FREQUENTLY ASKED QUESTIONS

OmilooS is an application designed to manage decentralized energy and local communications. It helps households monitor their solar generation, control battery storage, and connect to local mesh networks without depending on centralized utility companies.

You can download the application, connect your solar inverters or battery devices, and set up your local network node to start monitoring and optimizing your consumption.

Yes, the core software and connection protocols are open source, allowing developers and communities to audit, build upon, and adapt the software to their local needs.

You only need a smartphone to run the OmilooS application and a compatible local hardware node (such as our standard Supernode) connected to your power system.

Anyone can join. Whether you are a homeowner with solar panels, a regular consumer wanting cheaper electricity, or someone wanting to support community mesh communications.

No. OmilooS is a peer-to-peer network with no central service provider, meaning there are no monthly fees, hidden charges, or subscription lock-ins.

By encouraging local green energy generation, reducing transmission losses across long-distance grids, and maximizing the use of home battery storage through intelligent planning.

The application uses standard local industrial connection protocols to communicate with your inverter and battery manager. Once connected on the same local network, it retrieves all telemetry data instantly.

A prosumer is someone who both produces and consumes energy (e.g., generates solar power at home). OmilooS empowers prosumers by giving them total control over where their excess energy goes—whether to storage, local appliances, or direct trade.

Yes. OmilooS can manage battery storage to charge during cheaper times of day (or when neighbor node generation is high) and discharge during peak times to save costs.

No, because OmilooS monitors and manages your energy storage internally at the household level. It acts as an intelligent controller for your local system, not a grid modifier.

Our local assistant analyzes weather predictions and your usage history to tell you exactly how much energy your panels will generate tomorrow, helping you decide when to run heavy appliances or store energy.

We support most standard home battery systems and solar inverters. The application connects directly using local network protocols to read your generation and consumption.

The application uses a local prediction helper that looks at your consumption patterns and weather forecasts to suggest the best times to charge your batteries or share excess power.

Yes, when set up with compatible hardware, the application allows neighboring households to trade excess solar generation directly and settle transactions securely.

Instead of sending it back to the corporate grid for low credits, you can store it in your home batteries or share it directly with neighbors who need it.

Yes, you can register and monitor multiple installation sites and hardware nodes linked to your application profile.

It reads directly from your hardware inverters every few seconds, providing immediate, high-precision visual updates of your electricity generation and usage.

It is a communication network formed by local hardware devices that transmit data directly to each other without needing active internet connections or cellular operators.

All telemetry data and configurations are stored locally on your devices. No personal habit data is sent to external servers or remote clouds.

No, the core features of telemetry, battery optimization, and mesh communication are designed to run fully offline, ensuring utility and network resiliency even during grid failures.

Local nodes can transmit data over several miles, and because it is a mesh network, every new node acts as a repeater, extending the range of the entire community.

Yes, all data packets sent through the mesh are automatically encrypted from end to end, meaning intermediate nodes cannot read your messages.

Yes. Since all communication and energy controls run locally and offline, your battery storage and local mesh network continue operating normally even if the main grid goes down.