Application guide
Candidate use cases
19 candidate event families, plus operating uses and important blind spots. This is an application map, not a list of validated automatic cause-detection capabilities.
Start with measurable motion
Start with measurable motion. SmartPole measures tilt, sway and shock. A movement alert can direct attention to a pole; an image or inspection helps establish why it moved.
Every event family below is a candidate application. Detection, nuisance response and cause identification are validated for each site, structure and mounting before anyone relies on them. Hypothetical use cases are listed separately.
Core value · events 01 to 12
Core use cases: when a pole moves
Events that move the monitored pole: what SmartPole indicates, and what still needs review. Sensitivity, mounting and cause identification are validated for each site.
- 01
Vehicle hits pole
Car, truck or other vehicle impact: shock followed by sway or a lasting tilt change. Confirm the cause with an image or inspection.
- 02
Vehicle catches a line
A raised truck body, crane or tall load pulls a span: monitor movement transmitted to its supporting poles. Does not confirm electrical contact.
- 03
Equipment impact
Construction or agricultural equipment contacts the pole or its support: shock or tilt can prompt review. Not an automatic equipment classifier.
- 04
Tree falls on pole
Direct tree or large-limb impact can produce shock and lean. A camera view may show the cause if the incident is visible.
- 05
Tree falls on line
A tree or limb loads a span: look for transmitted pole movement. Contact without sufficient pole motion may not trigger a sensor.
- 06
Wind / storm movement
Monitor unusually large sway, a tilt change or a lean remaining after a storm. Site limits must account for normal wind movement.
- 07
Foundation / soil movement
Settlement, loose backfill, erosion or washout may change pole orientation. Movement does not identify the underlying soil condition.
- 08
Landslide / seismic effects
Track tilt or shock experienced by the monitored pole. A landslide indicator or earthquake-response aid, not a hazard prediction system.
- 09
Pole leaning / fracture
Track progressive lean or abrupt rotation associated with structural damage. A destroyed node or radio link may prevent a live alert.
- 10
Conductor galloping
Large line oscillations may reach a support. Pole sensing is indirect; compare with a conductor sensor or video before making a claim.
- 11
Line slapping / clashing
A possible repeated-shock or sway indicator, only if enough motion reaches the pole. It does not establish conductor contact, arcing or an electrical fault.
- 12
Construction / traffic vibration
Nearby work, heavy traffic or maintenance can be useful context and nuisance-test cases. Motion is not automatically damage or an emergency.
Best initial demonstrations: controlled impacts, imposed tilt changes, support-tension changes and storm-like sway on a safe, de-energized test structure. Each event still needs detection and nuisance-response testing.
Events 13 to 19
Hypothetical use cases
Engineering hypotheses that may produce a useful signal but still need first evidence. Sensitivity, mounting, mechanical coupling and cause identification require separate validation before anyone relies on them.
- 13
Guy-wire / anchor failure
A snapped, loosened or damaged guy wire, or a moving anchor, may change pole lean or sway. This is not a direct tension measurement.
- 14
Broken / dropped conductor
A sudden tension change may move the pole. A downed line can also occur with little sensor motion; a quiet sensor cannot prove safety.
- 15
Ice / snow loading
Loading, shedding or breakage may change lean or motion. Does not directly measure ice thickness, line sag or conductor load.
- 16
Loose crossarm / hardware
Changed vibration may justify checking crossarms, insulators, clamps or fasteners. Cannot identify the faulty part from pole motion alone.
- 17
Tampering / climbing
Cutting, climbing, striking or moving a sensor may create motion. Cannot distinguish malicious acts from authorized work without context.
- 18
Decay / termites / corrosion
A changed mechanical response could flag a structure for inspection. It is not a direct decay, corrosion, remaining-strength or lifespan measurement.
- 19
Fire-related structural movement
Movement after thermal damage is a possible use case, not fire detection by the motion node. Camera fire and smoke functions are separate.
Conductor-motion caution: small or fast vibration may not be adequately captured at the pole-mounted sensor. Test the actual mounting and acquisition chain before relying on detection or classification.
Operating uses and customers
Where SmartPole fits
The customer outcome is better-informed review and response, not automatic electrical protection or a declaration that a structure is safe.
Operating uses
- Remote monitoring without LTE (SmartPole Mesh, coming soon)
- Direct-LTE sites (LTE)
- Mixed networks with optional alert backup
- Post-storm inspection triage
- Review after a reported vehicle or tree strike
- Post-repair movement history
- Prioritizing inspection of recurring-motion poles
- Shared Sentinel hub area imagery
The last five are proposed workflows built on SmartPole's sensing, history and visual capabilities.
Potential customers and assets
- Electric utilities and cooperatives
- Telecom pole owners
- Municipal light standards and suitable masts
- Private industrial or campus pole networks
These are candidate applications; installation and suitability are checked for each asset.
Demonstration limits
- The event-to-alert animation is illustrative, not measured latency or field evidence.
- Waveform upload requires cellular service at the recording sensor.
- Shared LTE backup in a mesh carries alerts only.
- Images depend on camera placement and visibility.
Validation before a customer claim
- Compare known events with ground truth.
- Vary sensor height and pole type.
- Include normal wind, traffic and maintenance.
- Test outages and restored links.
- Measure missed detections, nuisance alerts and delivery time.
Physical tests run only in a suitably controlled, de-energized setting.
Have an application in mind?
We will help you scope a validation plan for your structures and sites.