Case Study

Factory Automation Software Development for Industrial Operations

By Net Soft Solutions · Published: 09-May-2026 · Software & ERP Development

Factory Automation Software for Steel Manufacturing: How Net Soft Solutions Helped KSPL Digitise Its Industrial Operations

When a renowned steel manufacturing company based in Delhi NCR approached Net Soft Solutions, their production floor was running on a patchwork of paper registers, disconnected spreadsheets, and verbal shift handovers. Batch traceability was almost non-existent. Wastage figures were climbing. And the leadership had no real-time visibility into what was happening on the shop floor at any given point in time.

This is the story of how we built a custom factory automation software that transformed KSPL's industrial operations — and what measurable outcomes it delivered within the first year of going live.

About the Client: KSPL — Steel Ingot Manufacturer, Delhi NCR

KSPL is a well-established steel manufacturing company operating out of the Delhi NCR region, with a product portfolio that includes steel ingots and various steel products of differing compositions. With a widespread client base spread across India, KSPL has built a reputation over the years as a trusted supplier in the steel industry.

The company's Director, who drives KSPL's operational and strategic decisions, recognised early that the company's existing manual and semi-manual processes would become a bottleneck as the business scaled. The decision to invest in a factory automation software solution was driven not just by efficiency concerns, but by a genuine need to compete in a market where margins are thin and traceability is increasingly demanded by downstream clients.

The Challenge: What KSPL Was Struggling With Before Automation

Before Net Soft Solutions engaged with KSPL, the factory's day-to-day operations presented several critical pain points that were directly impacting profitability and customer satisfaction. Understanding these challenges is key to appreciating the depth of the solution that was eventually delivered.

1. No Real-Time Production Tracking

Production data was recorded manually by supervisors at the end of each shift, meaning that by the time the numbers reached management, they were already hours old. There was no mechanism to track work-in-progress (WIP) in real time, making it impossible to identify bottlenecks or course-correct mid-shift. Decisions were reactive rather than proactive.

2. Raw Material Wastage and Yield Loss

KSPL's steel production process involves melting, alloying, and casting — all of which require precise control of composition and quantity. Without a digital material tracking system, raw material inputs were not being reconciled with outputs accurately. Scrap and yield loss were being estimated rather than measured, masking the true extent of wastage.

3. Batch and Heat Traceability Gaps

Steel buyers — particularly larger industrial clients — increasingly require batch-level and heat-level traceability of their procured material. KSPL's manual records made it extremely difficult to retrieve the complete history of any given heat or batch. Disputes with clients over quality and composition were difficult to resolve without proper documentation.

4. Inventory Mismanagement Across Input Stores

Raw materials — including scrap, pig iron, ferro alloys, and additives — were managed through manual stock registers. Discrepancies between physical stock and recorded stock were a recurring issue. Procurement decisions were often made on gut feel rather than accurate inventory data, leading to both shortages and costly overstocking.

5. Delayed and Inaccurate MIS Reporting

Management had to wait for end-of-day or end-of-week compilations to understand production performance. The absence of an automated Management Information System (MIS) meant that decisions around resource allocation, shift planning, and client commitments were being made without reliable data.

6. Billing and Dispatch Disconnected from Production

The dispatch and billing teams operated in isolation from the production team. Sales orders were tracked separately, and the production team was often unaware of which orders were due for dispatch. This caused scheduling conflicts, delayed deliveries, and frequent client complaints.

Before vs. After: Key Operational Metrics

The following comparison reflects KSPL's operational performance before the implementation of the factory automation software versus approximately 12 months after going live. These figures were compiled from KSPL's internal production reports and shared with us by the Director for documentation purposes.

Metric	Before Automation	After Automation (12 Months)	Improvement
Production Data Lag	4–8 hours (manual entry)	Real-time (under 2 minutes)	"99% reduction in data lag
Raw Material Yield Loss (Avg.)	Estimated at "9–11%	Tracked and reduced to "5.5–6.5%	"40% reduction in yield loss
Inventory Discrepancy Rate	"18–22% mismatch on monthly counts	Reduced to under 3%	"85% improvement in inventory accuracy
Heat/Batch Traceability	Not reliably available	100% digital, retrievable within seconds	Full traceability achieved
Dispatch Errors (Wrong Order/Qty)	"6–8 incidents per month	Under 1 per month	"85% reduction in dispatch errors
MIS Report Generation Time	2–4 hours (manual compilation)	Instant (automated dashboard)	Near-100% time savings on reporting
Shift Handover Time	25–40 minutes per handover	5–7 minutes with digital handover	"75% reduction in handover time
Procurement Lead Time (Internal)	2–3 days (manual requisition cycle)	Same day (auto-triggered alerts)	"70% faster internal procurement cycle

*All metrics above are based on operational data shared by KSPL's management post-implementation. Exact figures may vary based on production volumes and product mix during the measurement period.

Our Approach: How Net Soft Solutions Designed and Built the Automation Software

Building factory automation software for a steel manufacturing environment is fundamentally different from building generic ERP or business management software. Steel production is a complex, continuous process involving high temperatures, rapid composition changes, and tight tolerances. The software had to mirror this complexity — and do so in a way that floor-level operators could actually use without extensive training.

