Bicycle Identification Number

[GENERAL] Name and surname of main applicant

Bartek Czerwinski

[GENERAL] Are you delivering this project as an individual or as an entity (whether formally incorporated or not)

Entity (Incorporated)

[GENERAL] Co-proposers and additional applicants

Maciej Kostecki

[GENERAL] Please specify how many months you expect your project to last (from 2-12 months)

9

[GENERAL] Please indicate if your proposal has been auto-translated into English from another language

No

[GENERAL] Summarize your solution to the problem (200-character limit including spaces)

BIN offers a universal bike ID, enabling secure tracking, regulatory compliance, and theft prevention while supporting data standardization and sustainability across the bike’s lifecycle.

[GENERAL] Does your project have any dependencies on other organizations, technical or otherwise?

No

[GENERAL] If YES, please describe what the dependency is and why you believe it is essential for your project’s delivery. If NO, please write “No dependencies.”

No dependencies.

[GENERAL] Will your project’s output/s be fully open source?

Yes

[GENERAL] Please provide here more information on the open source status of your project outputs

Our project outputs are open source, licensed under the MIT License. This allows anyone to freely use, modify, and distribute the code, fostering collaboration and innovation within the community. The source code is available on our GitHub repository. BIN generation APIs and blockchain information is available freely via https://bikeidbumber.org

[METADATA] Horizons

Manufacturing

[SOLUTION] Please describe your proposed solution

Our proposed solution, BIN (Bicycle Identification Number), is designed to create a standardized, secure, and globally recognized identification system for bicycles, addressing critical needs in the cycling industry. We perceive the problem as a gap in reliable, transparent bicycle lifecycle tracking. With no universal ID system, stakeholders face challenges in theft prevention, compliance with evolving regulations, and managing sustainability across the entire lifecycle of a bicycle.

Approach:

We aim to establish BIN as a globally unique identification number, akin to a VIN for vehicles. By using Cardano's blockchain, we can ensure secure, immutable records, which will be accessible to manufacturers, retailers, authorities, and consumers. This approach enables transparent, decentralized data management, improving bicycle registration, transfer of ownership, and compliance monitoring.

Engagement:

Our project will engage a broad spectrum of stakeholders: bike manufacturers and retailers, law enforcement agencies, cyclists, and regulators. Manufacturers benefit from standardized production compliance, while cyclists and law enforcement gain tools for theft prevention and recovery. By integrating Cardano’s blockchain, BIN will add a new level of security, transparency, and trust within the ecosystem.

Proving Impact:

We will measure our impact through adoption rates among manufacturers, the number of bicycles registered, and reductions in theft rates over time. Our open-source code allows third-party developers to build on the system, enhancing community trust and broadening engagement.

Unique Value:

BIN’s unique value lies in its application of blockchain for secure bike ID, coupled with an open, transparent framework that supports sustainability and compliance with EU regulations. This solution aligns with Cardano’s values of decentralization, security, and community-driven development. By securing data through Cardano’s blockchain, BIN is poised to become the trusted global standard in bicycle identification, with potential applications across various industries focused on transparency and lifecycle management.

[IMPACT] Please define the positive impact your project will have on the wider Cardano community

Our project, BIN (Bicycle Identification Number), aims to bring several layers of positive impact to the Cardano community and beyond:

1. Driving Real-World Blockchain Adoption: BIN leverages Cardano's blockchain to secure a global bicycle identification system, showcasing blockchain’s utility in real-world applications. By creating a trusted and immutable bicycle lifecycle record, we demonstrate blockchain’s capability in tackling industry-wide issues, which can inspire further adoption and integration of Cardano in various sectors.
2. Promoting Decentralization and Transparency: BIN aligns with Cardano’s core values of transparency and decentralization. Through open-source technology, our system allows anyone to verify bike data securely on Cardano’s blockchain, ensuring accountability while reducing centralized control over bicycle records.
3. Fostering a Greener Economy: By supporting sustainable lifecycle management and promoting compliance with EU circular economy goals, BIN helps reduce waste and encourages environmentally conscious practices. This enhances Cardano’s position as a blockchain supporting eco-friendly initiatives.
4. Strengthening Security in IoT and Smart Cities: BIN’s approach to secure, blockchain-based identification contributes to the growing field of IoT and smart cities. By building a system that seamlessly tracks assets (in this case, bicycles), BIN provides a scalable model for Cardano’s integration in smart city projects, enhancing Cardano’s impact within IoT security solutions.
5. Engaging the Open-Source and Developer Community: Our project is open-source, encouraging developers within Cardano’s ecosystem to collaborate, contribute, and adapt BIN’s technology for broader use cases. This helps strengthen the Cardano community and inspires innovation, aligning with the community’s values of accessibility and shared progress.

BIN not only creates a practical blockchain application but also supports Cardano’s mission of fostering innovation, sustainability, and community engagement, making Cardano a recognized leader in blockchain solutions for real-world challenges.

[CAPABILITY & FEASIBILITY] What is your capability to deliver your project with high levels of trust and accountability? How do you intend to validate if your approach is feasible?

