Custom digital platforms for factories, industrial plants, and warehouses. Real-time production monitoring, IoT dashboards, predictive maintenance, ERP integration, and smart manufacturing solutions — built to reduce downtime, improve quality, and increase output.
Indian manufacturing is at an inflection point. The "Make in India" initiative, global supply chain diversification away from China, and rising export opportunities are creating significant growth potential for Indian manufacturers. But capturing this opportunity requires operational efficiency — specifically, the ability to produce consistently, report transparently, and meet quality standards demanded by global buyers and domestic regulators alike.
The majority of Indian manufacturing operations still rely on paper-based production records, manual shift logs, and spreadsheet-based reporting. Production managers make decisions based on yesterday's data rather than what is happening on the shop floor right now. Downtime happens reactively — machines stop, then they get fixed. Quality issues are discovered at finished goods inspection rather than during the production stage where they originate.
Industry 4.0 software changes this by connecting machines, sensors, and people through a digital platform — giving production managers real-time visibility into every production line, enabling proactive maintenance before failures occur, and capturing the data needed to systematically improve quality and efficiency over time. We build custom manufacturing software for discrete and process manufacturers across India — from automotive components and textiles to pharmaceuticals and food processing.
Our manufacturing work connects to our IoT & real-time dashboard and automation capabilities. See also our industry pages for logistics and eCommerce.
Manufacturing clusters in Noida, Gurgaon, Faridabad, Pune, Nashik, Ahmedabad, Surat, Chennai, Coimbatore, and Hyderabad. We understand the specific operational context of Indian manufacturing — including the reality of mixed machine vintages, power quality issues, and the skills landscape for shop-floor software users.
From production floor to supply chain — complete digital transformation for manufacturing operations.
Predictive maintenance alerts and real-time anomaly detection prevent unplanned stoppages — replacing the costly reactive cycle of breakdown → emergency repair → lost production that reduces effective capacity in most plants.
Live production dashboards accessible from control rooms and mobile devices give production managers the information they need to make immediate decisions — not decisions based on yesterday's shift log.
OEE tracking highlights the specific Availability, Performance, and Quality losses on each production line — providing the data foundation for targeted improvement initiatives that systematically increase output without capital investment.
Energy monitoring reduces waste from idle machine consumption. Inventory automation prevents stock-out-induced stoppages and overstocking. Reduced scrap and rework from quality control data improve material yield. Collectively these reduce cost-per-unit significantly.
Digital quality capture at each production stage — not just end-of-line — identifies defects at the point of origin, enabling root cause analysis and process correction before the next shift produces more scrap.
Complete digital records of production, quality inspection, maintenance, and material traceability — making ISO, IATF, BIS, and customer audits significantly faster, with all required documentation available at a click rather than assembled manually from paper files.
A shop-floor-first approach — validated on one production line before scaling to the full factory.
Real-time OEE monitoring for a Pune automotive components plant — 24 CNC lines, MQTT integration with FANUC and Siemens PLCs, live production dashboards for line supervisors and plant managers, ERP integration with SAP for work orders and material actuals. OEE improved from 71% to 84% in 9 months. Unplanned downtime reduced by 38%.
Digital batch management and quality control system for a Baddi pharmaceutical manufacturer — electronic batch records replacing paper, in-process quality checks with SPC charts, NCR management, and automated CDSCO-format compliance documentation. Audit preparation time reduced from 3 days to 4 hours. Zero quality audit findings in 2 inspections post-implementation.
Vibration and temperature-based predictive maintenance for critical rolling mill equipment at a Gujarat steel plant — ML anomaly detection with 72-hour advance warning of developing failures, automated maintenance work order generation, and energy consumption monitoring. ₹2.4 crore in avoided downtime costs in the first year of operation.
"OEE went from 71% to 84% in 9 months. The live dashboards changed how our supervisors manage their lines — they can see a performance drop the moment it happens and act immediately, rather than reading about it in the next shift's manual log. Unplanned downtime is down 38%."
"Audit preparation went from 3 days of manual document assembly to 4 hours. Two consecutive CDSCO inspections with zero findings after implementation. The electronic batch records are accurate, timestamped, and tamper-evident — exactly what regulators require. Paper records are now a backup only."
"₹2.4 crore in avoided downtime in the first year. The system predicted a bearing failure on our main rolling mill 4 days before it would have stopped the line. We scheduled the replacement in a planned maintenance window — zero production loss. The ROI on this project paid out in 8 months."
Start with a free shop floor discovery session. Vivek will review your production processes, machine environment, and data requirements — and show you what a custom platform would deliver for your specific operation.