About
TreeAM (Tree Asset Manager) is a next-generation vegetation management software platform conceived from the ground up to address the unique challenges of managing living, changing environmental assets such as trees and vegetation near power lines, buildings, and infrastructure. Unlike traditional GIS tools or generic asset management systems — which are designed for static built assets — TreeAM reflects the dynamic, unpredictable nature of vegetation growth, condition changes, and failure risks. The platform is modular and highly configurable, allowing organizations to start with their current needs and expand functionality over time as priorities and budgets evolve. It supports large-scale inventories, diverse data sets from multiple sources including UAVs, and integrates data with business processes and workflows across one or more vegetation management programs. A standout capability is its offline field functionality, enabling crews to work in remote areas without internet or GPS signal while maintaining near-full platform capabilities. Collected data syncs when connectivity is restored, minimizing data gaps and manual transcription errors. TreeAM also features customizable analytics and modeling tools, supporting everything from simple queries to complex 3D models, helping managers improve decision-making and generate accurate budget forecasts. The platform is ideal for electric cooperatives, municipal electric utilities, and vegetation management product and service providers seeking long-term, data-driven cost reduction and risk mitigation in their vegetation management operations.
Key Features
- Environmental Asset Management: Manages trees and vegetation as living, dynamic assets with growth patterns, condition tracking, and failure risk assessments — unlike traditional static asset management systems.
- Modular & Customizable Platform: Customers can start with core needs and incrementally add modules and data sets over time based on budget, pace, and priorities, resulting in a fully tailored solution.
- Offline Field Operations: Provides near-full platform functionality in the field without internet connectivity or GPS signal, enabling large-scale data collection and updates in remote areas.
- Data Integration & Business Process Alignment: Integrates diverse data sources — including UAVs — with vegetation management workflows and programs to reduce costs and improve operational sustainability.
- Analytics & Predictive Modeling: Offers customizable analytics tools ranging from simple queries to complex 3D models, supporting budget forecasting and data-driven vegetation management decision-making.
Use Cases
- Electric utility companies scheduling and tracking tree trimming cycles near power lines to reduce outage risks and maintenance costs.
- Municipal electric utilities replacing paper forms, Excel spreadsheets, and email-based processes with a unified digital vegetation management platform.
- Vegetation management service providers integrating field data collection, UAV imagery, and work order management into a single operational system.
- Utility managers performing data-driven failure risk assessments for trees near critical infrastructure to prioritize intervention budgets.
- Field crews collecting and updating vegetation inventory data in remote areas without internet connectivity, ensuring accurate and timely operational records.
Pros
- Purpose-Built for Vegetation Management: Unlike GIS or generic asset management tools, TreeAM is specifically architected for the unique challenges of managing living environmental assets, making it more effective and relevant for utilities.
- Offline Capability for Field Teams: Crews can collect and access data in areas with no internet or GPS signal, eliminating paper forms and reducing data entry errors when working in remote utility corridors.
- Highly Modular and Scalable: Organizations can adopt TreeAM incrementally, starting small and expanding as needs grow — reducing upfront investment risk and enabling long-term continuous improvement.
- Integrates Multiple Data Sources: Supports data ingestion from UAVs, field crews, historical records, and third-party systems, providing a unified operational picture for better decision-making.
Cons
- Niche Industry Focus: TreeAM is tailored exclusively for vegetation management in utilities and related sectors, limiting its applicability to organizations outside this domain.
- Non-Transparent Pricing: No pricing information is publicly available; prospective customers must contact the vendor directly, which may slow procurement processes for some organizations.
- Implementation Complexity: As a highly configurable enterprise platform, initial setup and customization may require significant onboarding time and coordination with the TreeAM team.
Frequently Asked Questions
What makes TreeAM different from GIS or standard asset management software?
TreeAM is built specifically for environmental assets like trees and vegetation, which change dynamically over time. Traditional GIS and asset management tools are designed for static built assets and lack the modeling, risk assessment, and workflow capabilities needed for effective vegetation management.
Who is TreeAM designed for?
TreeAM is primarily designed for electric cooperatives, municipal electric utilities, and vegetation management products and services providers who need to manage trees and vegetation near power infrastructure at scale.
Can TreeAM be used without an internet connection in the field?
Yes. TreeAM supports offline operation, allowing field crews to access large inventories, collect data, and perform tasks without internet or GPS connectivity. Data is synced when the connection is restored.
Is TreeAM customizable for different organizational needs?
Yes. TreeAM is a modular software platform — similar to a toolkit — that can be configured to meet each customer's specific requirements. Organizations can start with core modules and add new functionality over time based on budget and priorities.
What types of analytics does TreeAM support?
TreeAM offers customizable analytics and modeling tools ranging from simple data queries to complex 3D vegetation models. These tools help managers make better decisions about maintenance scheduling, risk prioritization, and budget forecasting.