Our team is well-positioned to deliver the BIN project with high levels of trust and accountability, supported by deep expertise in blockchain, RFID, and IoT. Our members bring years of experience in technical project management, system architecture, and regulatory compliance in both the cycling and technology sectors.

Capability to Deliver with Trust and Accountability:

1. Experienced Team: Our technical lead has extensive experience in developing RFID-based tracking systems and integrating these with blockchain technology. This expertise ensures that we have both the technical knowledge and industry insights to design a robust, secure solution.
2. Transparent and Open-Source Approach: We are committed to making our code open-source, hosted on GitHub, allowing the community to track our progress, contribute to development, and audit the system for transparency. This open-source model fosters trust and invites feedback, making our process collaborative and accountable.
3. Clear Milestones and Reporting: Our project plan includes clear, measurable milestones and regular progress updates to our backers and the Cardano community. This ensures ongoing accountability and transparency in our development process, aligning with high standards for trust.

Validating Feasibility:

1. Pilot Program with Stakeholders: We plan to conduct a pilot program involving manufacturers, retailers, and cyclists. By testing BIN in real-world conditions, we will collect data on system performance, ease of integration, and user satisfaction. This pilot will be a critical step in validating our approach’s effectiveness and gathering actionable feedback.
2. Blockchain and Hardware Compatibility Testing: We will conduct rigorous testing to ensure that our blockchain system securely handles and verifies data with minimal latency and compatibility with RFID technology. This includes stress-testing under different operational conditions to confirm that BIN’s performance meets industry needs.
3. Ongoing User Feedback and Iteration: Through community channels and user surveys, we will regularly gather feedback to refine and adapt our system. This iterative approach allows us to continuously validate and improve BIN’s feasibility, addressing any challenges as they arise.

[PROJECT MILESTONES] What are the key milestones you need to achieve in order to complete your project successfully?

Initial Development and Infrastructure Setup

• Objective: Establish foundational blockchain infrastructure on Cardano and develop initial RFID integration for secure data storage and retrieval.
• Expected Outcome: A functional prototype for basic blockchain interactions (data storage, retrieval, and validation) and initial RFID testing.
• Timeline: Months 1-3

Pilot Prototype and Testing with Stakeholders

• Objective: Develop and test the BIN system with a small group of manufacturers, retailers, and law enforcement to validate usability and technical functionality.
• Expected Outcome: Completion of a pilot prototype that demonstrates secure bicycle ID registration, transfer, and theft prevention. Gather feedback to refine the system.
• Timeline: Months 4-6

Open-Source Code Release and Community Engagement

• Objective: Release BIN’s code as open-source on GitHub to engage developers, receive feedback, and increase transparency.
• Expected Outcome: An accessible, well-documented open-source repository, with initial contributions and feedback from the Cardano and broader blockchain communities.
• Timeline: Month 6

Compliance and Security Testing

• Objective: Conduct compliance testing to ensure adherence to EU and international standards, and perform rigorous security tests.
• Expected Outcome: BIN meets all relevant compliance and security standards, ready for production deployment in regulated environments.
• Timeline: Months 7-9

Full-Scale Launch and Industry Adoption

• Objective: Launch the BIN system for full-scale use with manufacturers, retailers, and law enforcement partners.
• Expected Outcome: A live, scalable BIN system integrated across the bike industry, supporting lifecycle tracking, theft prevention, and regulatory compliance.
• Timeline: Months 10-12

Final Milestone: Full Commercial Deployment and Ecosystem Integration

• Objective: Achieve a fully operational BIN (Bicycle Identification Number) system deployed at scale, with integration across the cycling industry and active partnerships with manufacturers, retailers, law enforcement, and other stakeholders.
• Expected Outcome:
• Widespread Adoption: The BIN system is adopted by a significant number of bike manufacturers and retailers, who actively use it to register, track, and verify bicycles.
• Enhanced Security and Lifecycle Tracking: Law enforcement agencies and consumers can easily verify ownership, track lifecycle data, and report theft, reducing crime and improving recovery rates.
• Compliance and Sustainability: BIN becomes the industry standard for regulatory compliance, supporting circular economy principles by enabling transparent lifecycle tracking and recycling of bicycles.
• Ongoing Community Engagement and Support: The open-source community remains actively involved, contributing to updates and adaptations of BIN to meet evolving industry and regulatory needs, while providing user support and improvements.
• Timeline: Month 12+

[RESOURCES] Who is in the project team and what are their roles?

Project Team for BIN (Bicycle Identification Number):

1. Project Lead - Bartek Czerwinski

• Role: Oversees the entire project, ensuring alignment with strategic goals and managing timelines, budget, and stakeholder relations.
• Background: Extensive experience in technical and operational management within blockchain systems and product development.

1. Technical Lead & Blockchain Developer - Maciej Kostecki

• Role: Leads blockchain development on Cardano, focusing on secure data storage, retrieval, and validation processes.
• Background: Expert in blockchain architecture, cryptographic protocols, and integration with IoT systems.

