About
Sharper Shape is an enterprise-grade AI platform purpose-built for power transmission and distribution (T&D) utilities and operators of linear critical infrastructure. At its core is Sharper CORE, a SaaS solution that transforms raw field data into actionable intelligence through Living Digital Twins (LDTs)—dynamic, continuously updated digital replicas of utility assets that remain accessible even offline in the field. The platform ingests data from a wide variety of sources, including LiDAR, RGB HD cameras, and infrared sensors deployed via helicopters, piloted drones, and autonomous drones. AI and machine learning algorithms analyze this data to proactively identify defects, predict asset failures, and generate fully prioritized asset management plans—helping utilities stay ahead of risk rather than reacting to it. Key capabilities include Predictive Asset Management, which scrutinizes every component down to individual bolts; Vegetation Management for monitoring encroachment risks; and LiDAR Insights for deep spatial analysis. A dedicated CORE module also supports Drone Service Providers (DSPs) looking to streamline their inspection workflows for utility customers. Recognized as the 2025 AI Breakthrough Awards' Data Visualization Solution of the Year, Sharper Shape powers inspection and management workflows for over $100 billion of critical infrastructure worldwide. With R&D centers in Finland and Salt Lake City, the company holds over 20 granted patents in AI, machine learning, and data science, making it a trusted partner for tier-1 utilities seeking operational excellence.
Key Features
- Living Digital Twin (LDT): Continuously updated digital replicas of utility assets, synced from field devices and accessible offline, giving operators a real-time view of their entire network.
- Predictive Asset Management: AI and machine learning algorithms analyze sensor data to detect defects, predict failures, and generate prioritized maintenance plans before issues escalate.
- Multi-Sensor Data Collection: Collects LiDAR, RGB HD, and infrared imagery via helicopters, piloted drones, and autonomous drones to build rich, accurate datasets for every asset.
- Vegetation Management: Monitors vegetation encroachment along transmission and distribution corridors to proactively manage fire risk and service reliability.
- Award-Winning Data Visualization: Sharper CORE presents complex utility asset data through clear, intuitive visualizations named Data Visualization Solution of the Year at the 2025 AI Breakthrough Awards.
Use Cases
- T&D utilities using drone and helicopter surveys to build accurate asset inventories and identify defects across thousands of miles of power lines.
- Utility operators leveraging predictive analytics to schedule proactive maintenance and reduce unplanned outages caused by aging infrastructure.
- Vegetation management teams monitoring tree encroachment and growth risk along transmission corridors to reduce wildfire and outage risk.
- Drone Service Providers integrating Sharper CORE into their inspection workflows to deliver higher-value data products to utility customers.
- Infrastructure risk managers using Living Digital Twins to maintain real-time situational awareness of critical assets and prioritize capital expenditure.
Pros
- Proactive Rather Than Reactive: AI-driven predictive analytics help utilities identify and address asset risks before failures occur, reducing costly unplanned outages.
- Data Source Agnostic: The platform integrates data from virtually any sensor or collection method, ensuring flexibility across different utility environments and workflows.
- Offline Field Capability: Field crews can continue working with the Living Digital Twin even without connectivity, keeping operations running in remote or low-signal locations.
- Deep Industry Expertise: With 20+ granted patents and dedicated R&D centers in Finland and the US, Sharper Shape brings cutting-edge AI specifically tailored to utility infrastructure challenges.
Cons
- Enterprise-Only Focus: The platform is designed for large T&D utilities and DSPs, making it unsuitable for smaller operators or non-utility use cases.
- Non-Transparent Pricing: As an enterprise SaaS product, pricing is not publicly listed and requires direct engagement with the sales team, creating a barrier for initial evaluation.
- Specialized Domain: Sharper Shape is purpose-built for power infrastructure; organizations in other industries cannot directly leverage its core capabilities.
Frequently Asked Questions
What is a Living Digital Twin (LDT)?
A Living Digital Twin is a dynamic, continuously updated digital replica of physical utility assets. It reflects the real-world state of the infrastructure by syncing data collected in the field, even when devices are offline, enabling utilities to always have an accurate operational picture.
What types of utilities can use Sharper Shape?
Sharper Shape is designed primarily for power transmission and distribution (T&D) utilities and operators of other linear infrastructure. It is trusted by tier-1 utilities worldwide and also supports Drone Service Providers (DSPs) that serve utility clients.
What data collection methods does Sharper Shape support?
The platform supports data collection via helicopters, piloted drones, and autonomous drones using LiDAR, RGB HD cameras, and infrared (IR) sensors. It is also data source agnostic, meaning it can integrate data from existing utility systems and third-party sources.
How does predictive asset management work in Sharper CORE?
Sharper CORE's AI algorithms analyze LiDAR, imagery, and sensor data to detect component-level defects and model failure probabilities across the network. The system then produces a fully prioritized asset management plan, helping utilities allocate maintenance resources where they're needed most.
Is Sharper Shape available as a SaaS platform?
Yes, Sharper Shape is delivered via a cloud-based SaaS model, meaning there is no on-premises infrastructure required. Utilities access Sharper CORE and related tools through a web platform, with field access supported on handheld devices.
