DePIN-Atala Prism Radio frequency Identification framework -Ticketing

[GENERAL] Name and surname of main applicant

David Chigbu

[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

1. Roland Onyekwere
2. Damilola Jimoh
3. Dayo James
4. Marvellous Uzowuchi
5. Cynthia Peters

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

12

[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)

We propose a Cardano-powered, decentralized framework using DePIN and Atala Prism to deliver secure, transparent, and scalable RFID-based ticketing solutions across industries.

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

Yes

[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.”

• Atala Prism for Decentralized Identity (DID): This is essential for verifying user identity, ensuring that tickets are uniquely tied to individuals, reducing fraud, and allowing easy retrieval of ticketing information.

• DePIN (Decentralized Privacy Infrastructure Network): Integrating DePIN enables interaction between the RFID system and various public and private services, ensuring that tickets can be used in multiple sectors securely.

• IOHK(Input output Hong Kong) contributions to building decentralized computational infrastructure, identity services, and blockchain scalability protocols make it a crucial provider in supporting DPIN initiatives.

• World Mobile is a decentralized mobile network operating on the Cardano blockchain that fits within the broader vision of DePIN. It provides decentralized connectivity services, particularly for remote and underserved regions, using blockchain and decentralized infrastructure solutions.

• Cardano Smart Contracts: These will automate the processes for ticket issuance, validation, and payment handling, ensuring transparency, security, and immutability in transactions using Plutus .

• IoT Integration : Ensuring seamless communication between devices for real-time ticketing and data tracking via SyncIoT ,Emurgo and IoTEX.

• Payment Gateways: decentralized privacy infrastructure network requires robust and secure financial services, COTI and IOG Marlowe plays a crucial role in the DePIN ecosystem, particularly for IoT-related payments as well as a critical component of decentralized finance within DePIN ecosystems.

These dependencies ensure the seamless integration of ticketing, payments, and identity verification in a decentralized manner, thereby providing a more secure and scalable solution than traditional centralized systems.

[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

All smart contracts, integration modules, and code for the RFID system will be open-sourced under the MIT open source license. We aim to contribute to the Cardano developer community, ensuring transparent and auditable development practices.

[METADATA] Horizons

Identity & Verification

[SOLUTION] Please describe your proposed solution

Solution Description

The DePIN-Atala Prism Framework on RFID Infrastructure-Ticketing project will integrate RFID technology with Atala Prism and Cardano's Decentralized Public Infrastructure Network (DePIN) to deliver a secure, transparent, and efficient automated ticketing system.

• RFID Technology will serve as the foundation for ticketing operations, automating the capture and validation of ticketing data.
• Atala Prism, a decentralized identity solution, will be integrated to securely verify the identities of ticket holders, ensuring that only authorized individuals gain access and that personal data is protected.
• DePIN (Decentralized Privacy Infrastructure Network) will ensure scalability, data security, and transparency, leveraging the Cardano blockchain to store encrypted records and maintain transaction verifiability.

This hybrid solution will revolutionize the ticketing industry by providing real-time identity verification, improved data transparency, and fraud prevention, all while preserving user privacy. It will also allow for seamless access to services without the need for repeated identity verification or complex manual ticketing systems.

Cited References:

• Jensen, R. et al. (2020), "Decentralized Ticketing Solutions Using Blockchain Technology," Journal of Emerging Technologies in Computing Systems, 23(4), pp. 122-135.
• Cardano Foundation (2023), "The Role of Atala Prism in Decentralized Identity Management," Cardano Blog.

Problem in Context

Ticketing systems, especially in large-scale events, public transportation, and access control systems, face challenges of inefficiency, fraud, and lack of data transparency. Traditional ticketing methods are prone to counterfeiting, system errors, and difficulty in tracking customer identity and usage data. The growing need for robust, secure, and scalable solutions is driving the demand for modern, blockchain-based systems.

Current RFID (Radio Frequency Identification) technology can streamline and automate ticketing processes but lacks integration with blockchain solutions for identity verification and secure, tamper-proof transactions. Without blockchain, ticketing infrastructures are vulnerable to fraud, misuse, and a lack of real-time verifiability. The problem is compounded in environments where scalability, security, and privacy are essential, such as public transportation, event management, or public infrastructure access.

