The status quo

The assets got smarter. The operations model didn't.

Solar, storage, and flexible load turned every meter into a two-way market participant. But in most organizations, the software running that portfolio still works the way it did when energy flowed one direction: humans read reports, humans make calls, humans push buttons. Four failure patterns repeat across utilities, renewable operators, and industrial energy teams alike:

Manual forecasting

Tomorrow's schedule is a spreadsheet built from last month's averages. It fails precisely when accuracy matters — the cloudy afternoon, the heat-wave peak — and every miss becomes a deviation penalty, an over-procurement, or a peak nobody saw coming.

Siloed asset control

The battery has a vendor console. The solar plant has another. HVAC, backup generation, and metering each live in their own tool. No system sees the whole portfolio, so no system can optimize it — and your engineers become the integration layer, one browser tab at a time.

Phone-tree demand response

Grid events go out by email and phone call. Participation is hoped for, not known; verification arrives weeks later in a settlement dispute. The grid needed a response in minutes and got a voicemail.

Closed vendor stacks

Proprietary protocols and locked data make every new asset a negotiation and every vendor change a re-platforming project. The stack you bought to manage flexibility becomes the least flexible thing you own.

Platform map

Enter anywhere. The loop connects the rest.

CERO DRX is organized the way the intelligence loop is: modules that predict, modules that decide, modules that act, modules that observe and learn, and a foundation that makes all of it enterprise-ready. Every module runs on the same forecasts, the same asset model, and the same dispatch fabric — so each one you adopt strengthens the others, and none of them requires a separate integration to talk to the rest. Start with the module that solves your most expensive problem; the platform is already in place when the next one arrives.

Forecast

AI Forecasting Engine

Renewable generation and load forecasts with confidence you can commit against.

Optimize

Optimization Engine

Tariff-aware schedules that turn forecasts into the most valuable feasible plan.

Dispatch

Demand Response Automation

The full OpenADR event lifecycle, executed and verified automatically.

DER Orchestration & VPP

Thousands of distributed assets, dispatched as one resource.

Universal Asset Connectivity

Every asset reachable, natively, over open standards.

Measure

Real-Time Monitoring & Analytics

Operational truth, measured against the plan.

Where it runs

The same loop, tuned to your numbers.

Every module on this page ships tuned for the industries that run it — the same intelligence loop, measured against each sector’s own economics. A utility scores the loop in deferred network investment; an IPP scores it in penalties avoided; a factory scores it in demand charges. The physics is shared. The business case is yours. See how the platform maps to your world:

Utilities & DISCOMs

Demand response programs, feeder-level forecasting, network-investment deferral.

Renewable Operators & IPPs

Settlement-grade forecasting, DSM penalty reduction, storage co-optimization.

Commercial & Industrial

Demand-charge control, battery and load co-optimization, production-first constraints.

Smart Cities & Public Infrastructure

Municipal flexibility programs with audit-grade accountability.

Microgrids, Campuses & Communities

Local dispatch with resilience and economics optimized together.

Get started

See the Whole Loop, Running

Nine modules read well on a page. They convince in a session: watch the platform forecast a portfolio built from your asset mix, optimize it against your tariffs, dispatch a demand response event end to end, and show you the verification data — live, not in slides. Bring your hardest problem — the penalty line item, the demand charge, the program you declined — and most teams leave knowing exactly which module pays for the rest. Prefer to read first? The solution brief covers the architecture, the loop, and the KPI framework in one document.