Why India Needs Domestic OEMs for Smart Lighting, Not Just Importers

Rethinking the Future of Smart Controls in an Import-Dependent Ecosystem

India Is Building Smart Infrastructure—But Not Always with Hardware It Controls

India today is one of the fastest-growing markets for smart infrastructure. From commercial offices and retail chains to factories and smart homes, lighting controls are becoming a core layer of digital infrastructure.

Yet, behind this growth lies a structural imbalance:

India consumes smart lighting hardware at scale—but still depends heavily on imported control systems.

Most of what powers “smart” lighting today—drivers, sensors, gateways—comes from external ecosystems, often through traders and importers.

On the surface, this works. At scale, it creates long-term challenges.

Because smart controls are not just components. They are infrastructure that must perform consistently over the years, across sites, and under real-world conditions.

And that requires something India cannot import indefinitely: manufacturing ownership.

Two Models, Two Outcomes: Importers vs Domestic OEMs

To understand the shift India needs, it’s important to distinguish between two fundamentally different models.

The Importer / Trader Model

• Imports finished hardware from overseas OEMs

• Limited or no control over design and firmware

• Dependent on external supply chains

• Price-driven procurement

• Minimal lifecycle accountability

• 
  

The Domestic OEM Model

• Designs and manufactures products locally

• Owns firmware, electronics, and product roadmap

• Controls quality, testing, and batch consistency

• Supports long-term product lifecycle

• Enables customization and evolution

This is not just a difference in sourcing—it’s a difference in capability, control, and long-term reliability.

Economic Impact: From Consumption to Value Creation

India’s dependence on imported smart hardware has broader economic implications.

What the Import Model Leads To

• Continuous outflow of foreign exchange

• Limited domestic value addition

• Minimal local R&D investment

• Weak manufacturing ecosystem

What Domestic OEMs Enable

• Retention of economic value within India

• Job creation across R&D, production, and support

• Development of local engineering expertise

• Strengthening of India’s electronics ecosystem

Importing builds consumption.Manufacturing builds capability.

As India moves toward becoming a global manufacturing hub under initiatives like Make in India and benefits from trade agreements like the India-EU FTA, domestic OEMs will play a critical role in turning India from a market into a producer.

Operational Reality: Where Importers Fall Short

The real limitations of an import-driven ecosystem become visible only during execution and operations.

Across projects, integrators and consultants routinely face:

Inconsistent Hardware Behaviour

Same product, different batch → different performance

• Dimming curves vary

• Sensors behave unpredictably

• Control logic changes subtly

Firmware Dependency

• No ownership of firmware

• No ability to fix bugs quickly

• No guarantee of backward compatibility

Unpredictable Supply Chains

• Delays due to imports and logistics

• SKU changes without notice

• Difficulty in scaling multi-site deployments

No Repairability

• Devices are replaced, not repaired

• Root causes remain unidentified

• Lifecycle costs increase over time

Limited Accountability

When issues arise:

• Traders depend on upstream OEMs

• Resolution timelines are unclear

• On-ground teams absorb the impact

This is where the key distinction emerges:

Lighting fixtures can be replaced. Controls must be reliable.

And reliability cannot be outsourced.

Sustainability & the Right to Repair: A Growing Imperative

Sustainability in IoT and smart infrastructure is no longer optional—it’s becoming a regulatory and business requirement.

The current import-heavy model often leads to:

• Short product lifecycles

• High electronic waste

• Limited serviceability

• No repair ecosystem

This directly contradicts emerging frameworks like:

• India’s Right to Repair initiative 

• ESG compliance expectations

• Circular economy goals

Domestic OEMs Enable Sustainable Systems

• Repairable hardware design

• Local servicing capabilities

• Longer product lifecycles

• Reduced e-waste

Sustainability isn’t just about energy savings. It’s about how long your hardware lasts—and whether it can be repaired.

Technology & Innovation: Who Builds the Future?

In smart lighting, innovation doesn’t come from assembling products—it comes from owning the technology stack.

Limitations of Import-Driven Innovation

• Feature roadmap controlled externally

• Slow adaptation to local needs

• Limited customization

• Reactive, not proactive development

Advantages of Domestic OEM Innovation

• Firmware ownership → faster iteration

• Ability to design for Indian conditions:

  • Voltage fluctuations

  • Temperature extremes

  • Usage intensity

• Multi-protocol capability:

  • BLE Mesh

  • Zigbee

  • Platform ecosystems like Casambi, Tuya, etc.

Importers follow trends.OEMs create them.

The Emerging Role of Companies Like Unwired Connect

A new generation of Indian companies is beginning to bridge this gap.

Companies like Unwired Connect (UWC) represent a shift from:

importing smart hardware → building smart control ecosystems

With:

• In-house R&D

• Firmware ownership

• Electronics and PCB design

• Protocol-agnostic manufacturing across platforms

• Focus on consistency and reliability

These companies are not just suppliers—they are enablers of a more robust, scalable smart infrastructure ecosystem in India.

Conclusion: India Doesn’t Just Need Smart Systems—It Needs to Build Them

Smart lighting controls are no longer optional add-ons. They are the core infrastructure for modern buildings.

Relying on imported, opaque systems may work in the short term. But long-term reliability, scalability, and sustainability demand a different approach.

India doesn’t just need to install smart systems. It needs to design, build, and own them.

The transition from importers to domestic OEMs is not just an industry shift—it is a strategic necessity.

Because the future of smart infrastructure will not be defined by who installs it, but by who builds it.