Technical Features

The proposed solution includes the following technical components:

1. RFID Tagging and Readers: Each user will be issued an RFID tag, which will be scanned at entry points to capture ticketing data.
2. Blockchain Integration:

• Atala Prism will handle decentralized identity management, ensuring secure and private identification.
• Cardano Blockchain (DePIN) will store encrypted transaction data, creating an immutable and verifiable record of all ticket purchases and entries.
• Smart Contracts: Custom-built smart contracts will be utilized to automate ticket validation, event access, and payment processing.
• Mobile Integration: Users can link their RFID tickets to mobile applications, giving them real-time updates on ticket status, balances, and event access.
• Payment Solutions: Integration with cryptocurrency wallets and fiat gateways will allow users to make seamless payments for tickets, either through ADA or local currency.

Unique Value Proposition

The DePIN-Atala Prism RFID Ticketing Framework delivers value by offering a unique blend of blockchain transparency with automated ticketing infrastructure.

• Enhanced Security and Fraud Prevention: By utilizing Atala Prism for decentralized identity management, the solution ensures that only authenticated users gain access. This drastically reduces the risk of ticket counterfeiting and identity fraud.
• Real-Time Data Transparency: The use of blockchain (Cardano's DPIN) ensures that all transactions are verifiable, traceable, and immutable, providing real-time insights into ticketing activities.
• Privacy-Preserving Architecture: User identities and ticketing information are securely stored and accessed through Atala Prism, ensuring privacy compliance while allowing transparent data tracking.
• Low-Cost Transactions: By leveraging Cardano’s low-cost blockchain ecosystem, the transaction fees and operational costs are significantly reduced, providing more value to end-users and operators.
• Scalability: The decentralized infrastructure ensures scalability for mass adoption across large events, public transportation systems, or any ticketing-reliant sectors.

Benefits to Cardano Ecosystem

• Boosting Cardano’s Adoption in Real-World Use Cases: The implementation of the DePIN-Atala Prism framework will showcase how blockchain solutions can be used for scalable, secure, and efficient ticketing systems. It will help position Cardano as a leader in decentralized infrastructure and IoT solutions.
• Sustainable and Scalable Ecosystem: The proposal will contribute to Cardano’s growth by adding a real-world use case that can be scaled globally, attracting more developers and enterprises into the ecosystem.
• Contribution to Decentralized Identity Standards: Integrating Atala Prism with RFID solutions provides a compelling case study for decentralized identity verification in public infrastructure. This will spur further innovation and attract identity-focused projects to the Cardano platform.

Approach

• Conduct a comprehensive technical review and feasibility study of integrating RFID with Cardano blockchain and Atala Prism.
• Develop a prototype system that integrates RFID tags, Atala Prism, and Cardano smart contracts.
• Test the system with sample data to evaluate its performance, scalability, and security.
• Implement the solution in a live environment, such as a small-scale public event, to gather data, user feedback, and make necessary adjustments.
• Full deployment of the system in large-scale events and transportation infrastructure, coupled with marketing and user adoption strategies.

Users and Development Stack

Users:

• Event organizers seeking secure, scalable ticketing solutions.
• Public transport authorities looking to automate fare collection and user verification.
• Individuals attending events who need a secure, user-friendly ticketing experience.

Development Stack:

• Blockchain: Cardano DePIN, Smart Contracts.
• Identity Layer: Atala Prism for Decentralized Identity.
• RFID Integration: Standard RFID infrastructure for hardware automation.
• Mobile Applications: iOS and Android platforms to link user accounts with ticketing services.
• Payment Gateway: ADA and fiat integration for seamless ticket purchase.

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

1. User Adoption and Wallet Growth

• Short-term (6-12 months post-launch): The project could onboard 10,000 to 50,000 new users. These would come primarily from industries that use RFID for ticketing, such as transportation, entertainment, and event management.
• Example industries: concerts, sports events, public transport.
• If successfully implemented, these users would need to create Cardano wallets to interact with the system, potentially boosting the number of active Cardano wallet holders by 2-5%, depending on the scale of integration across industries.

• Long-term (1-3 years): As RFID and blockchain-based ticketing systems scale globally, there’s potential to reach 100,000 to 500,000 users, especially in high-demand regions where RFID and blockchain solutions offer transparency, fraud prevention, and data security.
• This could increase Cardano wallet users by 5-10% over time.

2. Transaction Volume Increase

• Ticketing and Transactions: Each ticketing event (whether for transport, concerts, or other applications) would generate blockchain transactions. Assuming modest adoption, each user could generate 1-5 transactions per event. This could result in 100,000 to 250,000 transactions per month during the early stages.
• If adopted widely, Cardano’s daily transaction volume could increase by 2-4% in the short term, with long-term increases potentially reaching 5-10% of total daily transaction volume as more industries and events come onboard.
• These transactions could generate fees that benefit stake pool operators (SPOs) and validators, adding value to the ecosystem.

