Manufacturing

IIoT & Sensor Integration

Connect machines, sensors, and PLCs to real-time dashboards and predictive analytics pipelines.

MANUFACTURING

IIoT & Sensor Integration

Connect machines, sensors, and PLCs into real-time data pipelines, dashboards, and analytics systems

500+
Connected Devices
99%
UPTIME SLA
30ms
EDGE LATENCY
100%
IP OWNERSHIP
Challenge
The Challenge

Disconnected Machines Limit Operational Visibility

Production environments often operate with isolated machines and fragmented data sources, making real-time monitoring and control difficult.

Machine data locked within PLCs and local systems
No continuous visibility into equipment performance
Delayed identification of faults and anomalies
Manual data collection limiting accuracy and speed
Inability to correlate sensor data with production output
Scaling operations without connected systems increases blind spots

Without integration, critical machine data remains fragmented and unusable at the shopfloor level

CAPABILITIES

Connected Data Layer for Industrial Systems

Designed to bring machine-level data into a structured, real-time operational flow.

Machine & PLC Connectivity

Connect CNC machines, PLCs, and industrial equipment into unified data pipelines

Sensor Data Acquisition

Capture high-frequency data from vibration, temperature, and pressure sensors

Real-Time Monitoring Dashboards

Visualize machine health, performance metrics, and production data continuously.

Edge-to-Cloud Data Processing

Process and transmit data efficiently from shop floor to centralized systems.

Predictive Analytics Enablement

Feed sensor data into models for failure detection and maintenance planning.

Event & Anomaly Detection

Identify deviations in machine behavior and trigger alerts for early intervention.

IMPACT

Operational Impact

Turning Machine Data Into Operational Control

Operational Visibility

Real-time monitoring reduces dependency on manual tracking and reporting across production.

Production Alignment

Improved synchronization between machine performance and production output.

Faster Issue Detection

Quick identification of performance issues and failures minimizes delays and downtime.

Equipment Utilization

Optimized usage of machines across production lines for higher efficiency.

Operational Reliability

Proactive monitoring improves system stability and reduces unexpected disruptions.

FAQ

Common Questions

We enable integration with PLCs, CNC machines, SCADA systems, and a wide range of industrial equipment using standard protocols such as OPC-UA, Modbus, and MQTT.

We implement edge connectivity and industrial gateways to capture and stream data securely from machines and sensors into centralized systems.

Yes. We connect PLCs, SCADA, and IoT sensors using OPC-UA, MQTT, and custom protocols.

We enable collection and monitoring of machine status, cycle times, temperature, vibration, pressure, and other operational parameters relevant to production environments.

Yes, we design solutions that scale across multiple facilities, production lines, and machines while maintaining centralized visibility and control.

How We Work

Our IIoT System Build Process

01

Discovery Sprint

2-week deep dive into your operations, systems, and constraints

02

System Architecture & Data Flow Design

System design, data models, API contracts, infrastructure plan

03

Build Sprints

Two-week sprints with working demos every cycle

04

Deployment & Plant Rollout

Production deployment, CI/CD, monitoring, ongoing support

Ready to Connect Your Factory Floor?

Start with a two-week Discovery Sprint. We map your machines, protocols, and data requirements before writing a single line of code.

Production-grade software for manufacturing, logistics, and SaaS startups. Built in Chennai, deployed globally.

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All rights reserved.

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