Step 1
Baseline
- •Network GIS + span IDs (source of truth)
- •Clearance specs by voltage + zone (wire / border / strike)
- •Encampo imagery: 15–30 cm + Sentinel‑2 monitoring (no imagery contracts needed)
Condition-based vegetation management
Vegetation risk intelligence delivered as work packages your teams can execute.
Encampo fuses LiDAR, orthos, and satellite into risk rankings, clearance stats, and evidence kits—so planners and contractors execute from one standardized view
Span‑level risk rankingWire / Border / Strike zonesAudit-ready evidence kitsClearance statsGIS-ready layers
The same few spans drive outages, but planning treats every span the same.
When vegetation risk isn’t objectively prioritized by zone (wire / border / strike), resources spread thin and storm exposure compounds.
Risk isn’t ranked in operational terms
“Vegetation present” isn’t the same as contact-risk in the wire zone.
Truck rolls go to the wrong places
Crews revisit low-risk spans while hot-spots linger.
Storms turn unmanaged risk into SAIDI/SAIFI
The highest exposure spans should be addressed before weather makes it urgent.
Reactive work creates repeat cycles
Without clear thresholds + evidence, scope expands, revisits rise, and closeout slows.
Utilities need objective span prioritization that becomes contractor-ready scopes and faster closeouts.
Make vegetation risk a utility-owned standard
Define “high risk” once (by voltage and zone). Encampo applies it consistently across circuits and delivers the same GIS layers, scope attributes, and evidence kits. So planning, UVM primes, and audit all work from one source of truth.
Objective span prioritization
Risk scored by zone with clear thresholds
Bid-ready scope for contractors
Standard access, hazards, quantities + GIS points per span.
Defensible closeout
Before/after evidence + clearance callouts + QA metadata tied to span IDs.
Screen the network. Verify only where risk concentrates.
Continuous satellite scoring across every span—then targeted 3D clearance checks and work packages on the spans that matter.
Step 2
Detect & score
- •Change detection + regrowth trends
- •Hot‑spot flags tied to spans + zones
- •Dated, QA’d outputs (same format every cycle)
Step 3
Verify & package
- •3D clearances on flagged spans (photogrammetry or your LiDAR)
- •Contractor‑ready scopes + quantities
- •GIS layers + evidence kits for work orders & closeout
Outputs that become your teams’ inputs
Risk Ranking by Span
Sortable list of highest-risk spans with zone-specific scoring.
Clearance Metrics
Min / median / P95 conductor-to-vegetation distances when LiDAR/UAS 3D is available.
GIS Layers for Work Planning
GeoJSON/shapefile layers with buffers and attributes ready for your GIS or work systems.
Evidence Kits
Ortho snapshots, LiDAR slices, labeled photos, and notes — packaged per span for audits and work orders.
Data QA Report
Automated checks: CRS, point density, metadata completeness, and biases.
Access & Logistics Layers
Access routes, constraints, and field notes to reduce wasted trips and improve crew readiness.
See the corridor in 3D (where it matters).
Imagery gallery
Built for utility programs. Loved by work planners.
Program Control
- •Utility-defined thresholds and scoring by voltage/zone
- •Versioned analytics and repeatable cadence (monthly, quarterly, post-event)
Contractor & Prime-Ready Outputs
- •Standard deliverables your primes can ingest without reformatting
- •Reduce reconciliation of CRS, versions, and metadata
Audit & Compliance Readiness
- •Evidence kits tied to spans/structures with timestamps
- •Clear, defensible documentation for internal and external reviews
Storm / Event Mode
- •Rapid change detection after storms
- •Prioritize access-constrained, high-risk spans first
Start with a pilot on one circuit.
Satellite-first risk scoring, targeted clearance verification.
Pilot scope
- 1 circuit, ~300–500 spans
- Inputs: network GIS + span IDs + clearance standards (by voltage + zone)
- Verification: targeted photogrammetry/UAS only where needed (existing LiDAR/orthos optional)
- Deliver: risk ranking + GIS layer + evidence kits + QA
Success metrics to co-define
- Max acceptable span-level FP/FN
- Update cadence (monthly / quarterly / post-event)
- Delivery SLA (time from data → outputs)
- Detection → work order cycle time
Outcome
- Prioritized spans by zone (wire / border / strike)
- Contractor‑ready scopes for the highest‑risk spans
- Audit‑ready evidence from day one
FAQ
Start with your network model, we bring the imagery.
Continuous satellite screening + targeted clearance verification only where risk concentrates.