MANUFACTURING MSMEs AT A CROSSROADS
Why Delaying Digital Transformation Could Become a Competitive Risk
An article on the emerging disruption in MSME manufacturing
By Sanjay Chandra
Business Clinic
Executive Summary
Manufacturing MSMEs are entering a period in which digital transformation, automation, data analytics and artificial intelligence are increasingly influencing productivity, cost, quality, delivery and customer expectations. The disruption is unlikely to arrive as one dramatic event. More likely, it will emerge through a gradual widening of the gap between digitally enabled manufacturers and those that continue to rely predominantly on manual, fragmented and reactive processes.
For MSMEs, the answer is not to undertake an expensive, all-at-once transformation. A more practical approach is to begin immediately and progress in phases: understand the business, stabilise processes, digitise information, automate suitable activities, and then introduce advanced analytics and AI where there is a clear business case. The objective is not technology for its own sake, but measurable gains in productivity, quality, responsiveness, resilience and competitiveness.
The warning is therefore subtle but important: postponing the journey may itself become a business risk. The companies that begin learning and implementing today are likely to be better positioned to respond when customers, competitors and supply chains raise the technology and performance bar.
Introduction: The Manufacturing Environment Is Changing
For many MSME manufacturers, digital transformation still sounds like something designed for large corporations—with expensive automation, sophisticated software, artificial intelligence and highly specialised technology teams. That perception is increasingly becoming a risk.
Manufacturing is entering a period in which technology adoption is moving from being simply a competitive advantage towards becoming an important condition for remaining competitive. Artificial intelligence, automation, connected machines, digital production systems, predictive maintenance, data analytics and digitally integrated supply chains are changing how products are designed, manufactured, delivered and supported.
The Disruption Will Probably Not Arrive as a Single Event
The biggest misconception is that technological disruption will suddenly appear in the form of a fully automated factory replacing today's manufacturing operation. For most MSMEs, the disruption is more likely to happen gradually—and therefore be much harder to recognise.
A skilled operator may prefer working for a digitally enabled organisation.
Individually, these developments may appear manageable. Collectively, they can change the competitive position of a manufacturing business. By the time the impact becomes obvious in declining orders or shrinking margins, catching up may be considerably more difficult.
The Technology Race Is Already Underway
The direction of travel is becoming increasingly clear. The World Economic Forum's 2025 AI Playbook for India's MSMEs describes AI as a potential source of productivity enhancement, cost efficiency and wider economic value, while emphasising the need for practical, phased implementation.
A 2026 World Economic Forum article on India's MSMEs highlights the opportunity for AI to improve quality, machine maintenance, compliance management and energy efficiency, while noting that execution and adoption at scale remain important constraints.
Where Could the Disruption Hit an MSME?
1Cost Competitiveness Could Gradually Erode
A traditional manufacturing operation may remain profitable today because its customers accept its current pricing. But what happens when another manufacturer can produce the same component with lower material wastage, better machine utilisation, less downtime, lower rejection rates, better production planning and faster decision-making? The difference may initially be only a few percentage points. In a margin-sensitive manufacturing business, that seemingly small productivity advantage can become a significant competitive advantage over time. The danger is not necessarily that your costs suddenly become unacceptable. It is that someone else's costs become substantially better.
2Customers May Raise the Bar Without Warning
Customers increasingly expect faster communication, greater traceability and more predictable delivery. Depending on the supply chain, expectations may include digital quotations, order tracking, production visibility, digital quality documentation, shorter lead times, consistent quality data and integration with customer systems. For MSMEs supplying larger companies and OEMs, supplier capability will increasingly include digital capability.
3Manual Processes Will Become Increasingly Expensive
Production information may exist in notebooks, inventory may be maintained through spreadsheets, machine maintenance may occur after breakdowns, and production planning may depend heavily on one experienced person. None of these practices is necessarily wrong in isolation. They become a problem when the volume and speed of information exceed the ability of people to manage it effectively. Technology can reduce dependency on repetitive manual work and allow people to focus on judgement, experience and problem-solving.
4The Knowledge Gap Could Become a Serious Vulnerability
Many MSMEs depend heavily on experienced individuals who know how machines behave, which suppliers can deliver urgently, how to identify quality problems and which customers are likely to place orders. Digital systems can help convert some of this experience into data, processes and institutional knowledge. Without such systems, a business can remain dependent on individuals rather than processes. That dependency becomes particularly risky when the business needs to scale or key people leave.
5The Workforce Itself Will Need to Change
The future factory is unlikely to be a factory without people. It is more likely to be a factory where people work with increasingly capable machines and digital systems. Operators may need to understand HMIs and production data; maintenance personnel may interpret predictive-maintenance information; quality teams may use automated inspection; and supervisors may manage through dashboards. Upskilling therefore becomes a strategic requirement rather than merely an HR initiative.
