Last updated 2 weeks ago
Cardano RWA templates with open source licence are lacking. Templates speed up development and we have learn this from CMSes like World Press, Ethereum and Solana. Cardano needs lots of these.
Run hackathons amoung 8 to 10 universities/colleges in 8 - 10 countries producing 8 - 10 RWA fully working templates open sourced under MIT Licences and also show casing language capabilities.
Please provide your proposal title
Cardano RWAs Hackathon - (8 - industries templates)
Enter the amount of funding you are requesting in ADA
100000
Please specify how many months you expect your project to last
10
Please indicate if your proposal has been auto-translated
No
Original Language
en
What is the problem you want to solve?
Cardano RWA templates with open source licence are lacking. Templates speed up development and we have learn this from CMSes like World Press, Ethereum and Solana. Cardano needs lots of these.
Supporting links
Does your project have any dependencies on other organizations, technical or otherwise?
No
Describe any dependencies or write 'No dependencies'
Blockfrost, Helios and other libraries
Will your project's outputs be fully open source?
Yes
License and Additional Information
MIT Licence for all RWA source code shared at github.
Please choose the most relevant theme and tag related to the outcomes of your proposal.
RWA
Describe what makes your idea innovative compared to what has been previously funded (whether by you or others).
I have searched on Lidonation and Project Catalyst for RWA templates to work on since 2024. There is no open source to use to kick start a RWA Cardano project. Actually there were proposals but were not funded. The growth of Cardano will depend on easy tooling and templates. This proposal aims to innovate along this area using 8 - to 10 tertiary students who are th future innovators.
Describe what your prototype or MVP will demonstrate, and where it can be accessed.
This will produce 8 - 10 Cardano RWAs on various industries such as transport, education, medical, mining, entertainment, agriculture, communication utilizing the cardano property solutions MVP which is fully working and also improving on its features.
Describe realistic measures of success, ideally with on-chain metrics.
Onchain metrics will be having transport, education, medical, mining, entertainment, agriculture, communication and others fully working on preprod using innovated Coxy Wallet, other wallets and soource code available on github. Currently Coxygen Global is have over 350 tertiary students and others enrolled at EBU for Plutus Haskell and this present an opportunity to run hackathons aimed at boosting Cardano needs and at the same upskillig them from their web2 to web3 skills.
Please describe your proposed solution and how it addresses the problem
This proposal will run 8 to 10 hackathons with prizes amoung tertiary students who already of have computer science capstone projects migrating these to Cardano by incorporating RWA created templates. We are looking at research based and customer driven working templates hosted, diployed and running on blockchain. This will extend their fullstack development by adding blockchain skills. Examples and possible approaches are given below:
1. Real Estate Tokenization
Industry: Real Estate & Property Management
Use Case: Tokenize buildings into fractional NFTs (representing shares of property).
2. Supply Chain Tracking
Industry: Logistics & Manufacturing
Use Case: Track authenticity of goods (pharma, luxury, food).
On-Chain Logic:
Each batch/item has an NFT as a “digital twin.”
Smart contracts update location/status when a certified participant signs.
Tamper-proof handover chain (like DHL handover → customs → retailer).
Off-Chain Components:
IoT integration (QR/NFC scanning).
REST API to sync supply chain status.
Demo Potential:
Show wine bottles tracked on-chain from vineyard → distributor → retail shop.
3. Green Energy Credits
Industry: Energy & Sustainability
Use Case: Tokenize renewable energy credits (REC) for trading.
On-Chain Logic:
Mint carbon credit tokens after oracle verification.
Expiry date enforcement in validator.
Peer-to-peer trading with on-chain auctions.
Off-Chain Components:
Smart meter oracle API.
Marketplace UI for trading.
Demo Potential:
Simulate solar farms minting credits that companies buy to offset carbon footprint.
4. Commodities Tokenization
Industry: Agriculture & Commodities
Use Case: Represent coffee, cocoa, or grain inventories as tokens.
On-Chain Logic:
Fungible tokens representing 1 ton units of commodity.
Escrow contracts for buyers/sellers to lock ADA until shipment verified.
Off-Chain Components:
Warehouse proof oracle.
Logistics dApp dashboard.
Demo Potential:
Tokenized coffee beans batch → buyers purchase via Cardano stablecoin.
5. Healthcare Data NFTs
Industry: Healthcare & Biotech
Use Case: Patient consent + secure access to medical records.
On-Chain Logic:
Patient issues NFT to represent consent for data access.
Validator ensures NFT must be returned/burned after research access ends.
Off-Chain Components:
HIPAA/GDPR-compliant encrypted storage linked via IPFS.