3. Business and Enterprise Adoption

• Business Integration: By offering an RFID-based solution for ticketing integrated with Atala Prism, businesses in the logistics, events, and transportation sectors would see the value of adopting Cardano technology for secure, scalable solutions. This could lead to 10-50 enterprises adopting Cardano for their ticketing and tracking needs within the first year.
• As RFID ticketing expands, more businesses could be onboarded. This might result in 5-10% growth in the number of businesses or organizations actively using Cardano for real-world applications.
• This business adoption could spur new projects, with each enterprise potentially conducting hundreds of transactions per day, boosting the network's utility.

4. Decentralized Infrastructure (DePIN) Use Case

• Decentralized Physical Infrastructure Networks (DePIN): DePIN projects are gaining traction as they promise decentralized control over critical physical infrastructure like transportation and logistics. As the Cardano ecosystem incorporates DePIN solutions into RFID and ticketing, this project could serve as a blueprint for additional infrastructure use cases on Cardano.
• This could increase community engagement by 10-15%, especially among developers and organizations interested in decentralized infrastructure solutions. It may also spur new proposals, collaborations, and innovation within the Cardano ecosystem.

5. Increased Stake Pool Operator (SPO) Engagement

• With more transactions being processed due to the ticketing infrastructure, SPOs may see increased delegation as the Cardano network scales.
• The increased staking rewards driven by higher transaction volume could incentivize 2-3% more active staking participation in the short term, with long-term effects driving up staking participation by 5% or more as transaction volume and ecosystem adoption grow.

6. Community Growth through Innovation

• Developer and Project Engagement: The successful implementation of this project would position Cardano as a blockchain platform for real-world RFID and IoT (Internet of Things) applications, attracting 20-30% more developer interest in similar sectors. Developers would explore how Cardano’s smart contracts, Atala Prism, and other tools can integrate with physical infrastructure, boosting the developer ecosystem.
• New developer tools, libraries, and infrastructure could emerge from this, facilitating further adoption.

7. Brand Visibility and Market Positioning

• Cardano's positioning in the IoT and RFID space: This project’s success could elevate Cardano’s status as a leader in blockchain-based infrastructure for the IoT market. Cardano could carve out 5-10% of the RFID/IoT blockchain market over time, capturing attention from industries looking for secure, scalable blockchain solutions integrated with physical systems.

• Transportation: If integrated into public transport ticketing systems, cities and transportation hubs could adopt Cardano’s blockchain for secure, traceable ticketing, reaching millions of users.

• Events and Venues: Large venues hosting concerts, conferences, and sports events could see RFID-based ticketing as a more secure and efficient solution. Adopting this system could result in 100,000+ tickets processed per event via Cardano.

Conclusion:

The DePIN-Atala Prism RFID ticketing infrastructure could bring 100,000+ users and millions of transactions to Cardano over time, fueling growth in adoption, transaction volume, and developer interest. The ripple effects would establish Cardano as a leader in decentralized infrastructure, offering significant value to the ecosystem and the community.

[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?

As the CEO of Ignitegem Engineering and technological Solutions ltd , Gemserve integrated Solutions , Kronosys Limited amongst other SMEs and NGOs as well as Community initiatives, we have demonstrated capacity in managing projects and contracts for our clientele and community between 2010 till present worth over 70,000 dollars and has successfully delivered these project timely and effectively with satisfaction thus showing our accountability beyond capacity to manage and utilized funds.

Our team is composed of professionals with over ten years of combined experience and backgrounds in blockchain development, IoT, embedded systems and decentralized systems. With a strong foundation in using Cardano smart contracts, RFID infrastructure, and Atala Prism, we are confident in delivering a secure, scalable solution. having committed minimal 5 hours daily and 25 hours weekly and self funding the current ongoing minimum viable product of this project as well as team member delivery key projects in similar related projects in time past.

Key Team Capabilities:

• Blockchain Experts: Experienced in developing decentralized applications and smart contracts on Cardano.
• IoT Specialists: Skilled in implementing RFID-based hardware and its integration with digital infrastructures.
• Project Managers: Proven track record in managing technical projects from inception to successful implementation.

To ensure accountability:

• Regular project updates will be provided to the Cardano community.
• A transparent audit trail will be available for all financial transactions, deliverables, and milestones.
• Open-source code contributions will be documented and available for review on GitHub.
• Ensuring achievement of project deliverables and milestones thus a successful execution of the project within the stipulated period.

