Control Room Dashboard

Utility Software Layer

Intelligence for the Grid

Our AI-powered software allows utilities to forecast, coordinate, and optimize flexible loads with surgical precision. Bridging the gap between energy supply and compute demand.

Proven Stability. Intelligent Compute
Millisecond Latency
Precision Capabilities

Next-Generation Grid Visibility

Active demand response load adjustment interface

Active Demand Response

Automated orchestration of flexible loads. Rapidly deploy curtailment signals during peak events to maintain grid equilibrium.

AI-powered real-time grid dispatch visualization

Grid-Aware Dispatch

Real-time telemetry integration allows for dispatch decisions based on localized grid constraints, preventing transformer overload in AI clusters.

Deployment Lifecycle

Implementation Pipeline

01

Data Ingestion

Secure pipe integration for AMI, SCADA, and weather streams.

02

Model Tuning

AI agents specialize on your specific regional grid topology.

03

Pilot Validation

Parallel simulation vs. legacy systems for accuracy validation.

04

Live Dispatch

Autonomous orchestration activated across the grid edge.

Utility-First Narrative

Our platform was developed in direct collaboration with utility partners to address the evolving complexities of the modern grid. As AI data centers and massive industrial loads place unprecedented strain on existing infrastructure, RA provides the critical software layer needed to manage these assets effectively.

Operational Alignment

Built to meet the specific regulatory and technical requirements of utility operators.

Asset Management

Unified control plane for distributed compute and energy infrastructure.

“Exceptionally well-designed... Noise emissions are negligible, and the load is capable of shutting down in milliseconds... Anovary provided CVEC with the equivalent of ten years of organic load growth in a matter of months”

— Russ Falkenberg, CEO, CVEC
High-density server hardware

Empowering utilities to master the volatility of the AI era