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The Business Model Canvas reveals a high-leverage B2B play that transforms a technical physics discovery into a commercial certification standard. The model shifts the value from the material itself to the 'certified proof' of its impact, creating a strong dependency on OEM acceptance and regulatory alignment.
4 Automotive OEMs (e.g., BMW Group) Essential for validating the physics-based ERVs as the industry standard for procurement specifications. Certification Bodies (e.g., Carbon Trust) Partners to provide third-party auditing stamps that give the 'Certified Carbon Savings' label legal and market weight. Material Science Leaders (e.g., BASF) Strategic partners to provide raw material data and pilot the tool for high-performance composites. Regulatory Agencies (e.g., EEA) Collaboration to align the tool's output with European carbon reporting mandates and LCA standards. 3 Physics Model Refinement Continuously updating the calculation engine to account for evolving powertrain efficiencies and driving cycles. Certification Workflow Automation Developing the software interface that converts complex physics data into a simplified, auditable certification label. Industry Standardization Lobbying and collaborating with OEMs to replace static ERVs with the LightImpact dynamic model in procurement. 3 Proprietary Physics Engine The core algorithm that calculates the 18x higher ERVs based on modern vehicle dynamics. LCA Domain Expertise Specialized knowledge in Life Cycle Assessment and automotive energy consumption patterns. Certification IP The trademarked 'Certified Carbon Savings' label and the associated auditing methodology. 3 Commercial Re-valuation Allows composite suppliers to prove significantly higher carbon savings, justifying premium pricing for lightweight parts. Audit-Ready Compliance Provides OEMs with physics-backed evidence for their sustainability reports, reducing the risk of 'greenwashing' accusations. Precision LCA Data Replaces outdated, static energy reduction values with dynamic, powertrain-specific calculations. 2 Certification Partnership Long-term relationships with suppliers who use the tool as a recurring part of their product launch cycle. Technical Consultancy High-touch support for Tier 1 suppliers to help them integrate the tool into their engineering workflows. 3 Direct B2B SaaS A cloud-based platform where suppliers upload component data and generate certification reports. OEM Procurement Portals Integration into the digital supply chain portals used by companies like BMW for part qualification. Industry Conferences Targeting automotive materials and sustainability summits to drive adoption among Tier 1s. 3 Carbon Fiber Composite Companies Tier 1 and 2 suppliers who need to prove the superior environmental value of their high-cost materials. Automotive OEMs Vehicle manufacturers requiring accurate, physics-based carbon accounting for fleet-wide emissions targets. Chemical/Material Producers Companies like BASF that provide the raw precursors for lightweighting and want to track downstream impact. 3 R&D and Model Validation High initial and ongoing costs for physics research and validating models against real-world vehicle data. Software Development Costs associated with building and maintaining a secure, scalable SaaS certification platform. Regulatory Lobbying Expenses related to aligning the tool with international LCA standards and government agencies. 3 Certification Fee (Per Part) A transactional fee charged to suppliers for every component that receives a 'Certified Carbon Savings' label. Annual SaaS Subscription Recurring revenue from suppliers for access to the physics-based calculation tool and dashboard. Enterprise Licensing Annual fees paid by OEMs to use the tool as the official auditing standard for their entire supply chain. The idea has clearly identified high-value customers (Tier 1/2 suppliers and OEMs) and a specific value proposition for capturing revenue. · Generated 2026-09-05 by cavi/gemma4-31b-it-awq-4bit-32kAI-generated