Hospital portals for researchers to request access.
Demo Potential:
Simulated patient NFT → researcher requests access → auto-expiry in validator.
6. Art & Collectibles
Industry: Creative Economy (Art, Music, Sports)
Use Case: NFT provenance & fractional ownership of fine art.
On-Chain Logic:
Mint art-backed NFT (with metadata hash of appraisal).
Optionally fractionalize into fungible tokens for co-ownership.
Smart contract redistributes resale royalties to artist.
Off-Chain Components:
Appraisal oracle feed.
Gallery marketplace dApp.
Demo Potential:
A famous painting NFT → auctioned → fractions sold on a Cardano DEX.
7. Insurance Payout Automation
Industry: Insurance & Risk Management
Use Case: Parametric insurance (e.g., crop, travel, health).
On-Chain Logic:
Policy NFT represents coverage.
Validator auto-triggers payout if oracle says condition met (e.g., rainfall < 50mm).
Off-Chain Components:
Oracle feed for weather, flight cancellations, medical records.
Insurance dashboard for policy management.
Demo Potential:
Flight cancellation oracle triggers instant ADA payout to NFT policy holder.
8. Trade Finance & Invoicing
Industry: FinTech & SME Finance
Use Case: Tokenize invoices for factoring & liquidity.
On-Chain Logic:
Each invoice is minted as NFT with metadata (amount, due date).
Buyers stake ADA to purchase invoices at discount.
Validator enforces redemption only after invoice settlement.
Off-Chain Components:
ERP/accounting system oracle (QuickBooks, SAP).
Finance dashboard for SMEs.
Demo Potential:
Simulated invoice NFT → investor buys at 95% → full repayment unlocks investor’s ADA + yield.
9. Transport & Mobility Tokens
Industry: Transportation / Mobility
Use Case: Tokenize vehicle ownership & mobility credits.
On-Chain Logic:
NFTs for vehicle digital IDs (car, bus, EV scooter).
Mobility credit tokens (miles, fuel, or EV charge credits).
Smart contracts for leasing & ride-sharing (escrow deposits + auto-release).
Off-Chain Components:
IoT oracle for GPS & usage.
Transport company API for tickets & rentals.
Demo Potential:
Rent a tokenized scooter → ADA escrow → auto-release when scooter returned.
10. Education Credentials
Industry: Education & Certification
Use Case: Decentralized diplomas, certificates, and micro-credentials.
On-Chain Logic:
Universities mint NFTs as verifiable credentials.
Validator ensures credentials tied to DID identity (no transfer).
Staking contracts to fund scholarships.
Off-Chain Components:
University registrar API.
Wallet dApp to show certificates.
Demo Potential:
Student wallet shows diploma NFT; employer verifies authenticity without third-party middleman.
11. Medical Asset Management
Industry: Healthcare / Medical Equipment
Use Case: Tokenize hospital equipment, medicines, or licenses.
On-Chain Logic:
NFTs for medical devices (track leasing, expiry, warranty).
Smart contract validates licensed operator NFT before usage.
Tokenized patient data access as per consent.
Off-Chain Components:
Oracle from hospital ERP system.
IPFS for encrypted records.
Demo Potential:
Hospital leases MRI machine (NFT) → ADA escrow → NFT access expires after term.
12. Mining & Natural Resources
Industry: Mining & Resource Extraction
Use Case: Tokenize ownership rights of mines & extracted resources.
On-Chain Logic:
NFTs for mining licenses/permits.
FT tokens representing tons of extracted resource (gold, lithium, oil).
Escrow smart contracts for resource pre-purchase contracts.
Off-Chain Components:
Oracle for mine output reporting.
Satellite/geology report integration.
Demo Potential:
Tokenized lithium batch sold to EV battery company on Cardano marketplace.
13. Entertainment & Media Rights
Industry: Media, Music, Gaming
Use Case: Tokenize movie/music royalties and gaming assets.
On-Chain Logic:
NFT for each media asset (movie, song, in-game item).
Royalties auto-split to stakeholders via validator.
Event ticket NFTs with resale control.
Off-Chain Components:
Streaming service API oracle.
Web3 marketplace for fans & creators.
Demo Potential:
Music track NFT → streams tracked via oracle → ADA royalties split to artist + producer.
14. Agriculture & Farm Assets
Industry: Agriculture & Food Supply
Use Case: Tokenize farmland, livestock, and crop futures.
On-Chain Logic:
NFT for farmland ownership & rental agreements.
Crop futures tokens (fungible tokens representing future yield).
Parametric insurance validator (payout if rainfall < threshold).
Off-Chain Components:
Weather oracle integration.
