AI/ML
Climate/Energy
Hardware/Robotics

Torch Systems

AI-powered monitoring for outdoor infrastructure

CORE INFO

$11.5M
Total Funding
Bridge / SAFE
Round
2020
Founded
11-50
Team Size
Lafayette, CA
Headquarters

Torch Systems sells solar-powered TerraNode devices and monitoring software to utilities, renewable-energy operators, municipalities, and industrial companies. The system combines sensor data and imagery to flag wildfire risks, equipment overheating, vegetation growth, security events, and air-quality problems at remote sites without wired power or network infrastructure.

  • Latest financing: $9.5 million in SAFE equity from Khosla Ventures, Abstract Ventures, Construct Capital, and Starship Ventures, plus $2 million in venture debt, announced October 6, 2026.axios.com
  • Deployment footprint: 300 TerraNode units across seven U.S. states, with another 800 units backordered as of October 6, 2026.axios.com
  • Axios reported that Torch had expanded beyond wildfire detection into broader monitoring for grid and outdoor infrastructure.axios.com

WHY WE WOULD WORK AT TORCH SYSTEMS

Protect Critical Infrastructure

Help make the physical world visible, understandable, and actionable by monitoring substations, solar farms, transmission corridors, and other assets that communities rely on.

Build Multimodal AI

Work across edge AI, computer vision, thermal imaging, acoustic sensing, gas detection, and environmental data through the TerraNode and Torch Intelligence Platform.

Join a Growth Stage

Torch has raised $11.5M, deployed more than 300 TerraNodes across seven states, and has 800 additional units backordered—creating substantial room to shape the next phase.

See Your Work in the Field

Design and deploy solar-powered systems that operate without wired power or network infrastructure, with installations spanning utilities, renewable-energy sites, municipalities, and industrial operations.

Work Across Disciplines

Join a hands-on team working at the intersection of hardware, software, AI, and field operations, where fast deployment and practical problem-solving matter.

Make Climate Resilience Real

Help detect wildfire risks, overheating equipment, vegetation growth, and other hazards before small problems become major incidents—supporting customers such as Dominion Energy.

MARKET AND TRACTION

GROWTH TACTICS

  • Expanding from wildfire detection into broader outdoor asset intelligence, including equipment overheating, vegetation growth, security events, air-quality anomalies, and operational faults.

  • Scaling manufacturing, field deployments, go-to-market activities, and field-operations capacity through a hardware-plus-recurring-monitoring model.
  • NOTABLE CUSTOMERS

  • Dominion Energy uses Torch at solar sites to monitor fire risk, solar-panel misalignment, equipment overheating, and vegetation growth.

  • Other target customer segments include electric utilities, renewable-energy operators, municipalities, industrial companies, and critical-infrastructure operators.
  • KEY METRICS

    ✦ KEY METRIC
  • Torch reports 300+ TerraNodes deployed across 7 states and more than 80 sites protected.

  • The company has announced $11.5M in total capital, including a $9.5M SAFE equity financing and $2M in venture debt; Axios also reported 800 additional units backordered.
  • MARKET POSITION

  • Torch has evolved from a wildfire-sensor company into an outdoor asset-intelligence provider serving remote, distributed infrastructure that often lacks wired power or network connectivity.

  • Its reported deployments span solar farms, transmission corridors, citywide fire-monitoring networks, and industrial operations.
  • COMPETITIVE ADVANTAGE

  • TerraNode combines visible-light and thermal cameras, acoustic, gas, air-quality, and environmental sensors with edge AI, solar power, battery storage, and cellular connectivity in one field-deployable system.

  • The Torch Intelligence Platform fuses sensor data, imagery, mapping, environmental information, and device status to identify anomalies and provide operational context.
  • PRODUCT AND TECH

    TerraNode Field Devices

    Solar-powered TerraNode devices combine visible-light and thermal cameras with acoustic, gas, air-quality, and environmental sensors. They are designed for remote sites without wired power or network infrastructure.

    Multimodal Sensor Fusion

    Torch combines imagery, thermal data, acoustic signals, gas readings, air-quality measurements, mapping, and environmental information to monitor outdoor infrastructure. This approach supports detection of wildfire risks, overheating, vegetation growth, security events, and other anomalies.

    Edge AI Processing

    On-device edge AI analyzes sensor data in the field, helping TerraNodes identify relevant conditions before transmitting information. Cellular connectivity, private LTE support, and optional satellite backhaul extend monitoring to difficult-to-connect locations.

    Torch Intelligence Platform

    The cloud-based Torch Intelligence Platform learns site-specific normal conditions and correlates sensor data, imagery, device status, and environmental context. It delivers contextual alerts, event management, reporting, portfolio views, and role-based notifications.

    Infrastructure Monitoring Service

    Torch combines TerraNode hardware with recurring monitoring and intelligence services for utilities, renewable-energy operators, municipalities, industrial companies, and other critical-infrastructure owners. The service provides continuous visibility into distributed outdoor assets and operational risks.

    COMPANY CULTURE

    Values

  • Make the physical world visible, understandable, and actionable

  • Protect critical infrastructure and reduce operational risk

  • Prevent small problems from becoming major incidents

  • Build technology with real-world impact
  • Operating Principles

  • Combine AI, hardware, software, and field operations

  • Use multimodal data to identify meaningful anomalies

  • Focus on practical solutions for remote, infrastructure-constrained environments

  • Learn and adapt through real-world deployments
  • Work Style

  • Hands-on and execution-oriented

  • Close collaboration across technical and field teams

  • Fast-paced deployment and customer interaction

  • Work at the intersection of AI, infrastructure, and climate resilience
  • Learning & Growth

  • Solve complex problems spanning edge AI, sensors, connectivity, and infrastructure

  • Develop expertise through field deployments and operational feedback

  • Work on emerging applications beyond wildfire detection

  • Learn from continuous experimentation and adaptation