Empower Your Operations with Intelligent Automation
Transform complex industrial processes into efficient, connected workflows. Our wired PLC/HMI/SCADA systems and custom LoRa wireless modules deliver precise control of machinery, sensors, monitoring, and data analytics into one robust platform.
Scale from single lines to full facilities—your setup remains flexible, resilient, and upgradeable with dedicated support across India.
Deterministic, real-time control for industrial processes
Robust wired architectures using PLCs, HMIs, and SCADA for high availability, safety, and predictable performance across your plant. We standardize on proven vendors and open protocols to keep your lines running and data flowing.
PLC Brands
Series we commonly deploy include Mitsubishi iQ-R/Q, Siemens S7-1200/1500, Delta DVP/AS, and Schneider Modicon (M340/M580)—selected per I/O mix, cycle time, and budget.
HMI Options
- Panel HMIs sized per station (operator ergonomics + environment)
- Alarm banners, recipes, user roles & audit trails
- Multi-language screens and standardized navigation
SCADA Platforms
- ICONICS, Siemens WinCC, and vendor-native suites
- Enterprise visualization, alarm management, reporting
- Historian setup for trends, quality, and traceability
Interoperability
Pros
- Deterministic scan times and low latency
- High availability with redundancy options
- EMI-resilient cabling and panelized control
Cons
- Higher upfront cost for cabling and panels
- Less flexible for rapidly changing layouts
Typical Panels
- Controller + I/O
- 24VDC PSU & MCBs
- Network switches
- Soft starters/VFDs
- Overloads & contactors
- Interlocks & safety relays
- Numbered terminals
- Shielded I/O marshalling
- Glands & ferruling
LoRa-based custom modules for end-to-end connectivity
We design and build custom LoRa edge devices and gateways to connect sensors, meters, and actuators across large sites—enabling long-range, low-power telemetry and control where wiring is impractical.
What we build
- Multi-I/O end devices (AI, DI, DO) and RS-485-to-LoRa nodes
- LoRa gateways/bridges to PLC/SCADA (OPC UA, Modbus, MQTT)
- Over-the-air configuration, diagnostics, and firmware updates
Where it fits
- Spread-out plants, utilities, yards, and tank farms
- Condition monitoring, energy & water metering, environmental telemetry
- Temporary setups and remote assets
Pros
- Long range and low power consumption
- Fast deployment without trenching
- Scales from a few to hundreds of nodes
Cons
- Throughput is lower than ethernet-based networks
- Link quality depends on site RF conditions and antenna placement
Typical LoRa Architecture
- Field nodes → LoRa gateway
- Gateway → PLC/SCADA via Modbus/MQTT
- Optional cloud relay for remote dashboards
Device Capabilities
- Battery/24V DC power options
- Ingress-protected enclosures
- Signal strength & health telemetry
Commissioning Toolkit
- Site survey & link budget guidance
- QR provisioning for nodes
- Firmware & config backups
From plant floor to dashboards—secure data pipelines
Our edge gateways normalize PLC/LoRa data and publish via MQTT/OPC UA. Build role-based dashboards and alerts for maintenance, quality, and energy teams without disrupting control networks.
Edge Gateways
- Protocol conversion (OPC UA, Modbus, MQTT)
- Store & forward with local buffering
- On-prem historians and reports
Dashboards & Alerts
- OEE, downtime, and energy views
- Email/SMS/ChatOps notifications
- Role-based access control
OT Security
- Network segmentation (LAN/VLAN)
- Least-privilege user roles
- Audit logs and change tracking
Where we fit—across processes and utilities
- Assembly & material handling
- Machine interlocks & safety
- Pumps, VFDs, reservoirs
- Pressure/flow monitoring
- Batching & CIP skids
- Cold rooms & conveyors
- DG/UPS integration
- HVAC & energy dashboards
Wired vs. Wireless—quick guidance
| Wired (PLC/HMI/SCADA) | Wireless (LoRa) | |
|---|---|---|
| Best for | Real-time control, interlocks, critical loops | Telemetry over long distances, retrofits |
| Latency | Very low, deterministic | Low–moderate (not for high-speed control) |
| Scalability | Panel & network capacity driven | Node-based; add devices as needed |
| Notes | Higher upfront cabling costs | Plan RF survey & antenna placement |
From requirement to handover
- Discovery: I/O count, risks, compliance, environment
- Design: P&IDs, panel GA, cable schedule, bill of materials
- Build: panel wiring, PLC logic, HMI/SCADA screens
- Test: FAT/SAT, interlock checks, documentation
- Handover: training, as-built drawings, backups
Quality & security by design
- Standardized code templates and naming
- Segregated networks for OT/IT and vendor access
- Change control, backups, and audit logs
