iBot Platform for Augmented Intelligence

The Edge

The Bridge

The Cloud

iBot Platform for Augmented Intelligence

The Edge

IBOT PROCESSOR SERIES

iBot Processors are to machines what computer processors are to laptops, desktops and mobile phones. They power machines by giving them sense and respond capabilities, a brain to think and communication abilities that allow devices or machines to connect with each other or connect to the cloud.

iBot Processors fit most needs, right from the needs of a small mosquito repellant device, all the way to vending machines, power generators, wind turbines and factories.

The Edge

The Bridge

The Cloud

The Edge

IBOT PROCESSOR SERIES

iBot Processors are to machines what computer processors are to laptops, desktops and mobile phones. They power machines by giving them sense and respond capabilities, a brain to think and communication abilities that allow devices or machines to connect with each other or connect to the cloud.

iBot Processors fit most needs, right from the needs of a small mosquito repellant device, all the way to vending machines, power generators, wind turbines and factories.

The Edge

IBOT PROCESSOR SERIES

iBot N (Nano) Series 16-bit, NFC, SubGHz, BLE, WiFi, Cellular 2G/4G, GPS

iBot E (Economy) Series 32-bit, ARM Cortex Processors with BLE, WiFi and Cellular 4G

iBot M (Muscle) Series 32-bit ARM Cortex A8, 7-inch and 10-inch HDMI touch screens, ML/AI on the Edge

iBot N (Nano) Series

Our N-series processors are small but mighty. They are used in any kind of low-power or battery-powered devices and allow such devices to connect with each other or to connect with smartphones or with the cloud.

iBot E (Economy) Series

Our E-Series processors are a step above the N-series and are meant for mains powered devices that require a bit of serious compute provided by a 32-bit ARM Cortex processor and need to connect to other devices over BLE or to the cloud over WiFi and 4G.

iBot M (Muscle) Series

Our M-series processors are state of the art processors to power HMI applications (touchscreen applications) or run ML/AI at the edge. The processors are powered by an ARM Cortex A8 or the Nvidia Jetson and mean business.

connected technology

Connected Products

Add technology to your products. With connected sensors and devices added to the products you sell, you can track the amount of usage in real time. This means you can start leasing your machines and charging based on usage.

Connected Products
Condition Monitoring

Condition Monitoring

Once your machines are connected and streaming data to an IoT platform, you can perform condition monitoring. Condition monitoring allows you to view specific parameters (for example: temperature, vibration and pressure) and key performance indicators (KPIs) to track operating conditions for all connected assets. If metrics deviate From normal operating conditions on an asset – indicating an issue – the machine using edge intelligence, or the cloud, using central intelligence, will alert users.

Condition Monitoring
Predictive Maintenance

Predictive Maintenance

By using IoT to collect and analyze a machine’s health and performance data, you can identify when key thresholds are met for a part, indicating it needs to be serviced or replaced. This allows you to perform maintenance on a need-only basis, eliminating scheduled and drastically reducing unscheduled maintenance.

Condition Monitoring
Asset Performance Management

Asset Performance Management

By monitoring and tracking the condition and status of your machines with KPIs, you can identify which machines are running below peak efficiency and productivity. IoT-powered asset performance management applications generate automated alerts when a machine moves outside of optimal operating conditions, notifying you to make changes to a production line to enhance performance.

Asset Performance Management
Production Efficiency

Production Efficiency

IoT can help you track throughput of your people and machines at the factory so you know the number of hours spent by a worker at the machine, amount of energy consumed by the machine and the throughput of the machine in terms of what is produced. This data can help identify productivity bottlenecks and ensure production efficiency.

Production Efficiency
Energy Efficiency icon

Energy Efficiency

If the key input to your business is energy, ensuring the right usage of this resource is critical to your operations. IoT can help monitor energy consumption of different machines and assets including your stores, factories and workplaces to ensure that this critical resource is managed most efficiently.

energy efficiency icon
Inventory, warehouse and supply chain management

Inventory, warehouse and supply chain management

A fully integrated IoT solution can help you manage supplies and inventory at all manufacturing locations. Suppliers with an IoT platform can implement dynamic supply chains that better align to needs.

