access, alerts, metadata, or cloud backup.
Where SurveillX works
Temporary sites. Distributed assets. Intermittent links. Limited power. SurveillX is designed for field operations where conventional cloud-first video becomes fragile, expensive, or incomplete.
The common field problem
SurveillX creates a local point of continuity, then connects the right video and telemetry back to central teams.
Record full-resolution video where it is produced and use the available link for live access, alerts, metadata, or cloud backup.
See recording coverage, thermals, storage, battery, cellular health, services, and deploy state without touching every field node.
Review the relevant video alongside location, weather, light, power, network, sensor, and system state.
Security + progress
Construction sites change every hour while cameras, power, and connectivity move around them. SurveillX captures progress and after-hours activity without waiting for permanent infrastructure.

Distributed asset visibility
For substations, pump stations, telecom sites, work zones, and remote yards, SurveillX provides a separate evidence and telemetry layer around the asset—not a process-control system.

Remote yard intelligence
Remote yards, laydown areas, solar and wind projects, and temporary industrial operations need security and evidence without creating another fragile field system.

Gate + zone evidence
Gate events, after-hours movement, damage claims, and dwell questions often span cameras, timestamps, and operational platforms. SurveillX preserves the visual record and makes it available through APIs and events.

Remote operations
A camera outage can be a bad cable, a changed address, a weak link, a stalled source, or a storage problem. SurveillX gives operators enough system context to choose the right response.
Rapid field awareness
Temporary command posts, recovery staging areas, closures, shelters, and damaged infrastructure benefit from a deployable local archive with flexible backhaul.
Field questions, structured answers
Measure the first active windows, filter by object class and camera, check coverage, and cite the nearby events and images that support the result.
Use observed-empty and unknown/offline coverage states so a missing camera heartbeat does not become a false statement about site activity.
Review selected baseline, novelty, alert, and anomaly images in chronological order, while keeping sampled-frame limits explicit.
Designed to complement the VMS, cloud, monitoring, and operational systems already around the site.
Your field is different
Tell us about the site, the evidence problem, the backhaul, the cameras, and the people who need answers. We’ll define what is current, what is deployment-specific, and what needs design work.