Main features

The six pillar of IoT Projects

CONNECT

SHARE

ANALIZE

MANAGE

COLLECT

Natively implements the main communication standards: MQTT, Sigfox, LoRa, Http, Opc-ua, Opcx
No restrictions on the format of the exchange protocol between “things” and platform
No need to code, a special visual tool allows you to “draw” the communication protocol with “things”: OmnyGate
No need to use a HUB, or dedicated hardware.
Advanced tools for debugging and data control.
Encrypted protocols, SSL certificates and ACL for secure access
to data allow you to guarantee maximum level of security.
Real-time debug & logging for every single connected thing.

Natively implements the main communication standards: MQTT, Sigfox, LoRa, Http, Opc-ua, Opcx
No restrictions on the format of the exchange protocol between “things” and platform
No need to code, a special visual tool allows you to “draw” the communication protocol with “things”: OmnyGate
No need to use a HUB, or dedicated hardware.
Advanced tools for debugging and data control.
Encrypted protocols, SSL certificates and ACL for secure access
to data allow you to guarantee maximum level of security.
Real-time debug & logging for every single connected thing.

Natively implements the main communication standards: MQTT, Sigfox, LoRa, Http, Opc-ua, Opcx
No restrictions on the format of the exchange protocol between “things” and platform
No need to code, a special visual tool allows you to “draw” the communication protocol with “things”: OmnyGate
No need to use a HUB, or dedicated hardware.
Advanced tools for debugging and data control.
Encrypted protocols, SSL certificates and ACL for secure access
to data allow you to guarantee maximum level of security.
Real-time debug & logging for every single connected thing.

Can process and archive huge amounts of data in real time.
Is developed to really scale out. All of its components and application layers are fully clusterazible and can be tuned in order to support any kind of IoT scenario.
Natively compatible with High Availability (HA) environments.
Supports the full dataset re-processing, just as a sort of “rewind”.

Can process and archive huge amounts of data in real time.
Is developed to really scale out. All of its components and application layers are fully clusterazible and can be tuned in order to support any kind of IoT scenario.
Natively compatible with High Availability (HA) environments.
Supports the full dataset re-processing, just as a sort of “rewind”.

Can process and archive huge amounts of data in real time.
Is developed to really scale out. All of its components and application layers are fully clusterazible and can be tuned in order to support any kind of IoT scenario.
Natively compatible with High Availability (HA) environments.
Supports the full dataset re-processing, just as a sort of “rewind”.

You can build dashboards customized for each type of user or scenario.
Thanks to the visual tool for creating dashboards, platform users can independently create eye-catching reports and analysis screens.
30+ widgets ready-to-use.
You can integrate dashboards into external applications.

You can build dashboards customized for each type of user or scenario.
Thanks to the visual tool for creating dashboards, platform users can independently create eye-catching reports and analysis screens.
30+ widgets ready-to-use.
You can integrate dashboards into external applications.

You can build dashboards customized for each type of user or scenario.
Thanks to the visual tool for creating dashboards, platform users can independently create eye-catching reports and analysis screens.
30+ widgets ready-to-use.
You can integrate dashboards into external applications.

Omnyvore allows you to simultaneously manage different types of objects (thing families).
Simple interface for management and administration of connected objects (things).
Can manage alarms based on parameters defined by the user.
Integrated firmware management.
Administrators can create different types of users with permissions and access to customized functions.
Interfacing with production systems for dynamic asset creation.
Manage & transform IoT data in real time: apply your own algorithms and extract new values from raw data.

Omnyvore allows you to simultaneously manage different types of objects (thing families).
Simple interface for management and administration of connected objects (things).
Can manage alarms based on parameters defined by the user.
Integrated firmware management.
Administrators can create different types of users with permissions and access to customized functions.
Interfacing with production systems for dynamic asset creation.
Manage & transform IoT data in real time: apply your own algorithms and extract new values from raw data.

Omnyvore allows you to simultaneously manage different types of objects (thing families).
Simple interface for management and administration of connected objects (things).
Can manage alarms based on parameters defined by the user.
Integrated firmware management.
Administrators can create different types of users with permissions and access to customized functions.
Interfacing with production systems for dynamic asset creation.
Manage & transform IoT data in real time: apply your own algorithms and extract new values from raw data.

Native integration with the OMNYSCIENT Artificial Intelligence platform that uses Deep Learning based algorithms to train models and provide predictions.
Integration with Amazon Forecast services.

Native integration with the OMNYSCIENT Artificial Intelligence platform that uses Deep Learning based algorithms to train models and provide predictions.
Integration with Amazon Forecast services.

Native integration with the OMNYSCIENT Artificial Intelligence platform that uses Deep Learning based algorithms to train models and provide predictions.
Integration with Amazon Forecast services.