Inventory, warehouse and supply chain management
Smart and connected workforce

Smart and connected workforce

People are the lifeblood of your organization. Any wearables or devices that can make their work safer and smarter would greatly enhance not just their efficiency but also their safety and health. IoT can add great value to your workforce within or outside of your workplace.

Smart and connected workforce
Digital Twin

Digital Twin

A digital twin is a virtual representation of your physical product, machine or asset. Receive real-time data regarding the physical performance of your production line and product. Use this data to quickly adjust production, improve product design and enhance your virtual models.

Digital Twin

iBot Star (SubGHz, 2.4GHz)

iBot Mesh (SubGHz, 2.4GHz)

IBOT CELL (4G LTE, Cat-M1, NB1, GPS, GNSS)

iBot N (Nano) Series

Our N-series processors are small but mighty. They are used in any kind of low-power or battery-powered devices and allow such devices to connect with each other or to connect with smartphones or with the cloud.

iBot Star (SubGHz, 2.4GHz)

iBot Mesh (SubGHz, 2.4GHz)

IBOT CELL (4G LTE, Cat-M1, NB1, GPS, GNSS)

The Edge

IBOT PROCESSOR SERIES

iBot N (Nano) Series

Our N-series processors are small but mighty. They are used in any kind of low-power or battery-powered devices and allow such devices to connect with each other or to connect with smartphones or with the cloud.

iBot E (Economy) Series

Once your machines are connected and streaming data to an IoT platform, you can perform condition monitoring. Condition monitoring allows you to view specific parameters (for example: temperature, vibration and pressure) and key performance indicators (KPIs) to track operating conditions for all connected assets. If metrics deviate From normal operating conditions on an asset – indicating an issue – the machine using edge intelligence, or the cloud, using central intelligence, will alert users.

iBot M (Muscle) Series

Our M-series processors are state of the art processors to power HMI applications (touchscreen applications) or run ML/AI at the edge. The processors are powered by an ARM Cortex A8 or the Nvidia Jetson and mean business.

iBot N (Nano) Series

Our N-series processors are small but mighty. They are used in any kind of low-power or battery-powered devices and allow such devices to connect with each other or to connect with smartphones or with the cloud.

iBot E (Economy) Series

Once your machines are connected and streaming data to an IoT platform, you can perform condition monitoring. Condition monitoring allows you to view specific parameters (for example: temperature, vibration and pressure) and key performance indicators (KPIs) to track operating conditions for all connected assets. If metrics deviate From normal operating conditions on an asset – indicating an issue – the machine using edge intelligence, or the cloud, using central intelligence, will alert users.

iBot M (Muscle) Series

Our M-series processors are state of the art processors to power HMI applications (touchscreen applications) or run ML/AI at the edge. The processors are powered by an ARM Cortex A8 or the Nvidia Jetson and mean business.

iBot Star (SubGHz, 2.4GHz)

iBot Mesh (SubGHz, 2.4GHz)

IBOT CELL (4G LTE, Cat-M1, NB1, GPS, GNSS)

The Bridge

WIRELESS NETWORKS TO CONNECT
THE EDGE AND CLOUD

iBot Star
(SubGHz, 2.4GHz)

iBot Mesh
(SubGHz, 2.4GHz)

iBOT Cell
(4G LTE, Cat-M1, NB1, GPS, GNSS)

iBot Star (SubGHz, 2.4GHz)

iBot Mesh (SubGHz, 2.4GHz)

IBOT CELL (4G LTE, Cat-M1, NB1, GPS, GNSS)

The Bridge

WIRELESS NETWORKS TO CONNECT
THE EDGE AND CLOUD

iBot Star
(SubGHz, 2.4GHz)

iBot Mesh
(SubGHz, 2.4GHz)

iBOT Cell
(4G LTE, Cat-M1, NB1, GPS, GNSS)

