
Our most critical infrastructure has a visibility gap.
Together, we can close it with AI-powered grid intelligence from 1 million+ electrical sensors.
Real-time
See outages, faults, and emerging grid conditions as they happen with millisecond detection.
Hyper-local
Access precise grid event data at street and neighborhood resolution to pinpoint where disturbances begin and impacts occur.
Complete
See local and wide-area events, power quality conditions, and emerging grid problems from the bulk system to the grid edge.

4 AI Powered Grid Intelligence Solutions
Built on the Nation’s Largest Electrical Sensing Fleet
Trusted by Industry Leaders
Built for Organizations Protecting Communities

Utility and Government
Gain real-time visibility into power quality, emerging grid conditions, outages and restoration to improve resilience and enhance operations.

Insurance Partners
Help protect policyholders before electrical hazards become claims with proactive prevention and grid insights that reduce risk.

Public Safety
Strengthen community response with real-time awareness of outages and emerging electrical conditions to support faster, more informed decisions.
Real-World Impact
See how the nation’s largest electrical sensing network is already helping organizations understand major grid events, verify what happened, and make better decisions.
Virginia Data Center Event
Loose/Failed Neutral
Hurricane Helene
How We Can Work Together
API Feeds
Feed our data into your existing tools.

Ting Insights Portal (TIP)
Analyze grid conditions through our interactive portal.

Research and Analysis

Consumer Power Quality Index
See how power quality varies across the country. Explore grid faults, outages, brownouts, surges, and other power quality conditions by utility, region, and over time.

What Happened When 3 Gigawatts of Data-Center Demand Disappeared from the Grid
On July 22 at 7:56:09 a.m. EDT, a Dominion Energy transmission line fault in Northern Virginia caused a cluster of data centers to instantaneously switch to backup power, removing roughly 3 gigawatts of demand from the grid.

Analysis of Total Harmonic Distortion on the U.S. Electric Grid
As the U.S. electric grid evolves to include more renewable energy sources and modernized grid components, it faces increased complexity and new challenges in maintaining power quality.














