Unleash live is an enterprise computer vision platform for utilities, energy, and industrial operators running inspection and monitoring programs across distributed asset networks. Applying computer vision to imagery and video captured from drones and cameras, it gives operations teams structured intelligence at scale, without requiring manual review of every captured image.

Operators use Unleash live to plan inspection missions, capture standardized visual data in the field, analyze that data against trained detection models, review flagged faults and anomalies in context, and route the right information to the right teams for action.

That workflow runs consistently across fleets, sites, and asset classes. Unleash live integrates with existing enterprise workflows and technology platforms to reduce undetected faults, improve inspection throughput, and support better-informed asset maintenance decisions.

How It Works - From Inspection to Action

Plan & Capture

Plan inspection missions across your asset network and deploy drones with standardized flight profiles for consistent, repeatable data capture.  Stream live footage during active operations, share real-time field data across teams, and upload recorded imagery for analysis. For continuous coverage between inspection cycles, fixed cameras and existing site infrastructure can be connected to monitor critical facilities in real time. Structured capture means every image and feed is organized, tagged, and ready for analysis from the moment it lands. 

Analyze

Apply computer vision models to captured imagery to automatically and rapidly detect faults, assess asset conditions, and identify anomalies across distribution and transmission structures, powerlines, substations, and other infrastructure. Generate condition assessment outputs including component and fault detection reports without manual review of every image. Detection runs against the full data set, not a sampled subset.

Review & Act

Review flagged conditions and anomalies in context, with geospatial data and asset metadata alongside the relevant imagery. Prioritize by severity and route findings directly to maintenance teams, work order systems, or asset management platforms. Configurable alerts, condition dashboards, and system integrations ensure the right information reaches the right people before conditions escalate.

Software That Runs the Full Inspection Program

Unleash live Cloud

Unleash live Cloud connects your drone inspection programs to the analytics, review, and reporting workflows your operations teams rely on. Process captured imagery at scale, manage assets and media centrally, and deploy in cloud, edge, or hybrid environments to match your operational infrastructure.

• Centralizes imagery and video data from drone inspection programs into a single, organized environment
• Applies computer vision models to captured imagery to detect faults, anomalies, and asset conditions at scale
• Organizes inspection media with searchable metadata, tags, and geospatial context for fast retrieval and audit
• Enables faster review with configurable analytics, alerts, and condition dashboards
• Integrates with work order systems, GIS platforms, and asset management tools to route findings directly to maintenance workflows
• Applies multiple detection models to a single inspection dataset to generate different condition assessment outputs

Unleash live Autofly - Autonomous Mission Execution

Unleash live Autofly is the autonomous mission execution layer of the platform, purpose-built for structured, repeatable drone inspection programs at scale. It plans, executes, and manages inspection missions across your asset network, reducing pilot workload and delivering consistent data that feeds directly into condition assessment and reporting.

• Automates drone mission planning, execution, and documentation for consistent inspection workflows
• Enables repeatable and precise data capture across corridor, survey, and asset inspections
• Supports real-time collaboration with live video streaming and remote stakeholder access during active operations
• Provides geospatial tracking and situational awareness for improved field visibility
• Reduces manual navigation workload through automated mission profiles and standardized capture sequences
• Supports remote drone control and centralized flight management for programs operating across multiple sites
• Standardizes inspection data for direct comparison across inspection cycles and long-term asset monitoring
• Integrates with drone hardware and fleet management systems across distributed field teams
• Supports dock-integrated autonomous deployment for inspection programs in remote or access-constrained environments, enabling repeatable missions without requiring on-site crew presence at each site.

Unleash live Monitoring - Continuous Intelligence from Fixed Infrastructure

Where drone inspection programs provide structured periodic assessment, fixed-camera monitoring delivers continuous visibility across critical sites and facilities between inspection cycles. Computer vision applied to live feeds from fixed, PTZ, and thermal cameras detects equipment anomalies, asset conditions, and operational events in real time, without manual review of footage.

For utilities operators managing substations, switching stations, and remote facilities, continuous monitoring reduces reliance on physical site visits, improves response times to emerging conditions, and builds an auditable record of asset health over time.

• Connects fixed, PTZ, and thermal cameras to continuous computer vision monitoring across critical utility sites and facilities
• Detects equipment anomalies, asset conditions, and safety events without manual footage review
• Generates real-time alerts routed to operations teams through dashboards, notifications, and system integrations
• Supports optical and thermal imaging for comprehensive visibility including hotspot detection in electrical equipment
• Deploys on cloud, edge, or hybrid infrastructure to match site connectivity and data sovereignty requirements
• Extends asset visibility between scheduled drone inspection cycles for continuous operational oversight

Applications Across Energy and Infrastructure

Utility Asset Inspection and Condition Assessment

Automated drone inspection of distribution networks, transmission corridors, and substations for fault identification, damage assessment, and structured condition reporting.

Repeatable inspection programs reduce field crew exposure, accelerate fault prioritization, and build the asset intelligence needed for proactive maintenance planning.

Pre-season inspection programs for wildfire risk management benefit from the consistency and scale that structured autonomous inspection enables.

Renewable Energy - Solar and Wind

Inspection workflows for solar parks and wind turbines, identifying panel-level defects, soiling, and damage alongside structural and mechanical anomalies in wind assets.

Consistent data capture across large installations supports performance-based maintenance decisions and ongoing asset health monitoring throughout the operational life of the site.

Oil and Gas - Pipeline and Facility Inspection

Autonomous inspection of pipeline corridors, right-of-way, and associated facilities generating repeatable, comparable condition data across extended linear assets.

Supports maintenance planning, regulatory compliance documentation, and incident response.

Continuous monitoring capability extends coverage between scheduled inspection cycles.

Dock-integrated deployment along pipeline corridors enables autonomous inspection coverage across remote segments between scheduled crew visits, reducing the cost and logistical complexity of routine condition monitoring.

Infrastructure Emergency Response

Rapid drone deployment for damage assessment following storms, wildfire events, and other incidents affecting critical infrastructure.

Live video streaming gives operations centers direct visual access to affected areas in real time, supporting active decision-making on field crew dispatch and network restoration priorities.

Structured visual documentation generated from each deployment supports regulatory reporting, insurance assessment, and post-incident planning.