1. Cardano Developers via Binar Apps (under Maciek Krasowski)

• Role: Responsible for developing, testing, and integrating blockchain solutions on Cardano. Works closely on compatibility, durability, and performance.
• Background: Specialized in Cardano blockchain technology, with a focus on system integration and product testing in real-world conditions.

1. Compliance and Regulatory Specialist - Daniel Kurpisz

• Role: Ensures the BIN system complies with EU and international standards, and leads efforts in lifecycle and sustainability compliance.
• Background: Expert in regulatory frameworks, particularly within sustainability, IoT, and tech industries, with experience navigating complex compliance requirements.

1. Community and Open-Source Engagement Lead

• Role: Manages the open-source strategy, documentation, and community engagement, fostering transparency and collaboration on GitHub.
• Background: Skilled in open-source development, community management, and documentation, with a focus on fostering developer contributions.

1. Marketing & Partnerships Manager

• Role: Develops partnerships with manufacturers, retailers, and regulatory bodies and leads marketing efforts to promote BIN adoption.
• Background: Extensive experience in business development, partnerships, and marketing within tech and sustainability sectors.

[BUDGET & COSTS] Please provide a cost breakdown of the proposed work and resources

BIN Project - Cost Breakdown

1. Development and Technology Costs

• Blockchain Development (Cardano):
• Development, testing, and integration of the BIN system on Cardano, covering smart contracts, security, and data validation.
• Cost: 320,000 ADA
• Cardano Developers (Binar Apps):
• Dedicated Binar Apps team for Cardano integration, compatibility testing, and system performance.
• Cost: 270,000 ADA

1. Compliance and Regulatory Certification

• Compliance and Legal:
• Ensuring BIN aligns with EU and international standards for data security, transparency, and lifecycle compliance.
• Cost: 70,000 ADA
• Testing and Quality Assurance:
• Comprehensive compliance testing and quality assurance for operational security.
• Cost: 50,000 ADA

1. Testing and Simulation Setup

• Blockchain System Testing Tools:
• Equipment for blockchain performance and durability testing in real-world conditions.
• Cost: 45,000 ADA
• Simulated Operational Testing Environment:
• Setup for a simulated environment to test BIN’s real-world performance.
• Cost: 35,000 ADA

1. Marketing and Community Engagement

• Partnership and Adoption Campaigns:
• Partnership outreach and marketing to drive BIN adoption in the cycling industry.
• Cost: 70,000 ADA
• Open-Source Engagement:
• Managing GitHub repository, community support, and developer collaboration.
• Cost: 25,000 ADA

1. Project Management and Administration

• Project Oversight:
• Coordination, milestone tracking, and budgeting.
• Cost: 40,000 ADA
• Administrative and Legal Support:
• General operational expenses and legal compliance.
• Cost: 25,000 ADA

Total Estimated Budget: 900,000 ADA

[VALUE FOR MONEY] How does the cost of the project represent value for money for the Cardano ecosystem?

The BIN project represents significant value for money for the Cardano ecosystem by addressing a pressing need within the cycling industry through blockchain technology. Here’s how our budget aligns with the ecosystem's interests and adds lasting value:

1. Widespread Adoption and Utility:

• By providing a standardized Bicycle Identification Number (BIN) on the blockchain, Cardano becomes integral to an industry-wide solution for tracking, theft prevention, and lifecycle management in cycling. This fosters daily utility for the Cardano blockchain, reinforcing its reputation for scalability and real-world applications.

1. Expansion of Cardano’s Market Reach:

• BIN engages the cycling industry and its stakeholders, including manufacturers, retailers, and governments, creating new use cases for Cardano’s technology beyond finance. This boosts awareness and trust in Cardano within diverse sectors, enhancing brand visibility and adoption potential in other markets.

1. Community Engagement and Open-Source Contributions:

• By making the code open-source, the project invites the Cardano developer community to contribute and benefit, strengthening Cardano’s collaborative ecosystem. This transparency also enables future developers to repurpose and adapt the technology for similar uses, adding modular value to Cardano's technology stack.

1. Long-Term Sustainability and Compliance:

• BIN’s focus on sustainable practices and compliance with EU regulations aligns Cardano with modern regulatory standards, showcasing it as a responsible blockchain in line with global trends. This proactive stance on compliance reinforces Cardano's reputation as a trustworthy blockchain solution for industries requiring data security and regulatory adherence.

1. Proven Scalability and Feasibility:

• With its clear milestones, quality assurance measures, and rigorous testing, the BIN project offers a streamlined and scalable solution that can be used as a blueprint for future Cardano-based applications in other industries. The budget allows us to develop a robust, industry-standard solution that will showcase Cardano’s technical capabilities.

In summary, the project provides exceptional value by positioning Cardano as a pioneer in sustainable, compliant, and widely applicable blockchain solutions. By addressing real-world needs and fostering ecosystem growth, BIN adds unique and enduring value to Cardano, ensuring that the budget directly contributes to both technical progress and global recognition.