AI-Powered Vegetation Management
Red Dot Design Award 2025

See The Risk. Stop The Outage.

Treeline transforms reactive vegetation management programs into a predictive, condition-based approach by delivering vegetation intelligence with pinpoint accuracy at scale. This enables utilities to enhance reliability, reduce wildfire and outage risks, and deploy resources more efficiently across their networks.

Contact us
Customer stories

Trusted by Leading Utilities Worldwide

Our customer stories
The Challenge

Managing Vegetation Risk at Scale Is More Complex Than Ever

Vegetation teams face rising pressure to prevent outages, wildfires, and fines, but outdated tools and fragmented workflows make it hard to stay ahead of the risk. Meanwhile, the cost of delivering reliable power keeps climbing, forcing utilities to juggle safety, compliance, and affordability.

Data Overload Without Clear Prioritization

Information pours in from multiple inspection sources, but without automated prioritization it’s hard to know where to act first. The result: decision delays that extend exposure to outages and fire risk.

Siloed Data Creates Friction

Vegetation insights aren’t consistently segmented by geography, so regional teams either lack the visibility they need. This misalignment slows collaboration across vegetation, engineering, and field crews.

Misallocated Resources and Delayed Action

Without a clear risk hierarchy, crews often spend time on lower-priority spans while urgent hazards escalate. Critical work orders are created late, driving both higher costs and higher exposure.

Fragmented Systems Block Scale

Vegetation data is scattered across GIS tools, spreadsheets, and contractor portals. The lack of centralized, role-based access makes it difficult to scale decisions, enforce accountability, or move quickly from detection to action.

Why Treeline

Built for Proactive Vegetation Management at Scale

Treeline empowers IOUs, municipalities, and cooperatives to move beyond fragmented, reactive practices with intelligence-driven vegetation management, improving reliability and optimizing the use of limited resources.

Prioritized Risk Insights

See which lines and spans matter most with multi-attribute detection (grow-in, fall-in, hazard trees) and automated scoring by proximity and criticality.

  • Act on the highest-value work first
  • Reduce decision latency from months to weeks, or even hours
  • Proven results: 41–50% fewer tree-related outages

Region-Based Access and Collaboration

Configurable region-based RBAC is built into Treeline’s core, ensuring every team sees only the insights relevant to their territory. That reduces noise, speeds decisions, and improves collaboration across vegetation, engineering, and field crews.

  • Region-scoped dashboards for clear task ownership
  • Fewer cross-team bottlenecks and handoff delays
  • Better coordination between office and field

Accuracy You Can Trust

Treeline delivers LiDAR-validated precision without the expense or limits of aerial surveys.

  • Sub-meter accuracy: 96% validated accuracy in field validation tests around the globe
  • Automatically detect grown-in & fall-in risks, vitality, species and hazardous trees
  • Get risk insights in weeks instead of months

From Detection to Action, Faster

Treeline integrates directly into enterprise asset and work management systems like ESRI, SAP, Clearion, and CityWorks.

  • Convert risks into work orders instantly
  • Mobile access for field crews with status updates and photo proof
  • Ensure teams in the field and office Reduce disputes and rework with verifiable logs
11%
increase in grid reliability by reducing outages and wildfire risk
23%
lower vegetation management costs through smarter budgeting and planning
Use Cases

How Utilities Are Using Treeline to Modernize Vegetation Management

Treeline helps operators shift from reactive patrols to predictive, data-driven workflows.

Cycle Optimization

Prune when risk demands it, extending cycles where it’s safe and cutting only where it prevents outages.

Learn more

Outage Prevention

Catch vegetation hazards early with continuous visibility, reducing emergency callouts and keeping power flowing.

Learn more

Risk-Based Vegetation Planning

Turn blind spots into actionable risk maps that prioritize the spans most likely to cause outages.

Learn more

Cutback Audit

Confirm every cutback meets clearance standards with objective before-and-after proof instead of scattered notes and photos.

Learn more

Proactive Wildfire 
Defense

Spot wildfire hazards before they ignite and turn high-risk spans into prioritized, defensible action plans.

Learn more

Ready to Rethink Vegetation Management?