The Bridge

WIRELESS NETWORKS TO CONNECT
THE EDGE AND CLOUD

iBot N (Nano) Series 16-bit, NFC, SubGHz, BLE, WiFi, Cellular 2G/4G, GPS

iBot E (Economy) Series 32-bit, ARM Cortex Processors with BLE, WiFi and Cellular 4G

iBot M (Muscle) Series 32-bit ARM Cortex A8, 7-inch and 10-inch HDMI touch screens, ML/AI on the Edge

iBot Star
(SubGHz, 2.4GHz)

iBot Star networks are a hub and spoke network formed either over SubGHz (865-868/902-920MHz) or over 2.4 GHz using the 802.15.4 or LoRa stack.

iBot Star is used for both short-range (tens of meters) and long-range (hundreds of meters) communications and for low-power RF communications

iBot Mesh
(SubGHz, 2.4GHz)

iBot Mesh networks are deployed when extending the physical range or distances of communications are important and star networks are not feasible. Our mesh networks use 802.15.4 compliant stacks on SubGHz (865-868/902-920MHz) or 2.4 GHz to form reliable, resilient and large communication networks.

Mesh networks are typically used when mains power is available and where node density is high.

iBot Cell
(4G LTE, Cat-M1, NB1, GPS, GNSS)

iBot Cell is our global cellular network. Our secure eSIM connects all iBot devices that use iBot Cell on 400+ carrier networks world-wide and allows for iBot devices to roam-at-will, looking for the best possible network to use at any time in any country around the world.

iBot Cell is used when people, products or machines are discrete, far away and where it does not make sense to build own or rely on 3rd party wireless networks.

connected technology

Connected Products

Add technology to your products. With connected sensors and devices added to the products you sell, you can track the amount of usage in real time. This means you can start leasing your machines and charging based on usage.

Connected Products
Condition Monitoring

Condition Monitoring

Once your machines are connected and streaming data to an IoT platform, you can perform condition monitoring. Condition monitoring allows you to view specific parameters (for example: temperature, vibration and pressure) and key performance indicators (KPIs) to track operating conditions for all connected assets. If metrics deviate From normal operating conditions on an asset – indicating an issue – the machine using edge intelligence, or the cloud, using central intelligence, will alert users.

Condition Monitoring
Predictive Maintenance

Predictive Maintenance

By using IoT to collect and analyze a machine’s health and performance data, you can identify when key thresholds are met for a part, indicating it needs to be serviced or replaced. This allows you to perform maintenance on a need-only basis, eliminating scheduled and drastically reducing unscheduled maintenance.

Condition Monitoring
Asset Performance Management

Asset Performance Management

By monitoring and tracking the condition and status of your machines with KPIs, you can identify which machines are running below peak efficiency and productivity. IoT-powered asset performance management applications generate automated alerts when a machine moves outside of optimal operating conditions, notifying you to make changes to a production line to enhance performance.

Asset Performance Management
Production Efficiency

Production Efficiency

IoT can help you track throughput of your people and machines at the factory so you know the number of hours spent by a worker at the machine, amount of energy consumed by the machine and the throughput of the machine in terms of what is produced. This data can help identify productivity bottlenecks and ensure production efficiency.

Production Efficiency
Energy Efficiency icon

Energy Efficiency

If the key input to your business is energy, ensuring the right usage of this resource is critical to your operations. IoT can help monitor energy consumption of different machines and assets including your stores, factories and workplaces to ensure that this critical resource is managed most efficiently.

energy efficiency icon
Inventory, warehouse and supply chain management

Inventory, warehouse and supply chain management

A fully integrated IoT solution can help you manage supplies and inventory at all manufacturing locations. Suppliers with an IoT platform can implement dynamic supply chains that better align to needs.

Inventory, warehouse and supply chain management
Smart and connected workforce

Smart and connected workforce

People are the lifeblood of your organization. Any wearables or devices that can make their work safer and smarter would greatly enhance not just their efficiency but also their safety and health. IoT can add great value to your workforce within or outside of your workplace.

Smart and connected workforce
Digital Twin

Digital Twin

A digital twin is a virtual representation of your physical product, machine or asset. Receive real-time data regarding the physical performance of your production line and product. Use this data to quickly adjust production, improve product design and enhance your virtual models.

