Remote asset-control platform that issues commands, reconfigures energy assets, and applies AI-driven optimizations with an SDK for service providers.
Vendor
Galooli
Company Website


Galooli Dynamic Active Control (DAC) provides a universal remote control interface for distributed industrial and energy assets, enabling operators to send commands and perform configuration changes without onsite intervention. Core capabilities described include basic controls such as operating hours and on/off commands, as well as more advanced operational adjustments that account for weather patterns and geographic position. The solution supports remote configuration updates and batch reconfiguration to reduce downtime and accelerate troubleshooting, while an SDK enables managed service providers and internal support teams to integrate DAC into existing workflows. AI-centered optimization capabilities are highlighted to improve multi-source energy performance and operational efficiency, and the platform is positioned to lower operational costs by minimizing onsite visits and accelerating remediation of malfunctions. DAC centralizes remote control across sites and assets to improve availability, standardize remote operations, and support programmatic integrations for automation and monitoring.
Features & Benefits
- Remote Command & Control: Sends operational commands to remote assets to manage operating hours, power state, and runtime behavior without physical site access.
- Context-aware Operational Adjustments: Adjusts asset operations based on weather and geographic data to optimize performance across distributed energy sources.
- SDK for Service Providers: Provides an SDK to integrate remote controls into MSP workflows and custom support systems for flexibility and automation.
- Remote Configuration & Batch Reconfiguration: Enables configuration updates and batch reconfiguration across assets to quickly apply fixes and policy changes.
- AI-centered Optimization: Incorporates AI-driven optimizations to manage multiple energy sources and improve site-level performance.