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

Research & System Design

• Objective: To research the technical requirements, design the architecture, and establish the foundational framework for integrating DPIN, Atala Prism, RFID infrastructure, and blockchain technology.

Milestone Output(s):

• Comprehensive system architecture document
• Technical requirements and specifications
• A feasibility study with a breakdown of potential challenges and solutions
• Key performance indicators (KPIs) for system performance

Acceptance Criteria:

• A well-defined technical architecture document that includes all system components (RFID, DePIN, Atala Prism, Cardano Blockchain, etc.)
• Stakeholder approval of the design and feasibility report
• Identification of specific datasets required for training the system
• The system design must demonstrate feasibility, cost-efficiency, and scalability within the Cardano ecosystem

Evidence:

document and diagrams

Data Set Collection & Training

Objective: The dataset collection and training phase will focus on gathering data required to train and optimize the system for accuracy in RFID ticketing validation, decentralized identity (DID) authentication, and transaction processing.

Milestone output(s)

1. Data Collection Process: this process involves

RFID Tag Interaction Data:

• Purpose: Gather information on RFID tag interactions during ticket purchases, entry validations, and event check-ins.
• Source: RFID readers installed at pilot venues.
• Data Points: RFID tag read rates, errors, entry/exit timestamps, multiple attempts, and tag duplication attempts.

2.User Identity Verification Data (Atala Prism)Purpose:

• Collect data on decentralized identity verification accuracy and the speed of DID authentication during ticket validation.
• Source: Atala Prism DID framework and RFID ticketing database.
• Data Points: DID verification times, user interaction times, identity validation success/failure rates.

2.Transaction Data (Cardano Blockchain): this includes

• Purpose: Collect data on blockchain-based transactions related to ticket sales and payments.
• Source: Cardano blockchain transactions during pilot testing.
• Data Points: Transaction times, payment types (ADA/Fiat), transaction fees, and refund rates.

3.Training Objectives: this involves

• RFID System Optimization: Train the RFID system to reduce tag misreads, improve real-time data transmission, and optimize tag identification algorithms.
• Atala Prism Authentication: Use the dataset to improve the accuracy of Atala Prism’s decentralized identity verification, ensuring low rejection rates and improved credential issuance.
• Blockchain Transaction Efficiency: Optimize smart contracts on Cardano to handle high transaction volumes efficiently, reducing gas fees and ensuring faster transaction processing times.

4.Training Models: this includes

• RFID Reader Optimization: Use data to train the system to minimize false negatives and improve signal strength for higher tag reading accuracy.
• DID Authentication: Develop and train machine learning models to predict and mitigate possible identity mismatches or credential revocation issues.
• Transaction Analytics: Train models for blockchain transaction analysis, identifying potential bottlenecks in transaction speeds and fees.

5.Data Privacy & Compliance: this includes

• Ensure data collected complies with GDPR and other relevant data privacy regulations.
• Users will be provided with options to opt-in or out of data collection during pilot testing.
• Sensitive identity data will be stored on decentralized systems using Atala Prism’s DID framework to ensure data integrity and privacy.

Acceptance Criteria for Dataset Training:

• RFID tag validation accuracy improved by 98% after training.
• Atala Prism authentication accuracy improved by 99%, with identity verification times under 3 seconds.
• Cardano transaction processing time reduced to under 10 seconds per transaction.

Evidence:

Transaction Records

RFID Infrastructure Setup , Blockchain Integration (Cardano) and Atala Prism Integration

• Objective: To set up and install the RFID infrastructure, including hardware components such as RFID readers, antennas, tags, and data integration systems, develop and deploy the smart contracts on the Cardano blockchain to handle ticket issuance, identity verification, and payment processing. and Integrate Atala Prism for decentralized identity verification within the RFID ticketing infrastructure.

Milestone Output(s):

• RFID hardware installed at designated entry points for testing (e.g., event venues or transport hubs)
• Software platform that collects and processes RFID tag data for ticketing validation
• Integration documentation for RFID and blockchain interaction
• Smart contract for ticket validation and payments deployed on the Cardano testnet
• Integrated Cardano wallet system for ticket purchases and payments (both fiat and ADA)
• Transaction records immutably stored on the blockchain
• Atala Prism integrated with the RFID ticketing system, enabling decentralized identity management.
• Decentralized identity (DID) credential issuance for users purchasing tickets
• Integration guide for future adoption of Atala Prism in RFID systems

Acceptance Criteria:

• RFID readers and tags function effectively with a 98%+ accuracy rate in ticket validation.
• Real-time communication between RFID readers and the backend system, with successful data transmission and tag reading.
• RFID system captures accurate entry/exit data and syncs it with the blockchain for traceability.
• Successfully deployed smart contracts that process ticket purchases, verification, and refunds.
• Transactions stored immutably on the Cardano blockchain, ensuring data integrity.
• Security audits passed for the smart contracts (no major vulnerabilities detected).
• Users can seamlessly create, verify, and use Atala Prism decentralized identities for ticket validation.
• DID credentials verified in under 3 seconds with a 99% accuracy rate.
• Data privacy and security measures are compliant with regulatory requirements and blockchain best practices.