Treeline brings vegetation risk, planning, and verification into one platform, helping operators prioritize threats and act faster with sub-meter accuracy. Let’s explore how we can support your strategy.

Contact us
Treeline Features

How it works

Our solution combines stereo high-resolution satellite data, advanced risk models, and seamless workflows, helping operators see the risk and stop the outage before it happens.

Automated Risk Detection and Classification

Detect Vegetation Threats Before They Disrupt Your Network

Treeline analyzes stereo high-resolution satellite imagery to identify grow-in, fall-in, and hazard trees with sub-meter accuracy for your entire grid. With continuous, full-span visibility, even beyond the ROW, operators act earlier, reduce outages, and move from reactive patrols to predictive monitoring.

More about Automated Risk Detection and Classification
Risk Prioritization Engine

Plan Smarter Trims With Data-Backed Risk Scoring

Every span, feeder, and system is automatically scored by vegetation type, proximity, health, and asset criticality. Region-based dashboards highlight the highest-risk spans first, giving planners a defensible hierarchy for action and helping crews focus where it matters most.

More about Risk Prioritization Engine
Work Management

Turn Vegetation Risk Into Actionable Work

Insights flow directly into map-based work orders with built-in QA, routing, and context. Crews receive clear instructions in the field, supervisors track progress in real time, and every job is verified with timestamped, GPS-tagged proof, aligning office and field without bottlenecks.

More about Work Management
Reporting Tools

Clear, Defensible Reporting for Every Span, Crew, and Cycle

Treeline packages insights and field data into ready-to-use reports across dashboards, CSVs, and geospatial exports. From geo-tagged photos to audit trails, operators gain verifiable proof of action while saving hours of manual documentation.

More about Reporting Tools

Turn Your Vegetation Program Into a Strategic Advantage

From remote terrain to dense networks, Treeline provides grid-wide visibility with no extra headcount. Discover how your team can do more with less.

Contact us
Customer Stories

What Our Customers Are Saying

From regional utilities to national operators, teams are using Treeline’s satellite-powered intelligence to reduce outages, improve compliance, and transform vegetation management into a proactive, data-driven program.

"The LiveEO technology gives us a better overview of the vegetation along our tracks. It allows us to address the consequences of climate change even better."

Head of Infrastructure
Safe railways, healthy forests with Deutsche Bahn. Discover why it matters today.
Read more

“Westerville Electric went with LiveEO and our outage rate in 2022 was 18%. We are now at 10%. This is the future of vegetation management!”

Joseph DeLong
Utility Forester
Keeping the Lights on in Westerville: 41% Fewer Outages with Vegetation Management Satellite Tech. Discover why it matters today.
Read more

"The possibility to check our network with satellite images and AI as well as the strong customer focus of LiveEO have excited us from the beginning. Innovative partners like LiveEO and new technologies are an important pillar for us as a grid operator to make our network even more efficient and reliable."

Sven Mögling
Project Manager
E.DIS Case Study - Enhancing Vegetation Management with Satellite Analysis. See how it’s shaping the future.
Read more
ROI

Save More, Decide Faster, Reduce Risk

See how Treeline helps operators cut costs, improve reliability, and scale vegetation management with outcomes proven across large networks.

Reduce Field Costs

  • Replace frequent patrols with scalable, remote monitoring
  • Extend pruning cycles in low-risk areas by more than a year
  • Optimize contractor planning to reduce truck rolls and rework

Minimize Risk and Outages

  • 41-50% fewer tree-related outages reported by operators using Treeline
  • Automatically detect vegetation risks for your entire network with pinpoint accuracy
  • Get first vegetation risk insights in weeks instead of months

Strengthen Accountability and Collaboration

  • Verify contractor work with before/after photo evidence
  • Share region-specific insights to improve cross-team coordination
  • Integrate vegetation intelligence into your existing workflows and tools via API

Make Vegetation Management Smarter

Replace costly, repetitive patrols with scalable monitoring and smarter contractor planning. Treeline helps extend pruning cycles and cut unnecessary field work. Talk to us about your potential savings.

