01 SERVICES / SYSTEM INTEGRATION

Connect Plant Machinery, SAP & Custom ERP. One Autonomous Industrial Backbone.

We integrate shop-floor machinery, PLCs, barcode/RFID scanners, and custom software systems directly with SAP S/4HANA—eliminating manual logs, preventing duplicate data entry, and bridging OT with IT without plant downtime.

EXPLORE CAPABILITIES SAP BODS & BI SERVICES
INTEGRATION FRAMEWORK OT-to-IT Interoperability Architecture
01 Discovery & Protocols
02 Edge Gateways
03 SAP & ERP Connect
04 Validation & Sync
05 24/7 Telemetry
02 SAP, SHOP-FLOOR & ERP INTEGRATION

SAP Modernization & Hardware Integration Connecting Shop Floors, PLCs, SAP & Custom ERPs

We work with your existing manufacturing machinery, PLCs, and heterogeneous plant systems to introduce automated data capture, barcode tracking, and SAP S/4HANA synchronization.

01 Shop-Floor OT

Shop-Floor Machine & PLC Integration

Connect legacy CNC machines, PLC controllers, and factory sensors directly into your custom ERP and SAP modules to automate production counting and machine telemetry.

Core Capabilities
  • Modbus, OPC-UA & MQTT protocol integration
  • Siemens, Allen Bradley & Mitsubishi PLC links
  • Automated cycle counting & downtime detection
  • Machine telemetry & OEE calculation pipelines
  • Edge IoT gateway configuration
  • Real-time machine health streaming
02 SAP Integration

SAP S/4HANA & Enterprise System Integration

Bridge your SAP S/4HANA or ECC backbone with custom shop-floor portals, MES, mobile inventory tools, and supplier networks with zero data latency.

Core Capabilities
  • SAP S/4HANA & ECC BAPI, RFC and OData integration
  • SAP BTP side-by-side extension integration
  • Shop-floor work order sync with SAP PP/PM
  • Warehouse & inventory balance sync with SAP MM/WM
  • Custom industrial CRM & dealer order links
  • Government GST, e-Invoicing & banking API gateways
03 Data Architecture

Data & Platform Integration

Build reliable data flows between machines, databases, applications, cloud platforms, and analytics systems—emphasizing clean, reliable, governed, and accessible data.

Core Capabilities
  • Data integration
  • API integration
  • ETL / ELT pipelines
  • Database integration
  • Real-time data pipelines
  • Cloud & on-premise integration
04 Artificial Intelligence

AI & Intelligent System Integration

Integrate AI capabilities into existing industrial and enterprise workflows as an embedded core capability, rather than a standalone experiment.

Core Capabilities
  • AI model integration
  • Computer vision integration
  • Predictive analytics
  • AI-powered decision support
  • Intelligent automation
  • AI APIs and services
05 APIs & Services

Application & API Integration

Connect modern applications, legacy applications, services, and external platforms through secure, high-throughput interfaces.

Core Capabilities
  • REST API integration
  • Microservice integration
  • Third-party integrations
  • Webhooks
  • Event-driven architecture
  • Secure service communication
06 Cloud & Hybrid

Cloud & Hybrid Integration

Connect on-premise infrastructure with cloud and modern digital platforms to build resilient, scalable hybrid technology environments.

Core Capabilities
  • Cloud integration
  • Hybrid architecture
  • On-premise connectivity
  • Cloud data pipelines
  • Secure infrastructure integration
  • Scalable digital platforms
07 Workflow Automation

Automation & Workflow Integration

Connect systems and automate the movement of information and operational workflows across disparate organizational departments.

Core Capabilities
  • Workflow automation
  • Cross-system automation
  • Event-based workflows
  • Automated reporting
  • Approval workflows
  • Process orchestration
08 Legacy Modernization

Modernization & Migration

Modernize legacy systems while protecting existing technology investments and operational continuity through a “modernize without unnecessary disruption” approach.

Core Capabilities
  • Legacy modernization
  • System migration
  • Application modernization
  • Database migration
  • Architecture modernization
  • Phased transformation
03 ENTERPRISE ARCHITECTURE

From Disconnected Systems to One Intelligent Ecosystem

Our architecture framework establishes continuous connectivity and bidirectional information flow across all layers of the industrial enterprise—from physical shop floor sensors to executive decision support.

Layer 01 — Physical Systems

Industrial Layer

Shop floor machinery, PLCs, equipment telemetry, and industrial sensors.

Machines
Equipment
Sensors
Operational Systems
Layer 02 — Data & Connectivity

Integration Layer

Secure APIs, high-throughput data pipelines, middleware, and event processing brokers.

APIs
Data Pipelines
Middleware
Event Processing
Layer 03 — Core Business

Enterprise Layer

Enterprise Resource Planning, CRM software, MES execution platforms, and business apps.

ERP
CRM
MES
Business Applications
Layer 04 — AI Engine

Intelligence Layer

Machine learning models, computer vision inspection algorithms, and automated decision engines.

AI Models
Analytics
Predictive Models
Decision Support
Layer 05 — Delivery & Insights

Experience Layer

Executive web portals, operator dashboards, automated reporting, and instant notification feeds.

Dashboards
Applications
Reports
Alerts
Management Insights
04 INTEGRATION APPROACH

Our Integration Approach 5 Steps to Modernization

We follow a structured engineering workflow designed to integrate complex industrial and enterprise environments while guaranteeing continuous operational uptime.

01

Discover

Understand the existing technology landscape, legacy systems, operational workflows, and integration requirements.

02

Architect

Design the target integration architecture, interface protocols, data flows, and secure technology approach.

03

Integrate

Connect systems, applications, databases, APIs, operational data sources, and intelligent AI services.

04

Validate

Test reliability, security, latency, data consistency, failover safety, and end-to-end operational workflows.

05

Evolve

Continuously improve the ecosystem with advanced analytics, workflow automation, AI, and new digital capabilities.

05 KEY OUTCOMES

Transforming Fragmented Systems Into Connected Power

System integration delivers tangible operational efficiency, real-time data visibility, and an AI-ready digital foundation.

Connected systems
Unified operational data
Reduced data silos
Better interoperability
Improved visibility
Automated workflows
Faster decision-making
Scalable architecture
Modernized legacy infrastructure
AI-ready digital foundation