Blue Ocean Strategy
for Manufacture of electric lighting equipment (ISIC 2740)
The electric lighting equipment industry is ripe for Blue Ocean Strategy due to several factors: 1) High commoditization (MD07) and intense price competition (MD03) for traditional lighting products. 2) Significant technological advancements (LEDs, IoT, AI) that enable new functionalities beyond...
Eliminate · Reduce · Raise · Create
- Emphasis on proprietary physical form factors Eliminating proprietary designs reduces manufacturing complexity and inventory costs, promoting interoperability and focus on core value-add services rather than hardware differentiation.
- Stand-alone hardware sales model Shifting away from one-off sales allows for recurring revenue models (LaaS) and encourages deeper, long-term customer relationships focused on service delivery.
- Complex, specialized installation requirements Streamlining installation reduces initial deployment costs and barriers for integrated solutions, making smart lighting more accessible to a broader market.
- Extensive physical distribution networks for components Reducing reliance on broad component distribution lowers logistics overhead, inventory holding costs, and supports a more service-centric business model.
- Over-reliance on pure lumen/wattage competition While efficiency is basic, fierce competition on marginal gains commoditizes products. Reducing this focus allows resources to be reallocated to value-added data and service capabilities.
- Extensive product catalogs for niche applications Streamlining product offerings reduces R&D burden (IN05: 4/5) and manufacturing complexity, allowing companies to concentrate on versatile, platform-based solutions with software differentiation.
- High upfront capital expenditure for hardware By reducing the initial financial barrier, more customers can adopt advanced lighting systems, especially through service-based payment structures like LaaS.
- Intensive post-sale maintenance for hardware Shifting to more reliable, modular systems and predictive maintenance (enabled by data) reduces the burden of reactive repairs, improving customer satisfaction and service efficiency.
- Seamless integration with smart city infrastructure Elevating integration capability positions lighting as a core component of urban intelligence, providing a scalable and interconnected platform for municipal services.
- Advanced data analytics and insights from lighting Moving beyond basic energy monitoring, rich data insights (occupancy, traffic, environment) become a premium offering, enabling smarter decision-making and operational efficiencies for customers.
- Health and well-being outcomes (bio-photonic) Prioritizing lighting's impact on human health, circadian rhythm, and biological processes creates significant value for sectors like healthcare, education, and commercial real estate.
- Energy efficiency and sustainability metrics While existing, significantly raising the measurable impact and reporting of sustainability creates competitive advantage, appealing to environmentally conscious customers and regulatory demands.
- Lighting as a secure data communication network (LiFi) Introducing LiFi creates a completely new function for lighting, transforming it into a high-speed, secure wireless communication infrastructure, unlocking new markets in sensitive environments.
- Outcome-based service contracts (LaaS) Shifting from product ownership to guaranteeing specific lighting outcomes (e.g., lux levels, energy savings, data insights) lowers customer risk and aligns manufacturer incentives with customer success.
- Environmental and health monitoring through light Integrating sensors for air quality, temperature, noise, or even pathogen detection into lighting fixtures creates comprehensive environmental intelligence, adding unparalleled value for smart buildings and cities.
- Dynamic, adaptive lighting for specific biological needs Creating lighting systems that dynamically adjust spectrum and intensity for optimized plant growth, animal welfare, or human cognitive performance opens entirely new, high-value agricultural and health markets.
This ERRC combination creates a new value curve by transforming electric lighting from a commoditized hardware product into an integrated, data-rich service platform. It targets 'non-customers' in smart cities, agriculture, healthcare, and enterprises seeking secure communication or advanced environmental monitoring. These segments would switch to gain guaranteed outcomes, reduced upfront costs, new data insights, and advanced functionalities (LiFi, bio-photonic) currently unavailable from traditional lighting providers.
Strategic Overview
The electric lighting equipment industry is characterized by 'Severe Margin Compression' (MD03), 'Product Commoditization' (MD07), and 'Slower Growth in Core Segments' (MD08). In this 'red ocean' of intense competition, the Blue Ocean Strategy (BOS) provides a compelling framework for manufacturers to break away from traditional rivalries and create uncontested market space. Instead of competing on price or incremental features, BOS encourages companies to pursue 'value innovation' – simultaneously driving down costs and sharply increasing buyer value, making the competition irrelevant.
