ConductVision Enterprise
ConductVision counts the antennas on each tower face, checks ground crews for hard hats and vests and logs entries into rooftop antenna zones for network operations teams.
12 detectionsConductVision detections on this photo. Photo: David Brossard, CC BY-SA 2.0, cropped.
Telecommunications companies manage vast physical infrastructure portfolios spanning cell towers, data centers, central offices, cable routes, and customer premises equipment, all requiring regular inspection, security monitoring, and maintenance coordination. Tower climbs for inspection are expensive and inherently dangerous, data center operations demand stringent environmental and access control, and fiber route integrity depends on detecting third-party encroachment before damage occurs. ConductVision's technology can provide visual intelligence across the telecom infrastructure lifecycle, from drone-based tower inspection to data center environmental monitoring to cable route surveillance. Automated detection of equipment degradation, security breaches, and environmental anomalies can reduce inspection costs and improve asset uptime.
Outcomes
Tower owners lease space by the antenna, and site records drift as tenants add equipment.
Unrecorded antennas mean unbilled space and loads that no one has checked.
Ground crews work below climbers at tower sites, in the drop zone for tools and parts.
PPE gaps at the base go unseen at sites that get few safety visits.
Building staff and roofers work near rooftop antennas without knowing where the marked exposure zones are.
Each unplanned visit near the antennas happens without a power-down request to the network team.
Cell tower inspection requires skilled climbers, weather-dependent scheduling, and significant per-tower costs that limit inspection frequency. Data centers house critical infrastructure where unauthorized access, environmental excursions, and equipment failures must be detected immediately. Buried and aerial cable routes face constant threat from construction activity, weather events, and vegetation growth that traditional patrol schedules cannot adequately monitor.
ConductVision can analyze drone imagery to inspect tower structures, antenna arrays, and cable tray conditions without requiring tower climbs. Data center cameras can monitor hot and cold aisle conditions, cable management, equipment indicator lights, and access control compliance. Route cameras can detect third-party excavation activity near buried infrastructure.
What the model sees
ConductVision detections on this photo. Photo: Captainmorlypogi1959, CC BY-SA 4.0, cropped.
ConductVision detections on this photo.
Endpoints
Each endpoint is defined before the pilot starts, with what is counted, its unit and how the results are broken down.
| Endpoint | How it is counted | Unit | Broken down by |
|---|---|---|---|
| PrimaryAntenna record mismatches | Towers where the antenna count on any face differs from the lease record, as a share of towers reviewed. | Unit:% | By:Region, tower type |
| SecondaryGround crew PPE rate | Share of person-minutes at the tower base with a hard hat and a high-visibility vest worn. | Unit:% | By:Site, crew visit |
| Rooftop zone entries | People detected inside a marked rooftop antenna zone, counted once per entry. | Unit:entries per site-month | By:Site, hour |
| Time in zone | Minutes from a person's first frame inside a rooftop antenna zone to their last. | Unit:minutes (median) | By:Site |
Each pilot measures ConductVision on your own footage against a sample checked by hand, before anyone relies on its numbers.
Antenna count agreement
Difference between the ConductVision antenna count and a reviewer's count on the same tower photos.
antennas per tower face (mean absolute difference) · by tower type, photo angle
Hard-hat recall
Share of hard hats a reviewer sees in sampled frames that ConductVision also detected.
% · by site, distance to camera
False zone alerts
Zone-entry alerts a reviewer rejects, such as birds or shadows, per camera per day.
alerts per camera-day · by site
Capabilities
Spots and tracks small drones in the sky over sites and perimeters.
Flags people and vehicles inside the zones you draw on each camera.
Finds people, vehicles and animals in thermal camera frames, day or night.
Watches water, wildlife, vessels and smoke at rivers, wetlands and shorelines.
Counts and tracks people in each camera view, by zone and hour.
Use cases
Drone-captured imagery can be analyzed to detect antenna misalignment, cable tray damage, rust and corrosion on structural steel, missing hardware, and ice or debris accumulation. Inspection reports can be generated automatically with defect location mapping against tower elevation drawings.
Cameras positioned in server rows can monitor equipment indicator lights for fault conditions, detect cable management violations, and identify hotspot locations through thermal overlay. Unauthorized access to server cabinets can be detected and logged with visual evidence for incident response.
Cameras at central office and remote terminal equipment rooms can verify authorized access, detect tailgating, and monitor for unusual activity patterns. Door-left-open conditions and unauthorized equipment connections can be flagged in real time for network security teams.
Fixed and mobile cameras along critical fiber routes can detect excavation activity, heavy equipment operation, and ground disturbance near buried infrastructure. Early detection alerts can enable proactive contact with construction crews before accidental cable strikes occur.
Cameras can document maintenance activity at remote sites, verifying that scheduled work is performed, equipment is properly secured after service, and site conditions meet standards. Visual records can supplement electronic work order systems for compliance auditing.
Related
Watches crews, trucks and PPE at substations, solar farms and power lines.
Counts traffic and watches crews on bridges, rail lines and roads.
Counts people and vehicles at public entrances and inspection lanes.
Pilot
Tell us about your sites and cameras, and a ConductVision engineer replies with a scoping plan built around the endpoints above.
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