Akame IoT

cnxontle

About this app

Akame IoT is a monitoring platform designed to visualize, manage, and analyze data from IoT sensor networks simply and efficiently.

Monitor your devices in real time from anywhere, view historical measurements stored in the cloud, and stay informed about the conditions of your facilities, crops, or projects through an intuitive and easy-to-use interface.

Key Features

✓ Real-time monitoring of IoT sensors.

✓ Visualization of historical data stored in the cloud.

✓ Management of multiple networks and devices from a single account.

✓ Configuration of limits for monitored metrics.

✓ Export of historical data in CSV format.

✓ Automatic synchronization with cloud services.

✓ Secure network sharing among authorized users.

✓ Access from anywhere with an internet connection.

Designed for Real-World Applications

Akame IoT can be used in various scenarios where remote monitoring is important:

• Precision agriculture

• Environmental monitoring

• Irrigation systems

• Forestry and forest management

• Greenhouses

• Research and academic projects

• Monitoring of remote infrastructure and equipment

Simple Device Management

The application allows you to link new networks using activation codes and manage associated devices from a single interface.

Users can also share network access with other authorized users, facilitating collaboration between teams without compromising data security.

Secure and Accessible Data

Telemetry data is securely stored in the cloud to allow for historical review and subsequent analysis. Information is transmitted via encrypted connections, and access to the platform requires user authentication.

Continuous Evolution

Akame IoT is constantly evolving to incorporate new monitoring, analysis, and device management capabilities, offering an increasingly robust platform for professional IoT projects.

What’s new

Versión beta.
Monitorea la telemetría en tiempo real, consulta gráficos históricos, exporta tus datos en formato CSV y crea o edita índices para definir los límites mínimos y máximos aceptables de cada métrica.