6Supply-Chain Integration May Become a Competitive Filter
Manufacturing is no longer an isolated activity. An MSME may supply a Tier-1 company that supplies an OEM serving an international market. Information therefore needs to move across the supply chain. A digitally mature customer may increasingly prefer suppliers capable of sharing information quickly, accurately and securely. A competitor may not take your customer because its product is better; it may take the customer because its business is easier to integrate with.
7Cybersecurity Will Become Part of Manufacturing Risk
As machines, computers, production systems, cloud platforms and supply-chain networks become connected, cybersecurity becomes increasingly relevant. The question is no longer simply whether an office computer can be compromised, but what happens to production if connected systems are disrupted. Cybersecurity therefore needs to be considered alongside traditional industrial risks such as machine failure, fire, power interruption and supply disruption.
The Greatest Danger: Waiting for the 'Right Time'
Many MSMEs postpone technology adoption while waiting for more money, more employees, more customers, better technology, a larger factory, a government scheme or the 'right' consultant. Caution is sensible, especially because technology adoption without a clear business case can waste scarce resources. But there is a significant difference between being cautious and being inactive.
A business does not need to transform everything at once. It needs to start.
The Answer Is Not 'Digitalise Everything'
MSMEs do not need to transform their entire factory overnight. They do not necessarily need expensive robots or sophisticated AI platforms. They need a structured roadmap that links technology to measurable business problems.
A Practical Phased Approach for MSMEs
Understand
Map the business and identify where time, money, materials and information are being lost. Examine productivity, quality, downtime, inventory, energy, manpower utilisation, maintenance, order processing, procurement and customer service.
Stabilise
Standardise the basics before introducing sophisticated technology. Establish standard operating procedures, clean up data, define KPIs, improve workplace organisation, strengthen preventive maintenance and standardise quality processes.
Digitise
Begin capturing information electronically through appropriate tools for production planning, inventory, quality, maintenance, procurement, sales and finance. The objective is not to become 'digital' but to make better decisions using reliable information.
Automate
Once processes and data are stable, identify repetitive activities where automation makes economic sense. Possibilities include machine automation, material handling, automated inspection, barcode/RFID systems, digital workflows and automated reporting.
Optimise with AI and Analytics
After reliable data becomes available, explore predictive maintenance, demand forecasting, production optimisation, AI-assisted quality inspection, intelligent scheduling, energy optimisation, AI-assisted procurement and management dashboards.
Start Small—but Start Now
The objective is not to become a 'smart factory' next year. The objective is to ensure that your factory remains competitive over the next five years. Start with one process. Measure current performance. Identify the problem. Introduce an appropriate digital or automation solution. Measure the improvement. Learn. Then move to the next process.
This creates a cycle of continuous transformation rather than one massive, expensive technology project.
The MSME Advantage
There is a positive side to this story. MSMEs can sometimes move faster than large corporations. They have fewer layers of decision-making, owners are often directly involved in operations, and changes can be tested quickly. That agility can become a powerful advantage—if it is used.
The World Economic Forum has emphasised that successful manufacturing transformation is not simply about buying technology. It requires connecting technology with operational value and equipping frontline workers to use it effectively.
The Warning Is Subtle—but Real
The coming disruption may not look like a competitor suddenly opening a completely automated factory next door. It may look like a series of small disadvantages accumulating over several years:
- Their quotation arrives faster.
- Their rejection rate is lower.
- Their machine utilisation is higher.
- Their delivery is more predictable.
- Their customer receives better information.
- Their employees use better tools.
- Their costs gradually decline.
One day, a customer may ask: 'Why should we continue buying from you?' That is the point at which technology adoption has stopped being an improvement programme and become a survival issue.
Conclusion: Don't Wait for Disruption to Force the Decision
The manufacturing MSME sector is entering a period of structural change. Digitalisation, automation, data analytics and AI are not going to affect every company in exactly the same way or at the same speed. But the competitive environment is changing, and postponing the journey indefinitely is becoming increasingly difficult to justify.
The good news is that MSMEs do not need to transform everything today. They need to begin preparing today. A disciplined, phased approach—Assess, Prioritise, Pilot, Implement, Improve and Scale—can make the transition practical, affordable and aligned with business priorities.
The biggest disruption may not be caused by technology itself. It may be caused by the growing gap between manufacturers who adopt it and those who postpone it.
Selected References
Official WEF SourcesTransforming Small Businesses: An AI Playbook for India's MSMEs
World Economic Forum (2025)
How edge AI can unlock productivity for India's MSMEs
World Economic Forum (2026)
How do we build and secure the manufacturing workforce of the future?
World Economic Forum (2025)
A new systematic approach for future-proofing manufacturing
World Economic Forum (2025)
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