Here is how we approached the engagement:

Phase 1: Discovery and Process Mapping (Weeks 1–4)

Our team spent the first four weeks conducting structured interviews with KSPL's Director, production supervisors, store managers, billing staff, and dispatch coordinators. We created detailed process maps for each department, documenting every input, output, decision point, and handover. This phase was non-negotiable — we do not write a single line of code until we thoroughly understand how a client's operations actually work, not just how they are supposed to work.

Key discoveries from this phase included the fact that the billing and dispatch teams were using a completely different set of terminology for product types than the production team — a simple but critical misalignment that had been causing recurring errors for years.

Phase 2: Module Design and Prototype Review (Weeks 5–8)

Based on the process maps, we designed the modular architecture of the automation software. Each module was designed to correspond to a discrete function — production logging, inventory management, quality control, dispatch management, and MIS reporting — while being tightly integrated at the data layer.

We built low-fidelity prototypes of the key screens and reviewed them with the Director and departmental heads before committing to full development. This collaborative design approach saved significant rework during the later stages of development. For more on how we approach custom software projects, read our article on How to Plan Your Custom Business Software Project from Scratch.

Phase 3: Core Development (Weeks 9–20)

Development was carried out in structured sprints. The production logging and inventory modules were built first, as they formed the backbone of the entire system. Each sprint concluded with a working demonstration to the KSPL team, ensuring that the software was evolving in the right direction throughout development.

Key technical considerations during this phase:

The system needed to handle multi-shift, multi-furnace production data simultaneously without conflicts or data loss.
All transactions had to be timestamped and user-attributed to maintain audit trails.
The inventory module was built to support FIFO-based material consumption tracking — critical for accurate yield calculation in a steel manufacturing context.
Role-based access control was implemented across all modules, ensuring that floor operators, supervisors, and management each saw only the data and actions relevant to their role.

Phase 4: Integration, Testing, and Parallel Run (Weeks 21–26)

Before going live, we ran the new system in parallel with the existing manual processes for a period of four weeks. This parallel run was critical — it allowed us to identify edge cases and data inconsistencies that only manifest in real production conditions. It also gave KSPL's team the confidence to trust the new system before fully depending on it.

We conducted stress testing, data integrity testing, and user acceptance testing (UAT) with actual users from each department. For more on what makes a robust software testing approach, see our article on the Importance of Software Testing and Quality Assurance.

Phase 5: Go-Live, Training, and Post-Launch Support (Weeks 27–30)

Go-live was staged by module rather than all at once. The production and inventory modules went live first, followed by dispatch and billing integration, and finally the MIS dashboard. This staged approach significantly reduced operational risk.

We provided on-site training for all user categories — including floor operators who were using a computer-based system for the first time. User guides were created in simple language, with screenshots tailored to KSPL's actual system screens. A 60-day post-launch support window ensured that any teething issues were resolved promptly.

Key Modules Delivered in the Factory Automation Software

The automation software built for KSPL comprised the following tightly integrated modules:

Production Management Module

The heart of the system. This module allows real-time logging of production data at the furnace level, including heat numbers, charge compositions, casting quantities, and output weights. Supervisors can log production entries from dedicated terminals on the shop floor, and the data is instantly available to management through the MIS dashboard.

Heat-wise production logging with composition capture
Shift-based production summaries
Automatic WIP tracking
Variance alerts when output deviates from expected norms

Raw Material and Inventory Management Module

This module manages the entire lifecycle of raw materials from inward receipt to consumption at the furnace. It supports multiple material categories including scrap grades, pig iron, ferro alloys, and additives. FIFO-based consumption ensures accurate cost allocation per heat.

GRN (Goods Receipt Note) digitisation
Real-time stock levels with reorder alerts
Consumption tracking per heat/batch
Monthly stock reconciliation reports

To understand more about how robust inventory management drives operational efficiency, refer to our article on Inventory Management Software for Businesses.

Quality Control and Batch Traceability Module

Every heat produced at KSPL now carries a unique digital identity — its heat number, charge composition, casting time, operator, shift, and any quality observations. This information is permanently linked to the dispatch records, enabling end-to-end traceability from raw material to finished product delivery.

Heat-wise quality parameter recording
Non-conformance logging and escalation
Test certificate generation for dispatch
Historical quality data retrieval by heat/date/product type

Sales Order and Dispatch Management Module

Sales orders are now entered directly into the system and linked to production schedules. Dispatch planning is done against confirmed orders, and gate passes are generated digitally. The billing team can view dispatch status in real time, eliminating the communication delays that previously caused invoicing errors.

Sales order entry and tracking
Production-to-order linkage
Digital weighment and gate pass generation
Automated dispatch alerts to the billing team

MIS Dashboard and Reporting Module

The Management Information System dashboard gives KSPL's Director and senior management a consolidated view of all key operational metrics in real time. Reports that previously took hours to compile are now available with a single click.