For lighting manufacturers, this means rethinking what 'lighting' truly entails. It's an opportunity to move beyond providing mere illumination to integrating advanced functionalities like data communication (LiFi), environmental sensing, biometric monitoring, or sophisticated energy management within lighting infrastructure. By applying the 'Four Actions Framework' (Eliminate, Reduce, Raise, Create), companies can identify novel value curves that appeal to non-customers and unlock entirely new market segments, addressing the 'Need for Continuous Innovation' (MD08) without incurring 'High R&D Investment' (MD01) that only leads to incremental gains in existing markets.
Successful application of BOS can transform the industry landscape, allowing pioneers to capture significant market share with high-margin offerings. It requires a willingness to challenge industry conventions, embrace cross-disciplinary innovation, and potentially forge partnerships with players outside the traditional lighting sector. This strategy directly counters the 'Structural Competitive Regime' (MD07) by creating new rules of engagement.
5 strategic insights for this industry
Unlocking Value through LiFi: Lighting as a Data Network
Traditional lighting companies compete on light output and efficiency. A blue ocean move involves creating LiFi (Light Fidelity) systems where LED light not only illuminates but also transmits high-speed, secure wireless data. This transforms a commodity product into a critical IT infrastructure component, creating a new market space distinct from Wi-Fi and fiber optics, directly addressing 'Structural Market Saturation' (MD08) and 'Product Commoditization' (MD07) by offering an entirely new value proposition.
Integrated Smart City Lighting: Beyond Illumination to Urban Intelligence
Street lighting is typically viewed as a public utility expense. A blue ocean approach would integrate streetlights with sensors, cameras, and communication modules to create a comprehensive 'smart city backbone.' This provides services like environmental monitoring, traffic management, public safety surveillance, and adaptive lighting, creating new revenue streams and making the 'job' of urban management more efficient. This moves beyond 'Slower Growth in Core Segments' (MD08) by redefining the segment itself.
Lighting-as-a-Service (LaaS) with Data Insights: From Ownership to Outcome
In a red ocean, customers buy light fixtures. In a blue ocean, they 'subscribe' to illumination and associated benefits. LaaS with advanced analytics offers insights into energy consumption, space utilization, and even employee well-being (via human-centric lighting data). This model eliminates upfront capital expenditure for customers and provides predictable, recurring revenue for manufacturers, fundamentally altering 'Price Formation Architecture' (MD03) and escaping 'Severe Margin Compression.'
Bio-Photonic Lighting Solutions: Precision for Health and Agriculture
Traditional lighting is generic. A blue ocean opportunity lies in highly specialized bio-photonic lighting that precisely manipulates light spectrums for specific biological outcomes, such as enhancing plant growth (horticultural lighting), treating medical conditions (phototherapy), or regulating human circadian rhythms. This creates entirely new, high-margin niche markets where competition is sparse and value is based on scientific outcomes, addressing 'High R&D Investment' (MD01) by creating proprietary solutions.
Redefining Customer Segments: Engaging Non-Customers
Instead of focusing on existing lighting customers, a blue ocean approach targets 'non-customers' – those who avoid the industry due to cost, complexity, or perceived lack of value. For example, a small business owner who avoids smart lighting due to cost might be attracted to a zero-upfront-cost LaaS model. This strategy expands the total market and mitigates 'Slower Growth in Core Segments' (MD08) by tapping into new demand.
Prioritized actions for this industry
Apply the 'Four Actions Framework' (Eliminate, Reduce, Raise, Create) to existing industry offerings to systematically identify elements to remove or reduce, and new value elements to raise or create, particularly in areas like integrated data, health, or environmental services.
This framework is the cornerstone of Blue Ocean Strategy, allowing for a structured approach to value innovation that redefines market boundaries and creates new demand, directly countering 'Product Commoditization' (MD07).
Invest significantly in cross-disciplinary R&D for convergence technologies, such as LiFi (lighting + communication), integrated sensor platforms (lighting + environmental monitoring), and advanced bio-photonic solutions (lighting + health/agriculture).
Creating new market space requires capabilities beyond traditional lighting. This focused R&D investment, guided by BOS principles, reduces the risk of 'High Capital Outlay' (IN05) in 'red ocean' incremental improvements and instead targets high-potential, differentiated offerings.
