Basic Information
Protofy Vento is an open source platform to automate control of physical devices and machines using a Large Language Model in a continuous decision loop. The system reads sensor states, evaluates configured rules, and composes structured prompts for an LLM to decide which actuators to trigger. It provides a full web UI for device onboarding, rule configuration, and real-time monitoring. The project emphasizes a node-based visual interface to fine tune system behavior and supports programming, deploying and managing connected devices and IoT networks. The README references support for ESP32 devices via ESPHome, AI-assisted rule creation with context transfer and prompt cascading, and instructions to run locally with npm or Docker.
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App Details
Features
Automatic control loop that reads sensors, evaluates rules, and sends structured prompts to an LLM to decide actuator actions. Node-based visual UI for composing and fine tuning automation flows and system behavior. Full interface for device onboarding, rule configuration, and real-time monitoring dashboards and sequence views. Support for programming, deploying and managing ESP32-based devices using ESPHome. AI-assisted features to help create rules, transfer context automatically, and cascade prompts. Getting started guidance to run the platform with npm or Docker. Open source license and community entry points such as a Discord channel for support and contributions.
Use Cases
The repository provides a turnkey foundation for building natural-language driven autopilots for smart and industrial devices, reducing the need to hand-code low-level control logic. The node-based UI makes it easier for operators and integrators to design, visualize and tweak automation flows. ESP32 and ESPHome support accelerate deployment to common IoT hardware. AI-assisted rule creation lowers configuration friction by suggesting or generating rule logic and maintaining context across interactions. Real-time monitoring and dashboard views help operators observe system state and actuator activity. The open source model and community channels enable customization, collaboration and extension for specific industrial or smart-device use cases.
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