Evidence:

Test logs & demonstration video

Beta Testing & Feedback and Closeout Video and Report

Description(s):

• Test the system in a real-world environment (e.g., a transport hub, event venue) and gather user feedback for further optimization.

• Create a comprehensive closeout video and report that summarizes the entire DFIN-Atala Prism RFID Infrastructure -Ticketing project, highlighting key achievements, challenges overcome, and the impact of the tool on the Cardano developer community. The video and report will serve as a final documentation of the project's outcomes and learnings.

Milestone Output(s):

• Test report outlining system performance, challenges, and user feedback
• Metrics for ticketing transactions, verification speed, and fraud prevention
• Finalized adjustments based on feedback

• Closeout video detailing the journey of the r project, including Retrospectives with team members, demonstrations of the tool, and testimonials from users.
• Detailed report summarizing the project's objectives, methodology, key findings, and recommendations for future improvements.
• Presentation of the closeout video and report to the Cardano community and stakeholders.

Acceptance Criteria:

• A minimum of 500 successful ticketing transactions during the pilot period.
• System performs at 99% accuracy in fraud detection and identity verification.
• Positive user feedback with a 90%+ satisfaction rate in usability and security.

• Closeout video is produced, engaging, and effectively communicates the project's narrative and impact.
• Report is comprehensive, well-organized, and provides valuable insights and recommendations for the future development of Project.

Evidence:

• User feedback
• test results

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

David Chigbu is the proposer and founder of kronosys Limited . He is a serial Entrepreneur and founder with expertise in project management , Business Analysis, Product design. he has led some startups as founder and has strong leadership capacity . strong emotional intelligence and team building. David is a graduate of Electrical Engineering with over 10 years of practice.

David is the project manager for this project and will ensure that the project deliverables is met and milestones is achieved.

https://www.linkedin.com/in/david-chigbu-260347a8?utm_source=share&utm_campaign=share_via&utm_content=profile&utm_medium=android_app

Marvelous Uzowuchi

Electronics/Embedded Systems | Cybersecurity Specialist | Robotics/Mechatronics Engineer

Marvelous is an Expert in the integration of mechanical systems with electronic and control systems, developing smart machines and industrial automation systems, designing robotic systems for automation, autonomous navigation, and precision tasks.

He has extensive knowledge in the design, analysis, and testing of complex electronic circuits, microcontroller programming, and PCB design for embedded systems with

Software Proficiency and Adept in simulation and design tools like Proteus, Google sketchup, Eagle, as well as programming languages such as Python.

he also has Strong experience in conducting Research and Development for emerging technologies, including IoT, artificial intelligence, and machine learning integration for robotic systems.

Marvelous Spearheaded the design and deployment of an RFID access system,

Lead the development of advanced mechatronic stem prototypes for Jengatech institute a leading technological and robotic hub in South Eastern Nigeria as well as engineered custom electronics and control systems for high-precision renewable energy project, enhancing operational accuracy and reliability for Odumegwu Ojukwu University Anambra state Nigeria

He will be working on the Hardware system design , IoT integration and implementation of this project.

https://www.linkedin.com/in/chimezie-uzowuchi-4b4b7b245?utm_source=share&utm_campaign=share_via&utm_content=profile&utm_medium=android_app

Cynthia Peters

Software Design & Development |Web & Mobile App Development |Data analytics |Al & Machine learning| Python for AI

Passionate about Technology and the transformative power of data, I am a highly skilled professional with expertise in Software Engineering, data analysis, AI, ML, Python, Python instruction, SQL, and data visualization. With a proven track record of leveraging advanced technology and analytical techniques, I uncover valuable insights that drive data-driven decision-making and propel organizations to new heights of success.

In addition to my expertise in software engineering and data analysis, I have a passion for teaching and mentoring. As a Python instructor, I have had the privilege of empowering aspiring data professionals with the knowledge and skills necessary to excel in data-driven industries. I am dedicated to creating engaging and interactive learning environments that foster curiosity and encourage students to apply Python programming and data analysis techniques to real-world challenges.

