AggreGate Edge

AggreGate Edge is a fully-functional version of AggreGate IoT Platform optimized for controllers and embedded devices. It allows you to create and run low latency, reliable IoT solutions with no need to send all IoT data to the cloud for processing and analysis. AggreGate Edge also helps to ensure compliance with local data protection and regulatory requirements.

AggreGate Edge brings the power of AggreGate IoT Platform down to physical assets. It includes a complete set of field bus drivers for industrial automation and building management systems. Data processing and analytics on controllers are simple with an embedded business rules engine, complex event processing, and machine learning modules. User Interface Builder simplifies data visualization on any device from smartphones to industrial panels.

New Business Opportunities

System Integrators, Engineering Companies
and Managed Service Providers

New revenue streams by developing innovative added value services for customers
Speedy creation and deployment of IoT solutions with low latency and local data protection requirements
Design of cost-effective solutions with manageable Edge / Cloud computing balance

IoT Device Manufacturers (OEMs)
and Independent Software Vendors (ISVs)

Rapid development of IoT applications for controllers
Vertical embedded applications with advanced data processing and analytics capabilities
Out-of-the-box “cloud-ready” connectivity modules for controllers

AggreGate Edge in the Digital World

AggreGate Edge

Use Cases

Predictive Maintenance

Predictive Maintenance

Collect the sensor data from industrial machines, such as turbines or motors. Route all data to a cloud-based AggreGate instance for further pattern analysis and anomaly detection.

Smart Home

Smart Home

Build a smart home around a controller with installed AggreGate Edge by connecting all appliances via various wired and wireless channels. Develop and test the web-based and mobile-friendly HMIs embedded into the box.

Industrial Automation

Industrial Automation

Control and monitor processes by using the PLC logic standards: Functional Block Diagram (FBD), Structured Text (ST), Ladder Diagram (LD), and Sequential Function Chart (SFC).

Building Automation

Building Automation

Supervise the intelligent building systems, including HVAC, lighting, energy, fire safety, physical security, and more.

CNC Monitoring

CNC Monitoring

Track the Overall Equipment Effectiveness (OEE) and perform the in-depth analysis of your machines by using controller as a data acquisition gateway.

Telecom Tower Monitoring

Telecom Tower Monitoring

Enable centralized monitoring and control for the fuel, energy, climate, perimeter security, and BTS equipment.

Smart Metering

Smart Metering

Connect any non-IP meters and sensors to a cloud-based automatic meter reading system. Be sure that the data is buffered while the centralized storage is not available due to network issues.

Genset Monitoring

Genset Monitoring

Connect Gensets that don't have anything beside the dry contacts. Track the fuel levels, oil pressure, water/oil temperature, power output, active alarms, maintenance status, and more.

Battery Monitoring

Battery Monitoring

Check the health of non-IP UPS units and battery packs by tracking the bypass mode state, voltages, currents, frequencies, remaining battery, load percentages, temperature, and other metrics.

Physical Security

Physical Security

Combine your controller or IIoT gateway with a physical access controller or custom security device by connecting various readers, locks and sensors. The access control logic is already there.

Sensor Network Gateway

Sensor Network Gateway

Connect your wired or wireless field sensors and bridge data to the cloud. Design the local maps, add some weather information, and more.

Mobile Asset Tracking

Mobile Asset Tracking

Collect the telemetry data from any moving assets, such as vehicles or containers. Centralize the processing and analytics in the cloud.

Deployment Options

Hybrid (Edge / On-premise, Cloud)

AggreGate Ecosystem Deployment

Balanced for compliance and performance between edge and cloud

  • Working as a part of big installation
  • Seamless logic transfer between AggreGate Server and AggreGate Edge
  • Local data filtering and processing, no need to send everything to the Cloud
  • Solutions with low latency, data protection, and regulatory requirements

Edge only

Standalone Deployment

Fully featured autonomous IoT solution on Edge controller

  • Connectivity to IoT sensors and external data sources
  • Local CEP, Advanced Analytics, and Machine Learning models execution
  • Independent orchestration of multiple devices by one controller
  • Interaction with Azure/AWS/Google cloud services

AggreGate Edge Advantages

AggreGate Edge “glues” the physical layer of existing industrial automation and building management systems with on‑premise or cloud components of an IoT solution architecture.


With out-of-the-box support for 20+ IoT and IT communication protocols, your controller with AggreGate Edge will be a universal “plug-and-play” component for many use cases. AggreGate Edge can use specific field buses of controllers as DALI, KNX, etc.

AggreGate Edge provides APIs for direct integration with third-party software or Cloud platforms. AggreGate Edge can interact with controller vendor’s software by MQTT, REST protocols and get access to specific or proprietary vendor's drivers. All external control operations fully abide by the platform’s security model.

Your controller with AggreGate Edge can store IoT events, historical values, enriched data for periods when the connection to the Cloud is lost. In an autonomous operation scenario, your controller with AggreGate Edge can store months of historical values between scheduled data exchange sessions with a central AggreGate Server.

One IoT gateway with AggreGate Edge can monitor and control hundreds of devices. AggreGate Edge device management capabilities include automatic discovery and provisioning, offline device management, group and batch operations, flexible event management, advanced alerting, job scheduling, etc. In case of poor or unstable connection to the Cloud, a controller with AggreGate Edge can act as a stand-alone control unit.

AggreGate Edge brings all advanced analytics capabilities close to devices and sensors. Object and process models, domain-specific languages, visual workflows, and machine learning algorithms – all those tools create business value from your data and simplify local decision-making on a controller with AggreGate Edge.

AggreGate Edge uses full power of visualization tools of AggreGate IoT Platform directly on controllers. You are able to create UI interfaces locally or deploy from the Cloud and run them on any device from smartphones to industrial panels.

Want to extend AggreGate Edge capabilities? You can use programmatic extension points and APIs to develop a new device driver or data processing plugin, UI component or even a full-scale embedded IoT application. A new Flexible Driver module allows building drivers for proprietary protocols without programming.

AggreGate Edge Architecture

AggreGate Edge's flexible modular architecture allows you to disable unused plugins to fit hardware resources of your controllers.

IoT Gateways AggreGate Edge

Edge Embedding Scenarios

Controllers with Built-in Software

  • Smooth integration with OEM’s embedded software
  • Leverage of certified field bus protocols drivers included with controllers
  • High-performance interaction with embedded software via MQTT, REST API or other open interfaces
Edge Controllers with Built-in Software

Controllers without Built-in Software

  • One solution for all connectivity, visualization, and analytics functions for controllers
  • Control of peripheral equipment via serial ports, UDP and TCP connections
  • Management of non-standard peripherals via AggreGate Agent
Edge Controllers without Built-in Software

Broad Hardware Platform Support

AggreGate Edge can operate on industrial controllers in severe environments and work on devices meeting the following minimal requirements: Linux or Windows operation system with Oracle JDK, 1GHz CPU, 512MB RAM.

Opportunity to run AggreGate server on the Tibbo Project System

Tibbo Project System

Opportunity to run AggreGate server on the single-board PC

Single-Board PC

Opportunity to run AggreGate server on the Linux-based PLC

Linux-Based PLC

Opportunity to run AggreGate server on the IoT Gateway

IoT Gateway

Opportunity to run AggreGate on the industrial touch panel

Industrial Touch Panel

Internet of Things Platform