Vegetation Interference Pulse
Continuous vegetation monitoring from space helps operators spot encroachment before it becomes an outage — cutting inspection costs, targeting maintenance and keeping networks running.
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Risk-based maintenance planning
Identify vegetation encroachment risk across all segments, enabling operators to prioritize maintenance work and act before it impacts safety or network reliability and avoid unnecessary interventions.
The Vegetation Interference Pulse monitors vegetation growth near critical infrastructure using multi-spectral satellite imagery and machine-learning analysis.
Verification of executed work
Validate whether vegetation clearing has been carried out correctly and within defined corridors, ensuring compliance with maintenance contracts and improving transparency in outsourced operations.
Operations teams receive ranked worklists, hotspot risk maps, and automated alerts when thresholds are breached — helping them prioritise intervention before outages or fires occur.
Prioritized intervention
Our solution lets you rank corridors by current vegetation interference risk so crews and pruning campaigns are directed to the segments that need action first, instead of following fixed schedules or broad sweeps.
By tracking vegetation health, density, growth rates, and proximity to assets, it detects encroachment early and predicts where risk is increasing.
Delivered through dashboards, GIS exports, API integrations, and audit-ready evidence packs, the Pulse integrates seamlessly into maintenance workflows and field operations.
Uncontrolled vegetation growth near power lines, railways, and roads increases the risk of outages, fires, service disruptions, and safety incidents.
As networks expand and climate variability accelerates growth cycles, the scale and unpredictability of vegetation risk continues to rise.
Traditional inspection methods — from manual patrols, scheduled trimming cycles, to reactive interventions — are costly, time-intensive, and often based on fixed calendars rather than real conditions.
Without consistent visibility across large, distributed networks, operators struggle to prioritise resources effectively and intervene before small issues escalate into operational emergencies.
Case study: from interference to control
Vegetation growth is a silent risk to critical infrastructure — increasing the likelihood of outages, fire events, and costly service disruptions.
Our Vegetation Interference Pulse continuously monitors asset corridors and surrounding biomass. With the option to receive alerts, operators from utilities, telecom and transport sector can find out on near real time when vegetation risk crosses critical thresholds.
Instead of reacting to damage, teams can intervene earlier — preventing incidents, reducing emergency repair costs, and strengthening long-term operational resilience.
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