Daily, weekly, and monthly production summaries
Yield and wastage trend analysis
Inventory status and procurement requirement reports
Dispatch and billing performance reports
Shift-wise and furnace-wise efficiency reports

For insight into how automation consistently drives business productivity, see our article on How Software Automation Improves Business Productivity.

Business Outcomes: What KSPL's Director Said After 12 Months

Twelve months after the factory automation software went live, we sat down with KSPL's Director to review outcomes. The conversation was candid, detailed, and — for us — deeply gratifying.

"Before this system, I was always operating on yesterday's information. I had no idea what the actual yield was until the end of the week, and by then, if something had gone wrong, we had already lost several heats' worth of material. Now I can see everything — production, inventory, dispatch — as it is happening. That visibility alone has changed how we make decisions."

— Director, KSPL

Financial Impact

The reduction in raw material yield loss from approximately 10% to approximately 6% translated directly into measurable cost savings. For a company producing several thousand tonnes of steel products annually, even a 4-percentage-point improvement in yield has significant monetary value. Based on KSPL's production volumes and raw material costs, this improvement represents a substantial annual saving in material costs alone.

Additionally, the reduction in dispatch errors and the elimination of manual MIS compilation freed up significant supervisor and management time — time that is now being redirected toward production planning and client engagement.

Client Satisfaction and Market Credibility

KSPL has reported that the ability to provide heat-level test certificates and complete batch traceability documentation has strengthened relationships with several key clients, particularly larger industrial buyers who require this level of documentation as a procurement prerequisite. This capability, which was simply not possible with the old manual system, has opened doors to new business that KSPL could not previously access.

Operational Resilience

The system's digital shift handover feature has reduced the risk of information loss during shift changes — a historically vulnerable point in continuous manufacturing operations. New shift supervisors now begin their shifts with a complete, accurate digital record of what the previous shift produced, what materials were consumed, and what orders are pending.

Why Factory Automation Software Is a Strategic Investment for Steel Manufacturers

KSPL's experience is not unique. Across India's steel and metals manufacturing sector, mid-sized manufacturers are recognising that digital transformation is no longer optional — it is a competitive necessity. The drivers are clear:

Margin pressure demands tighter control over yield and wastage
Client expectations increasingly include traceability and quality documentation
Regulatory compliance is becoming more demanding across the manufacturing sector
Skilled labour costs are rising, making automation more economically attractive
Data-driven decision-making is now a board-level expectation in well-run organisations

For manufacturers evaluating this investment, it is worth understanding what separates custom factory automation software from generic ERP solutions. Read our detailed guide on Software Solutions for Manufacturing Companies to understand how tailored systems outperform off-the-shelf alternatives in industrial environments.

Custom vs. Off-the-Shelf: The Manufacturing Case

Generic ERP and MRP systems often struggle in heavy-industry environments because they are built around normalised business processes that do not account for the complexity and variability of actual shop floor operations. A custom-built factory automation system, by contrast, is designed around how the factory actually works — including its specific product types, production workflows, quality parameters, and reporting requirements.

For KSPL, no off-the-shelf solution could have accommodated the specificity of steel heat management, multi-grade composition tracking, and the unique way in which raw materials are consumed across different product types. The custom approach was the only viable one. To explore the broader question of build vs. buy for manufacturers, our article on Custom ERP vs Off-the-Shelf Software: What Small Manufacturers Must Know Before Deciding is an essential read.

Technologies and Development Practices Used

Net Soft Solutions deployed its proven technology stack and development methodology for the KSPL factory automation project. Key aspects of the technical delivery included:

Technology Stack

Backend: .NET / ASP.NET framework for a robust, scalable server-side architecture
Database: Microsoft SQL Server for reliable, high-performance data storage and querying
Frontend: Web-based interface accessible from both desktop terminals on the shop floor and management laptops
Reporting: Integrated reporting engine with Excel export capability for MIS and audit use
Security: Role-based access control with complete audit logging of all data entries and modifications

Development Methodology

Iterative, sprint-based development with client review at each stage
Parallel run protocol before full go-live
Staged module deployment to minimise operational disruption
Comprehensive UAT with end users from every department
Post-launch support window with dedicated response SLA

For a deeper look at how our development process delivers results consistently, visit our page on How Software Development Improves Business Efficiency.

Is Your Manufacturing Business Ready for Factory Automation?

If you are a manufacturing company in Delhi NCR or anywhere across India and you are dealing with any of the following challenges, a custom factory automation software solution may be exactly what your business needs:

Production data that is hours old by the time it reaches management
Unexplained raw material wastage or yield variances
Inventory discrepancies that surface only during physical counts
Inability to provide batch or heat traceability to clients
Manual, error-prone shift handovers
Billing and dispatch teams working in silos from production
MIS reports that take hours to compile and are out of date by the time they are ready

Net Soft Solutions has been delivering custom software solutions for Indian businesses since 2001. We understand the unique challenges of manufacturing operations — and we build software that works on the factory floor, not just in the boardroom.

Contact us today to discuss your factory automation requirements. Our team will conduct an initial discovery consultation at no charge to help you understand what a custom solution could mean for your operations.