Cynthia has led and implemented key Project like Prizesout LLC: price comparison chrome extension for online shopping platform as well as SmartEduSuite: Educational software for school management and control. among other leading project

Cynthia will be leading dataset gathering, data analysis and analytics as well as contribute in the software development process of this project.

https://linkedin.com/in/cynthiacpeters

https://github.com/digicynthia

Damilola Jimoh

Hardware Design & Prototyping |IoT Development| Mobile App Development |Embedded Systems |Circuit Design |Robotics |Security Systems |AI & Machine Learning for smart applications

As a skilled Robotics and Electronics Engineer with over 10 years of experience in designing and developing innovative hardware and software solutions, successfully completed projects in smart home automation and security systems. He focus on leveraging cutting-edge technologies like IoT, AI, and mobile applications to provide seamless user experiences and improve security and energy efficiency.

Damilola has collaborated with company such as Jaykirch Technology Hub, wificombat academy, 3 smart technologies in developing smart innovative product solutions. some of his projects includes Development of Smart Energy Saver (SES) for [HomeTech Innovations]

a device designed to allow users to control home appliances remotely via a mobile phone while optimizing energy consumption. This project involved creating custom hardware and a mobile application, providing users with a seamless and efficient way to manage their home appliances from anywhere in the world. another leading project is the Smart Security Door System with Remote Access for [SecureVision Solutions] is

a smart security door system for SecureVision Solutions, which integrates a keypad, camera, and remote access through Telegram. This system not only allows visitors to enter via a passcode but also provides real-time notifications and image capture for remote monitoring. The client can control access remotely via the Telegram app, offering enhanced security and convenience.

https://github.com/dammyjay

https://www.linkedin.com/in/damilola-jimoh?trk=contact-info

Roland Onyekwere

Blockchain development| Full Stack developer | API Integration | React.js | Node.js |Python

Roland is an Experienced Full Stack Web Developer with a combined experience spanning over 10 years with a strong focus on creating dynamic and responsive web applications. his expertise encompasses frontend web development, API integration, and robust server-side solutions using React.js and Node.js. Additionally, I have a proven ability to leverage Python for data scraping, enhancing data-driven decision-making processes as well as blockchain development.

some of his Notable Projects includes

Responsive LMS Application: Developed a Learning Management System (LMS) application that offers a user-friendly interface, facilitating effective learning and engagement for users across device

https://github.com/Zrolec/LMS-Website.git

Auto Jobs Applier: Created an automated job application tool using Python, streamlining the job application process by enabling users to apply for multiple positions effortlessl

https://github.com/feder-cr/Auto_Jobs_Applier_AIHawk.git

Crypto Transaction Website: I recently explored a blockchain website that utilizes smart contracts for transactions, and I was thoroughly impressed with its functionality and user experience

One of the standout features is the implementation of smart contracts, which automates and secures transactions, ensuring trust and transparency without the need for intermediaries. The process is remarkably efficient, significantly reducing the time and cost associated with traditional transaction methods.

The website also provides comprehensive resources and support, guiding users through the setup and execution of smart contracts. I appreciated the emphasis on security, with robust measures in place to protect user data and assets.

Overall, this platform is a significant step forward in blockchain technology, making it accessible and practical for everyday transactions.

With a passion for technology and a commitment to delivering high-quality solutions, he is dedicated to driving project success through innovation and collaboration and will be in the blockchain development as well as smart contract execution and other area where is expertise is needed to ensure a successful execution and delivery of this project.

https://www.linkedin.com/in/rolandonyekwere19/

https://github.com/Zrolec

Dayo James is a software Engineer with passion for emerging technologies working on enterprise-level applications with core competencies on javascript, C# and .Net

Dayo will be working on the software development process and implementation of this project.

http://www.linkedin.com/in/dayo-james

https://github.com/dea1j

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

Budget Breakdown

Development Costs A50,000

Description:

• Blockchain, RFID, and Atala Prism Integration ,Developers and hardware designers

Hardware and electronic Components A35,000

Description:

RFID readers, chips, IoT infrastructure

Project Management A15,000

Description:

Resource allocation, timeline management

Third-Party Audits A15,000

Description:

Code audit, security review

Marketing & Community Outreach A10,000

Description:

Promotion, user onboarding, events

Legal & Compliance A10,000

Legal services for compliance with industry standards

Miscellaneous A10,000

Contingencies and unforeseen costs

Total Funding Request: A145,000

using prevailing rate of 0.35 USD as at the time of application

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

The 145,000 ADA requested for this project represents efficient financial planning, covering critical areas like blockchain integration, RFID infrastructure, embedded systems, and project management in line with global market rates. Each role is fairly compensated, ensuring top-tier talent without overspending. By leveraging the expertise of specialists in blockchain, RFID, embedded systems, and AI. the project brings innovative, multidisciplinary solutions to the Cardano ecosystem, fostering technical depth and ensuring value for the community.

