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How the iVEDiX platform works.

From CORE to STUDIO to GLASS to your insight, the iVEDiX platform transforms the living data from across your business and assets into highly actionable intelligence.

Sensors to Dashboards

iVEDiX uses the latest frameworks and developments in IoT technologies to connect, capture, process, and display digitized asset movements while providing immediate visibility into its location, status, condition, environment, and history. It also has the capability to compute and aggregate to provide actionable intelligence including notifications and alerts in real-time.

Sensors, Connectivity, and Software, Tags, sensors, nodes are integrated to capture vaious data points, including location, temperature, motion, content, vibration etc., The analytical counterpart to hardware. Built-in analytical modeling. Native drivers, and integration with additional corporate systems, enabling insight to your data and providing the full picture.
Passive RFID

Passive RFID
RFID uses radio waves to wirelessly identify and gather data from tagged assets.

Barcodes

Connect and Capture

The iVEDiX IOT engine, CORE, reads data from sensors and tags where they are deployed and maps them through iVEDiX STUDIO. Data elements captured from the sensors are all day/time stamped, and factors such as location, proximity, temperature, motion, and acceleration. The data. can be transmitted using any one or a combination of the connecting technologies used today. Specific use cases will dictate which of the following RTLS (Real-Time Locating System) technologies will be in play.

Barcodes

Barcodes can come in traditional 1D and 2D formats, such as QR codes.

Bluetooth Low Energy (BLE) BLE is similar to active RFID because a battery is required. However, transmit distances are much shorter. BLE is often used in low-power sensor applications.

Bluetooth Low Energy
(BLE)

BLE is similar to active RFID because a battery is required. However, transmit distances are much shorter. BLE is often used in low-power sensor applications.

IoT Sensors  Sensors collect data from the surrounding environment, such as location, proximity, temperature, humidity, motion, vibration, acceleration, and flow.

IoT Sensors

Sensors collect data from the surrounding environment, such as location, proximity, temperature, humidity, motion, vibration, acceleration, and flow.

Active RFID

Active RFID
Active tags are battery-powered and emit a beacon that transmits farther than passive RFID.

​Near Field Communications (NFC) NFC is a short-range wireless technology that enables communications between electronic devices within 4 cm.

Near Field
Communications (NFC)

NFC is a short-range wireless technology that enables communications between electronic devices within 4 cm.

Wireless Mesh  A wireless (802.15.4) network in which nodes connect directly and dynamically to other nodes to route sensor and location data. Wireless mesh is typically deployed for highly scalable outdoor tracking.

Wireless Mesh

A wireless (802.15.4) network in which nodes connect directly and dynamically to other nodes to route sensor and location data. Wireless mesh is typically deployed for highly scalable outdoor tracking.

Satellite (Global Positioning System - GPS) Tracking via Global Positioning System (GPS) and ground receivers to pinpoint geographic locations.

Satellite (Global Positioning System - GPS)
Tracking via Global Positioning System (GPS) and ground receivers to pinpoint geographic locations.

Sensors to Dashboards

Configure your assets, location, rules, thresholds, and workflows to provide depth and dimension to your asset data. The rich context of your asset data will prove invaluable in the high-quality, high-frequency, highly actionable insights you receive, including critical notifications from the data disseminated from the sensors and assets.

Functionally, Interactivr Command Center, Interactive Dashboard with ExAPI, Analytical Modeling/ Augmented Intelligence, Rules and Workflow Engine with ExAPI, Assets: Tags, Readers, Firmware
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