Three Horizons Framework
for Manufacture of soap and detergents, cleaning and polishing preparations, perfumes and toilet preparations (ISIC 2023)
The industry's landscape, marked by intense competition, rapid trend cycles, significant R&D burden (IN05), and constant pressure to innovate (MD07, MD08), makes the Three Horizons Framework highly suitable. It directly addresses the challenge of balancing continuous incremental improvements for...
Strategic Overview
The 'Manufacture of soap and detergents, cleaning and polishing preparations, perfumes and toilet preparations' industry operates in a dynamic and highly competitive landscape, characterized by mature product lines alongside rapid consumer trend shifts and a growing demand for sustainable innovations. The Three Horizons Framework provides a critical strategic lens for companies to manage this complexity, balancing the need to optimize and defend existing revenue streams (Horizon 1) with the imperative to build new growth engines (Horizon 2) and explore potentially disruptive future opportunities (Horizon 3).
Key challenges for the industry, such as market obsolescence risk (MD01), the burden of high R&D investment (IN05), maintaining brand premium amidst intense competition (MD03, MD07), and the rapid obsolescence of trends (IN03), necessitate a structured approach to innovation. This framework enables organizations to strategically allocate resources, mitigate innovation risk, and foster a culture that supports both incremental improvements and radical new ventures, ultimately securing long-term relevance and growth in a crowded market.
4 strategic insights for this industry
Balancing Core Business Optimization with Future Growth
The industry's core products (H1) face market saturation (MD08) and intense competition (MD07), demanding continuous incremental innovation (e.g., new fragrances, improved formulations) to maintain market share and brand premium (MD03). Simultaneously, significant investment must be strategically directed towards H2 (e.g., sustainable lines, D2C) and H3 (e.g., bio-engineered ingredients, smart dispensers) to avoid obsolescence (MD01) and secure future revenue streams.
Strategic Management of High R&D Burden and Risk
The industry is characterized by a high R&D burden (IN05) and significant innovation risk (IN03) due to rapid trend changes, regulatory complexities (IN04), and the capital-intensive nature of technology adoption (IN02). The framework aids in a diversified R&D portfolio approach, ensuring resources are allocated effectively across different time horizons, thereby mitigating the risk associated with any single innovation effort.
Sustainability as a Cross-Horizon Innovation Driver
Consumer demand for sustainable and 'natural' products (IN01, MD01) is not merely a trend but a fundamental shift driving innovation across all horizons. H1 efforts might include eco-friendly packaging or ingredient sourcing; H2 could involve developing refill systems or plant-based alternatives; and H3 could explore circular economy models, novel biodegradable materials, or green chemistry processes.
Leveraging Digital for H2/H3 Distribution Evolution
The industry's highly structured, multi-tiered distribution (MD06) presents both challenges and opportunities. H2 initiatives can focus on building new business models like direct-to-consumer (D2C) channels or subscription services, leveraging digital platforms to bypass traditional retail and capture higher margins. H3 might explore entirely new delivery paradigms enabled by emerging technologies.
Prioritized actions for this industry
Establish Dedicated Innovation Units with Distinct Funding and KPIs for H2 & H3.
Isolating H2 and H3 initiatives from the daily operational pressures of H1 prevents 'H1 myopia' and ensures these speculative, high-growth ventures receive appropriate focus, resources, and evaluation metrics suited to their experimental nature. This helps mitigate the 'Valley of Death' for promising innovations.
Implement a Phased Gate R&D Portfolio Management System with Scenario Planning.
A structured gate process combined with scenario planning allows for disciplined resource allocation, early identification of project viability, and strategic pivots across horizons. This reduces the innovation risk (IN03) and ensures R&D investments (IN05) are aligned with potential market shifts (MD01).
Invest in Advanced AI/ML-driven Consumer Trend Forecasting and Ingredient Research.
Leveraging AI and machine learning for predictive analytics can significantly improve the speed and accuracy of identifying emerging consumer preferences, ingredient trends (IN01), and potential market disruptions (MD01). This informs H1 product refreshes and provides crucial foresight for H2 and H3 development, reducing the risk of rapid obsolescence (IN03).
Forge Strategic Open Innovation Partnerships for H3 Technologies.
Collaborating with external biotech firms, material science startups, or academic institutions can accelerate the development of disruptive H3 innovations (e.g., bio-engineered ingredients, smart delivery systems). This strategy shares the R&D burden (IN05), reduces time-to-market, and provides access to specialized expertise not available in-house, mitigating the challenges of high capital expenditure (IN02).
From quick wins to long-term transformation
- Conduct cross-functional workshops to map existing products/initiatives to horizons and identify H1 optimization opportunities (e.g., cost-saving formulation tweaks, minor packaging redesigns for existing lines).
- Initiate a pilot D2C e-commerce channel for a niche or new product line to gain experience in H2 distribution.
- Establish a dedicated 'trend scouting' team or subscription to market intelligence platforms to identify early H3 signals and consumer shifts.
- Formally structure H2 innovation teams with dedicated budgets, leadership, and performance metrics (e.g., successful launch of a new sustainable product line or personalized beauty offering).
- Begin feasibility studies and initial R&D for 2-3 promising H3 technologies, potentially involving external partners.
- Develop internal capabilities for rapid prototyping and iterative development for H2 projects.
- Scale successful H2 ventures, potentially integrating them into the core business or spinning them off as independent entities.
- Bring H3 innovations to market, aiming to redefine product categories or establish new market segments.
- Continuously review and adjust the organizational structure and resource allocation to support the evolving innovation portfolio across all horizons.
- The 'Valley of Death' for H2/H3 projects, where promising initiatives fail due to insufficient funding or premature pressure to achieve H1-level profitability.
- H1 Myopia: Over-prioritizing the short-term demands of the core business, leading to under-investment in future growth.
- Culture Clash: Imposing H1's operational rigor and risk aversion on experimental H2/H3 teams, stifling innovation.
- Lack of Portfolio Balance: Disproportionate investment in one horizon, leading to either stagnation (too much H1) or wasteful experimentation (too much H3 without H2 translation).
Measuring strategic progress
| Metric | Description | Target Benchmark |
|---|---|---|
| Horizon 1 Revenue Growth & Market Share | Annual revenue growth rate and market share percentage for existing, optimized product lines. | > 3% annual growth; maintain/increase current market share |
| Horizon 2 Revenue Contribution & Customer Acquisition Cost (CAC) | Percentage of total revenue derived from new product categories or business models launched within the last 3-5 years, and the cost to acquire new customers for these ventures. | > 10-15% of total revenue; CAC < Lifetime Value (LTV) |
| Horizon 3 R&D Spend as % of Revenue & Patent Filings | Percentage of total revenue allocated to long-term, exploratory R&D and the number of patents filed or granted for disruptive technologies. | > 5-10% of R&D budget; > 5 patents/year (relative to industry peers) |
| Innovation Success Rate & Time-to-Market | Percentage of H2/H3 projects that successfully move from concept to commercial launch, and the average time taken for this transition. | > 60% success rate for H2; > 20% for H3; reduced time-to-market by 15% |
Other strategy analyses for Manufacture of soap and detergents, cleaning and polishing preparations, perfumes and toilet preparations
Also see: Three Horizons Framework Framework