When evaluating the requested 145,000 ADA (~$50,750 at an ADA price of $0.35) for the Cardano Fund 13 proposal, it's essential to compare global wage benchmarks for the required roles (blockchain developers, software engineers, RFID specialists, embedded system specialists, project managers, and AI/robotics engineers) to ensure that the cost represents value for money. Here's a breakdown based on recent global market data and insights:

1. Blockchain Developers

• Global Wage Per Hour: Blockchain developers typically command hourly rates ranging from $50 to $150, depending on their expertise, geographic location, and project complexity. For highly skilled blockchain developers (especially those familiar with Cardano-specific technologies), the rates can be at the higher end.

• Market Reference: In the US, a blockchain developer earns between $100,000 and $180,000 per year, translating to about $50 to $90 per hour.

• Project Value: Integrating Cardano blockchain solutions into RFID infrastructure is a highly specialized task. For 145,000 ADA, allocating 500 to 1,000 hours to blockchain development would cover comprehensive design, implementation, and testing phases, representing good value.

2. RFID Specialists

• Global Wage Per Hour: RFID specialists typically earn between $30 to $80 per hour, depending on experience and project complexity.
• Market Reference: In regions with established RFID projects (like Europe and the US), salaries range from $60,000 to $100,000 per year, equating to $30 to $50 per hour.
• Project Value: For a project like DePIN-Atala Prism, RFID integration and testing would likely consume 300 to 500 hours. Given the technical complexity of integrating Atala Prism with RFID, the ADA budget here ensures quality without overspending.

3. Embedded Systems Specialists

• Global Wage Per Hour: Embedded systems specialists charge between $40 to $100 per hour, depending on the specific system design required.
• Market Reference: The average salary for an embedded systems engineer in the US is around $80,000 to $120,000 annually, translating to $40 to $60 per hour.
• Project Value: This role is critical for ensuring smooth hardware-software integration. For 145,000 ADA, allocating 400 to 600 hours for embedded systems development ensures proper functionality, which is essential for a fault-tolerant RFID system.

4. Project Managers

• Global Wage Per Hour: Project managers, especially those with experience in blockchain or IoT-based projects, can charge between $50 to $120 per hour.
• Market Reference: The average salary for project managers in the tech field ranges between $90,000 and $150,000 annually, or $50 to $75 per hour.
• Project Value: Project managers are crucial to ensure the coordination and timely delivery of the project. 300 to 500 hours at this rate would support proper management, milestone tracking, and stakeholder communication.

5. Robotics and AI Engineers

• Global Wage Per Hour: Robotics and AI engineers typically charge between $50 to $150 per hour, with the rate scaling up based on expertise and the use of cutting-edge technology.
• Market Reference: An AI engineer earns around $100,000 to $160,000 per year, translating to $50 to $80 per hour.

• Project Value: For the DePIN-Atala Prism on RFID, AI and robotics integration could be limited but critical in enhancing automation features. 200 to 400 hours at this rate fits the 145,000 ADA budget well, ensuring innovative integration without overextending costs.

6.Software Engineers:

• Software engineers working on blockchain-related projects also command competitive salaries, averaging $75,000 - $160,000 annually, translating to $35 - $80 per hour. Specialized expertise in blockchain would increase this rate.
• Project Value:  For a project requiring 300 hours of software engineering, the cost would be in the range of $10,500 - $24,000, depending on skillset.

• Efficient Use of Funds: The total request of 145,000 ADA reflects prudent financial management. When converted to global market rates, this budget ensures sufficient coverage of all major tasks — blockchain integration, RFID infrastructure, embedded system design, and project management — without over-inflating costs. Each role is compensated based on fair market wages, ensuring high-quality work without excess expenditure.

• Leveraging Specialized Expertise: The project brings together a multidisciplinary team of experts, all working on specialized aspects like DePIN (Decentralized Physical Infrastructure Networks), Atala Prism, and RFID. By targeting experts in blockchain, RFID, embedded systems, and AI, the project is able to bring cutting-edge solutions to the Cardano ecosystem, ensuring technical depth and innovation at every stage.

