Welcome to our Smart Engineering Industrial IIoT Automation Embedded Systems AI & ML Company!
OUR INDUSTRIAL HARDWARE & IOT SOLUTIONS

Cutting-Edge Industrial IoT Devices & Systems

iDatalog High Performance Industrial Control & Data Monitoring

iDatalog

Wi-Fi IoT Data Logger

DATA MONITORING & LOGGING

Datalogger Smart Wireless Data Logging Built for Industrial Uptime

iDatalog connects your facility's field sensors directly to the cloud over Wi-Fi. Featuring native AWS cloud integration, instant SCADA connectivity, and a 2-year backup battery, it delivers uninterrupted telemetry even during total power or network outages.

  • Plug-and-Play Connectivity: Secure data streaming via MQTT brokers, AWS cloud dashboards, and Modbus TCP slave mode.
  • Versatile Industrial I/O: Universal analog inputs alongside 8 digital inputs for wide-ranging sensor integration.
  • Zero-Downtime Reliability: Integrated data logging with a 2-year autonomous battery backup guarantees zero data loss during power or link failures.
Key Features & Protocols
  • MQTT Protocol for IoT Brokers / AWS Cloud
  • Modbus TCP Protocol (SCADA Slave)
  • Universal Analog & Digital Inputs
  • 2-Year Autonomy Backup Battery
WIRELESS SENSOR HUB

iSenNode – Industrial Wireless IoT Sensor Hub

iSenNode bridges your physical sensing layer to enterprise networks. Designed to acquire, record, and relay telemetry from diverse analog and digital sensors, it delivers flexible field deployment with seamless setup.

  • Broad Sensor Compatibility: Universal support for diverse wired and wireless analog and digital sensor inputs.
  • Reliable Network Uplink: Dedicated Ethernet port streaming sensor payloads to IoT gateways via robust TCP/IP and HTTP.
  • Effortless Provisioning: Fast setup via BLE 5.0 mobile pairing or an intuitive onboard web-based configuration tool.
Sensor & Connectivity Highlights
  • Ethernet Port (TCP/IP & HTTP Relay)
  • BLE 5.0 Bluetooth Configuration
  • Web-Based Sensor Config Tool
  • Supports Wired & Wireless Sensors
iSenNode Industrial Wireless IoT Sensor Hub

iSenNode

Wireless Sensor Hub & BLE 5.0

iEdgeG IoT Gateway Box / IoT Edge Device

iEdgeG

4G/5G Edge Gateway & Linux OS

EDGE COMPUTING & GATEWAY

High-Performance 4G/5G Industrial Edge Gateway (iEdgeG)

Accelerate edge-to-cloud deployments with iEdgeG. Powered by embedded Linux, high-speed cellular connectivity, and zero-code provisioning, it captures, processes, and secures device telemetry at the industrial edge—connecting your plant floor to the cloud in minutes.

  • Next-Gen Cellular Uplink: Ultra-low latency 4G/5G wireless connectivity for seamless, distributed asset tracking.
  • Edge Compute & Custom APIs: Onboard data processing and an integrated API server for frictionless third-party hardware and software integration.
  • Zero-Code Deployment: Intuitive UI to enable, disable, and configure system services without writing a single line of code.
  • Industrial-Grade Security: TLS/SSL-encrypted communication to safeguard critical operational data streams.
Technical Specifications
  • Freescale i.MX8 Dual core system (Embedded Linux & FreeRTOS)
  • Cyber Security & TLS/SSL Encrypted Telemetry
  • Dual independent Gigabit Ethernet (RJ-45), USB 3.0
  • Industrial Grade Testing & Certification Ready
  • 802.11n Wi-Fi + Bluetooth Low Energy (BLE)
  • WWAN (4G/5G), GPS & Wireless Mesh (ZigBee / 6LoWPAN)
  • Extended I/O – Field Bus Interface, MODBUS
TRANSFORMER PROTECTION & MONITORING

Next-Gen Transformer Monitoring: Precision WTI & OTI Control

Protect critical grid and plant assets with an intelligent, integrated Oil and Winding Temperature Indicator. Designed to maximize transformer lifespan and uptime, this system combines continuous thermal sensing, automated relay triggers, and direct AWS cloud analytics in a ruggedized, field-ready unit.

  • Integrated Thermal Protection: Real-time WTI & OTI tracking with programmable relay control for dynamic cooling and safety trips.
  • Intuitive On-Site Interface: Vibrant 5″ capacitive touchscreen HMI paired with IP55 weatherproof enclosure protection.
  • Deep Operational Insights: Automated tracking of load current, transformer utilization, and loading profiles.
  • Edge-to-Cloud Connectivity: AWS cloud application for remote telemetry, event notifications, and live configuration, alongside isolated RS-485 Modbus and 4–20 mA industrial loops.
OTI / WTI Digital Meter Transformer Temperature Indicator

OTI / WTI Meter

IP-55 & 5" Touch HMI

Dewatering Pump Automation

Pump Automation

RCU & LCP Control

INDUSTRIAL PUMP AUTOMATION & CONTROL

Dewatering Pump Automation

Dewatering pump automation is an industrial automation solution designed to monitor, control, and automate operations from anywhere. It integrates wireless remote management with on-site hardware to provide real-time operational oversight, reduce downtime, and protect critical field equipment in harsh working environments.

  • Remote Control Unit (RCU): Enables wireless control and real-time monitoring via digital interfaces and handheld/desktop consoles to operate pumps, motors, and connected devices remotely.
  • Local Control Panel (LCP): An on-site electrical panel built for local monitoring, manual control, and electrical safety directly at the equipment installation site.
Key Features & Capabilities
  • Wireless & Remote Management: Long-range wireless control allows users to monitor and operate devices and motors (ON/OFF) anytime from anywhere.
  • Real-Time Monitoring: Continuous status tracking with live digital dashboards displaying equipment telemetry, trends, and operational parameters.
  • Smart Alerting: Instant notifications for alarms, faults, power changes, and communication errors to speed up troubleshooting.
  • Local Electrical Safety: Built-in voltage and current monitoring, combined with overload and short-circuit protection, to safeguard high-power machinery.
  • Rugged Construction: Engineered to withstand tough, demanding field conditions (such as mining, agricultural, or heavy industrial environments).
  • Scalable Architecture: Flexible design suitable for managing a single pump setup up to complex, multi-pump systems.