Contact us
Treeline vs Other Solutions

Why Treeline Is the Strategic Advantage for Grid Resilience

From prioritizing risks to verifying results, Treeline gives your team the accuracy and speed to act with clarity and confidence.

Capability

Other solutions

Treeline

Risk Detection Accuracy
Manual patrols and low-frequency aerial surveys miss critical risks, especially off-ROW trees and fall-in hazards.
Identifies grow-in, fall-in, hazardous trees, and fast-growing species with pinpoint accuracy.
Inspection Coverage
Resource constraints limit the ability to monitor full network, especially in remote or high-risk areas.
Enables grid-wide, full-span visibility, even in remote, rugged terrains, via scalable, remote sensing-based monitoring.
Wildfire Risk Mitigation
Patrols and fixed inspection cycles can’t keep pace with hazard trees, fuel buildup, and fast-changing fire conditions. They miss ignition sources outside the ROW and provide little defensible proof of prevention.
Detects hazard trees and fuel loads with satellite imagery and AI, highlights spans most likely to ignite, and generates audit-ready proof of risk reduction, turning wildfire risk into targeted, proactive action.
Response Time & Prioritization
Lag between inspection and mitigation; risk prioritization is often subjective and slow.
Actionable insights delivered quickly (near-real time); dynamic risk scoring enables prioritized mitigation and planning.
Vegetation Intelligence
No differentiation between species; no predictive analytics. Field crews often lack context.
ML-based species identification (90%+ accuracy); predictive models estimate canopy growth and health 1–3 years into the future.
Stakeholder Coordination
Poor collaboration between asset managers, field teams, and contractors; minimal field visibility.
Field-ready mobile and web apps with map-based tasking, dashboards, and insight sharing for unified operations.
Operational Efficiency
Labor-intensive cycles, frequent rework, and limited data usability for work planning.
Enables condition-based maintenance, optimized cycles, and targeted pruning, reducing costs and field visits.
Climate Resilience
Unprepared for climate-driven events; no proactive modeling of environmental risks.
Enhances disaster readiness with predictive capabilities and storm impact planning based on vegetation health and terrain.
Decision Support
Decisions based on manual reports and inconsistent data inputs.
Insight-rich dashboards and analytics tools for data-driven planning and contractor performance tracking.
Guide

The State of UVM in 2025 Report: Proactive Strategies for Utility Vegetation Management

The State of UVM in 2025 Report: Proactive Strategies for Utility Vegetation Management. Get the essentials in one read.
Download
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
Learn more

FAQs

Find out how Treeline supports the unique needs of electric utilities, from detecting wildfire and outage risks to integrating seamlessly with your existing systems.

In what ways does Treeline differentiate itself from other vegetation management providers?

Treeline is the market leader in AI-powered vegetation management, with the largest partner ecosystem, widest provider range, and proven global utility deployments. This ensures scalability, flexibility, and trusted results across diverse operating environments.

How does Treeline address the challenge of managing large data volumes?

Treeline is cloud-hosted and built for scale. We continuously refine our analytics so that only actionable insights are surfaced, available via web, tablet, or mobile app, enabling utilities to make fast, informed decisions.

How reliable is satellite-based monitoring under variable weather conditions?

With high data volumes and recurring scans, coverage gaps are minimized. Treeline combines multiple data sources and frequent updates to deliver reliable, consistent visibility across the network, at a lower cost than traditional methods.

How easily does Treeline integrate with existing utility systems?

Treeline is designed to meet utilities where they are. Insights can be accessed through our application, exported in common geofile formats, or integrated directly into ESRI, SAP, or WFM systems via API.

What is the cost justification for adopting satellite-based vegetation monitoring?

Treeline delivers strong ROI by helping utilities optimize trim cycles, reduce emergency callouts, and avoid costly outages or wildfire liabilities. Our precision forecasting of pruning needs creates efficiencies that static patrol schedules can’t match.

Is adopting Treeline disruptive to our current vegetation workflows?

Not at all. Treeline is designed to complement and enhance your current processes. We provide multiple integration options — including direct API access, ESRI compatibility, and geospatial exports — so you can adopt the solution without disrupting your existing operations.