Value for Money

The DePIN-Atala Prism RFID infrastructure ticketing project has the potential to bring significant growth to the Cardano community in terms of both adoption and engagement. By integrating decentralized physical infrastructure networks (DePIN) with Atala Prism’s identity solution and RFID technology, it could attract users and businesses across multiple industries. Here are some possible metrics or percentage-based impacts:

1. User Adoption and Wallet Growth

• Short-term (6-12 months post-launch): The project could onboard 10,000 to 50,000 new users. These would come primarily from industries that use RFID for ticketing, such as transportation, entertainment, and event management.
• Example industries: concerts, sports events, public transport.
• If successfully implemented, these users would need to create Cardano wallets to interact with the system, potentially boosting the number of active Cardano wallet holders by 2-5%, depending on the scale of integration across industries.

• Long-term (1-3 years): As RFID and blockchain-based ticketing systems scale globally, there’s potential to reach 100,000 to 500,000 users, especially in high-demand regions where RFID and blockchain solutions offer transparency, fraud prevention, and data security.
• This could increase Cardano wallet users by 5-10% over time.

2. Transaction Volume Increase

• Ticketing and Transactions: Each ticketing event (whether for transport, concerts, or other applications) would generate blockchain transactions. Assuming modest adoption, each user could generate 1-5 transactions per event. This could result in 100,000 to 250,000 transactions per month during the early stages.
• If adopted widely, Cardano’s daily transaction volume could increase by 2-4% in the short term, with long-term increases potentially reaching 5-10% of total daily transaction volume as more industries and events come onboard.
• These transactions could generate fees that benefit stake pool operators (SPOs) and validators, adding value to the ecosystem.

3. Business and Enterprise Adoption

• Business Integration: By offering an RFID-based solution for ticketing integrated with Atala Prism, businesses in the logistics, events, and transportation sectors would see the value of adopting Cardano technology for secure, scalable solutions. This could lead to 10-50 enterprises adopting Cardano for their ticketing and tracking needs within the first year.
• As RFID ticketing expands, more businesses could be onboarded. This might result in 5-10% growth in the number of businesses or organizations actively using Cardano for real-world applications.
• This business adoption could spur new projects, with each enterprise potentially conducting hundreds of transactions per day, boosting the network's utility.

4. Decentralized Infrastructure (DePIN) Use Case

• Decentralized Physical Infrastructure Networks (DePIN): DePIN projects are gaining traction as they promise decentralized control over critical physical infrastructure like transportation and logistics. As the Cardano ecosystem incorporates DePIN solutions into RFID and ticketing, this project could serve as a blueprint for additional infrastructure use cases on Cardano.
• This could increase community engagement by 10-15%, especially among developers and organizations interested in decentralized infrastructure solutions. It may also spur new proposals, collaborations, and innovation within the Cardano ecosystem.

5. Increased Stake Pool Operator (SPO) Engagement

• With more transactions being processed due to the ticketing infrastructure, SPOs may see increased delegation as the Cardano network scales.
• The increased staking rewards driven by higher transaction volume could incentivize 2-3% more active staking participation in the short term, with long-term effects driving up staking participation by 5% or more as transaction volume and ecosystem adoption grow.

6. Community Growth through Innovation

• Developer and Project Engagement: The successful implementation of this project would position Cardano as a blockchain platform for real-world RFID and IoT (Internet of Things) applications, attracting 20-30% more developer interest in similar sectors. Developers would explore how Cardano’s smart contracts, Atala Prism, and other tools can integrate with physical infrastructure, boosting the developer ecosystem.
• New developer tools, libraries, and infrastructure could emerge from this, facilitating further adoption.

7. Brand Visibility and Market Positioning

• Cardano's positioning in the IoT and RFID space: This project’s success could elevate Cardano’s status as a leader in blockchain-based infrastructure for the IoT market. Cardano could carve out 5-10% of the RFID/IoT blockchain market over time, capturing attention from industries looking for secure, scalable blockchain solutions integrated with physical systems.

• Transportation: If integrated into public transport ticketing systems, cities and transportation hubs could adopt Cardano’s blockchain for secure, traceable ticketing, reaching millions of users.

• Events and Venues: Large venues hosting concerts, conferences, and sports events could see RFID-based ticketing as a more secure and efficient solution. Adopting this system could result in 100,000+ tickets processed per event via Cardano.

Conclusion:

The DePIN-Atala Prism RFID ticketing infrastructure could bring 100,000+ users and millions of transactions to Cardano over time, fueling growth in adoption, transaction volume, and developer interest. The ripple effects would establish Cardano as a leader in decentralized infrastructure, offering significant value to the ecosystem and the community.