Form strategic alliances with non-traditional partners (e.g., telecom providers for LiFi, software developers for smart city platforms, healthcare/agritech companies for bio-photonic lighting) to co-create and deliver integrated blue ocean solutions.
Partnerships are essential for acquiring new capabilities, accessing new distribution channels (MD06), and sharing the 'High R&D Investment' (MD01) burden when venturing into uncharted territories, accelerating market entry and reducing 'Logistical Inefficiencies' (MD02).
Develop pilot programs for 'lighting-as-a-service' (LaaS) in commercial or municipal segments, offering outcome-based contracts (e.g., guaranteed lux levels, energy savings, data insights) rather than just hardware sales.
LaaS fundamentally shifts the business model, creating new value for customers (zero upfront cost, predictable performance) and manufacturers (recurring revenue, direct customer relationships), thereby escaping 'Severe Margin Compression' (MD03) and 'Difficulty in Value Capture.'
Educate sales and marketing teams to identify and target 'non-customers' by articulating the unique value proposition of blue ocean offerings, rather than solely competing for existing customers with traditional product benefits.
Engaging non-customers is key to creating new demand and expanding the market. This requires a different sales approach, focusing on the problems these segments face and how integrated lighting solutions can uniquely solve them, addressing 'High Entry Barriers and Costs' (MD06) to new markets.
From quick wins to long-term transformation
- Form a dedicated 'Blue Ocean' task force within the organization to challenge industry assumptions.
- Conduct a 'strategy canvas' exercise for the electric lighting equipment industry to visually map current competition and identify potential gaps.
- Identify and analyze 'non-customers' – why aren't they buying current lighting solutions, and what jobs are they trying to get done?
- Prototype a simple integrated solution (e.g., an LED fixture with a basic sensor for occupancy data) to test new value propositions.
- Allocate a significant portion of R&D budget specifically to blue ocean initiatives, separate from incremental product improvements.
- Develop a clear 'Pioneer-Migrator-Settler' (PMS) portfolio to manage risks and allocate resources across different innovation types.
- Pilot blue ocean offerings (e.g., LiFi in a specific corporate office, LaaS in a small city district) to gather real-world data and feedback.
- Engage in discussions with potential strategic partners from adjacent industries (e.g., IT, urban planning, agriculture).
- Realign the organizational structure, culture, and incentive systems to support continuous blue ocean thinking and execution.
- Establish robust intellectual property protection for blue ocean innovations to secure new market space.
- Advocate for new industry standards that support integrated lighting and data services.
- Scale successful pilot projects into full-fledged business units that operate distinct from traditional lighting sales.
- Falling into 'red ocean traps' by trying to out-compete rivals on features or price within existing market boundaries.
- Underestimating the investment, time, and cultural change required to create and sustain a blue ocean.
- Lack of internal capabilities (e.g., software development, data analytics) to deliver complex integrated solutions.
- Failure to educate or align existing sales channels and customers with radically new value propositions.
- Regulatory hurdles or slow adoption for truly novel technologies (e.g., LiFi) that lack established standards or frameworks.
Measuring strategic progress
| Metric | Description | Target Benchmark |
|---|---|---|
| Percentage of Revenue from Blue Ocean Offerings | Proportion of total revenue generated from products or services that have created new, uncontested market space. | Achieve 20% of revenue from Blue Ocean initiatives within 5 years. |
| New Market Space Penetration Rate | The rate at which the company establishes a presence and gains market share in newly created market categories. | Leading position (top 2) in identified new market spaces within 3-5 years. |
| Profit Margins of Blue Ocean Products/Services | Gross and net profit margins achieved by offerings that leverage Blue Ocean Strategy, typically higher than traditional products. | Margins 15-20% higher than industry average for traditional lighting. |
| Intellectual Property Filings for Novel Technologies | Number of patents, trademarks, or unique IP protections secured for blue ocean innovations. | Increase IP filings by 50% year-over-year for blue ocean related developments. |
| Non-Customer Conversion Rate | Percentage of identified 'non-customers' who adopt a blue ocean offering. | Convert 10% of target non-customer segment within 2 years of launch. |
Other strategy analyses for Manufacture of electric lighting equipment
Also see: Blue Ocean Strategy Framework