Digital Twin

The Bridge

WIRELESS NETWORKS TO CONNECT
THE EDGE AND CLOUD

iBot Star
(SubGHz, 2.4GHz)

iBot Star networks are a hub and spoke network formed either over SubGHz (865-868/902-920MHz) or over 2.4 GHz using the 802.15.4 or LoRa stack.

iBot Star is used for both short-range (tens of meters) and long-range (hundreds of meters) communications and for low-power RF communications

iBot Mesh
(SubGHz, 2.4GHz)

iBot Mesh networks are deployed when extending the physical range or distances of communications are important and star networks are not feasible. Our mesh networks use 802.15.4 compliant stacks on SubGHz (865-868/902-920MHz) or 2.4 GHz to form reliable, resilient and large communication networks.

Mesh networks are typically used when mains power is available and where node density is high.

iBOT Cell

iBot Cell is our global cellular network. Our secure eSIM connects all iBot devices that use iBot Cell on 400+ carrier networks world-wide and allows for iBot devices to roam-at-will, looking for the best possible network to use at any time in any country around the world.

iBot Cell is used when people, products or machines are discrete, far away and where it does not make sense to build own or rely on 3rd party wireless networks.

iBot Star
(SubGHz, 2.4GHz)

iBot Star networks are a hub and spoke network formed either over SubGHz (865-868/902-920MHz) or over 2.4 GHz using the 802.15.4 or LoRa stack.

iBot Star is used for both short-range (tens of meters) and long-range (hundreds of meters) communications and for low-power RF communications

iBot Mesh
(SubGHz, 2.4GHz)

iBot Mesh networks are deployed when extending the physical range or distances of communications are important and star networks are not feasible. Our mesh networks use 802.15.4 compliant stacks on SubGHz (865-868/902-920MHz) or 2.4 GHz to form reliable, resilient and large communication networks.

Mesh networks are typically used when mains power is available and where node density is high.

iBOT Cell

iBot Cell is our global cellular network. Our secure eSIM connects all iBot devices that use iBot Cell on 400+ carrier networks world-wide and allows for iBot devices to roam-at-will, looking for the best possible network to use at any time in any country around the world.

iBot Cell is used when people, products or machines are discrete, far away and where it does not make sense to build own or rely on 3rd party wireless networks.

The Cloud

Making digital sense of it all

iBot Link
AI/ML on the cloud with Keras/Tensorflow

iBot Portal
Visualize and analyze data on the cloud

iBot Hive
Manage devices, apps and networks

The Cloud

Making digital sense of it all

iBot Link
AI/ML on the cloud with Keras/Tensorflow

iBot Portal
Visualize and analyze data on the cloud

iBot Hive
Manage devices, apps and networks

The Cloud

Making digital sense of it all

iBot N (Nano) Series 16-bit, NFC, SubGHz, BLE, WiFi, Cellular 2G/4G, GPS

iBot E (Economy) Series 32-bit, ARM Cortex Processors with BLE, WiFi and Cellular 4G

iBot M (Muscle) Series 32-bit ARM Cortex A8, 7-inch and 10-inch HDMI touch screens, ML/AI on the Edge

iBot Link

Extend data from the iBot Portal to iBot Link, which is our cloud based ML/AI engine; Create specific AI apps that run point on your data and look for patterns, identify subtle changes and drive preventive and predictive capabilities for your enterprise. Deploy the same back to the edge to drive intelligence on both ends (physical and digital). Made possible with Keras/Tensorflow.

iBot Portal

Visualize data collected by your devices, sensors, machines and other equipment on the cloud; Set rules and alerts that are triggered by outliers; Leverage big data and analytics on the cloud; Integrate via API’s with your enterprise systems (SAP, Oracle, others)

iBot Hive

Manage your devices, sensors, gateways, the apps running on them, wireless networks and cloud connectivity; Check health status of the edge, bridge and the cloud on a single console.

iBot Hive is offered as part of our managed service and support.

connected technology

Connected Products

Add technology to your products. With connected sensors and devices added to the products you sell, you can track the amount of usage in real time. This means you can start leasing your machines and charging based on usage.

Connected Products
Condition Monitoring

Condition Monitoring

Once your machines are connected and streaming data to an IoT platform, you can perform condition monitoring. Condition monitoring allows you to view specific parameters (for example: temperature, vibration and pressure) and key performance indicators (KPIs) to track operating conditions for all connected assets. If metrics deviate From normal operating conditions on an asset – indicating an issue – the machine using edge intelligence, or the cloud, using central intelligence, will alert users.

Condition Monitoring
Predictive Maintenance

Predictive Maintenance

By using IoT to collect and analyze a machine’s health and performance data, you can identify when key thresholds are met for a part, indicating it needs to be serviced or replaced. This allows you to perform maintenance on a need-only basis, eliminating scheduled and drastically reducing unscheduled maintenance.

Condition Monitoring
Asset Performance Management

Asset Performance Management

By monitoring and tracking the condition and status of your machines with KPIs, you can identify which machines are running below peak efficiency and productivity. IoT-powered asset performance management applications generate automated alerts when a machine moves outside of optimal operating conditions, notifying you to make changes to a production line to enhance performance.

Asset Performance Management
Production Efficiency

Production Efficiency

IoT can help you track throughput of your people and machines at the factory so you know the number of hours spent by a worker at the machine, amount of energy consumed by the machine and the throughput of the machine in terms of what is produced. This data can help identify productivity bottlenecks and ensure production efficiency.

Production Efficiency
Energy Efficiency icon

Energy Efficiency

If the key input to your business is energy, ensuring the right usage of this resource is critical to your operations. IoT can help monitor energy consumption of different machines and assets including your stores, factories and workplaces to ensure that this critical resource is managed most efficiently.

energy efficiency icon
Inventory, warehouse and supply chain management

Inventory, warehouse and supply chain management

A fully integrated IoT solution can help you manage supplies and inventory at all manufacturing locations. Suppliers with an IoT platform can implement dynamic supply chains that better align to needs.

Inventory, warehouse and supply chain management
Smart and connected workforce

Smart and connected workforce

People are the lifeblood of your organization. Any wearables or devices that can make their work safer and smarter would greatly enhance not just their efficiency but also their safety and health. IoT can add great value to your workforce within or outside of your workplace.

Smart and connected workforce
Digital Twin

Digital Twin

A digital twin is a virtual representation of your physical product, machine or asset. Receive real-time data regarding the physical performance of your production line and product. Use this data to quickly adjust production, improve product design and enhance your virtual models.

Digital Twin

The Cloud

Making digital sense of it all

iBot Link

Extend data from the iBot Portal to iBot Link, which is our cloud based ML/AI engine; Create specific AI apps that run point on your data and look for patterns, identify subtle changes and drive preventive and predictive capabilities for your enterprise. Deploy the same back to the edge to drive intelligence on both ends (physical and digital). Made possible with Keras/Tensorflow.

iBot Portal

Visualize data collected by your devices, sensors, machines and other equipment on the cloud; Set rules and alerts that are triggered by outliers; Leverage big data and analytics on the cloud; Integrate via API’s with your enterprise systems (SAP, Oracle, others)

iBot Hive

Manage your devices, sensors, gateways, the apps running on them, wireless networks and cloud connectivity; Check health status of the edge, bridge and the cloud on a single console. iBot Hive is offered as part of our managed service and support.

iBot Link

Extend data from the iBot Portal to iBot Link, which is our cloud based ML/AI engine; Create specific AI apps that run point on your data and look for patterns, identify subtle changes and drive preventive and predictive capabilities for your enterprise. Deploy the same back to the edge to drive intelligence on both ends (physical and digital). Made possible with Keras/Tensorflow.

iBot Portal

Visualize data collected by your devices, sensors, machines and other equipment on the cloud; Set rules and alerts that are triggered by outliers; Leverage big data and analytics on the cloud; Integrate via API’s with your enterprise systems (SAP, Oracle, others)

iBot Hive

Manage your devices, sensors, gateways, the apps running on them, wireless networks and cloud connectivity; Check health status of the edge, bridge and the cloud on a single console. iBot Hive is offered as part of our managed service and support.

iBot AI

Building cyber-physical systems by connecting the edge, the bridge and the cloud with iBot technology to create smart, connected and intelligent experiences

The Edge

The Bridge

The Cloud