Farm IoT sensors (soil, livestock health).
Demo Potential:
Farmer mints crop future tokens → investors buy → oracle triggers payout if drought detected.
15. Communication & Connectivity
Industry: Telecom & Networking
Use Case: Tokenize bandwidth and communication services.
On-Chain Logic:
FT tokens represent bandwidth credits (e.g., 1GB = 1 token).
Validator enforces pay-per-use consumption.
NFT for SIM/eSIM identity.
Off-Chain Components:
Telecom operator oracle (data usage).
IoT connectivity for billing.
Demo Potential:
Buy bandwidth tokens → consume via oracle → tokens automatically burned as data is used.
Please define the positive impact your project will have on the wider Cardano community
Impact of RWA Templates on Cardano (8–10 Industries)
1. Accelerated Adoption of Cardano
By providing ready-made templates (real estate, supply chain, healthcare, energy, transport, education, etc.), developers and enterprises can quickly prototype solutions.
Reduces entry barriers for non-blockchain industries → easier onboarding of SMEs, enterprises, and governments.
2. Standardization of Industry Practices
Each template acts as a baseline standard (e.g., tokenized land deeds, verified diplomas, carbon credit contracts).
Promotes interoperability and consistent best practices across projects.
Encourages regulatory-friendly adoption (auditable, traceable, transparent).
3. Faster Time-to-Market
Templates abstract away Plutus complexity → allowing hackathon teams, startups, and enterprises to launch MVPs in weeks, not months.
Businesses focus on unique features instead of re-building boilerplate contracts.
4. Democratization of Access
Tokenization enables fractional ownership (real estate, art, commodities).
Opens global participation in traditionally exclusive markets (e.g., small investors can own part of a building, farm, or music royalties).
5. Trust, Transparency, and Auditability
Cardano’s UTXO model + Plutus scripts ensure tamper-proof ownership and transaction records.
Industries like supply chain, healthcare, and education benefit from verifiable authenticity (e.g., genuine pharma batch, real degree, certified patient consent).
6. Integration with Oracles & Off-Chain Data
Industry templates encourage development of specialized oracle services (e.g., weather, logistics, medical devices).
Strengthens Cardano’s ecosystem with hybrid real-world connectivity.
7. Boost for DeFi & Institutional Finance
Templates for trade finance, commodities, and insurance connect RWAs with DeFi protocols (lending, DEXs, yield farming).
Institutions can safely enter Cardano knowing tested, reusable smart contract templates exist.
8. Scalability Across Multiple Sectors
Covering 8–10 industries ensures broad ecosystem growth:
Real Estate → fractional ownership & rent distribution
Transport → vehicle leasing & mobility credits
Education → verifiable diplomas & skill NFTs
Healthcare/Medical → consent & equipment tracking
Mining/Agriculture → tokenized commodities & futures
Entertainment → royalties & digital rights
Energy → carbon credits & green tokens
Communication → bandwidth and identity tokens
Creates a diverse marketplace of RWAs on Cardano, boosting liquidity and network usage.
9. Hackathon & Developer Growth
Having templates for 8–10 industries acts as a launchpad for hackathon projects and startups.
Developers learn faster with guided, production-ready examples.
Encourages cross-industry collaboration (e.g., transport + insurance, agriculture + carbon credits).
10. Long-Term Ecosystem Sustainability
RWA templates lay the foundation for a Cardano “app store” of contracts.
Promotes continuous evolution, where communities extend and customize templates.
Attracts enterprises, governments, and NGOs looking for real-world blockchain solutions.
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?
Incorported IT Consulting Companies founded by Bernard Sibanda(CTO): Tobb Technologies Pty Ltd(9 years old: https://tobb.co.za/,),,) Coxygen Global Pty Ltd(17 months old:https://coxygen.co/universities)))) and Women In Move Solutions Pty Ltd which is an enterprise Intersect member(https://cardano.wims.io).
This project is being built and run by incorporated and compliant companies: Coxygen Global Pty Ltd that was created out of the project catalyst funding in fund 11. It has over 350 student developers
We managed to do and complete 3 out 4 Catalyst funded projects.
Tobb Technologies Pty Ltd is another IT Consulting company with national applications running in South Africa(https://matlosana-meter-reading.co.za/, https://mjayelisecurity.co/v147/mobile/index.php)))) and WIMS-Cardano Global is a huge cardano community with active membership in South Africa, DRC, Bukina Faso, Ivory Cost, Ghana, Nigeria, Zimbabwe and recently Botswana joined. This is proof of effective IT Consulting. As a minimum, this Helios based tool will be used by 8 countries.
Bernard Sibanda(Intersect Developer Advocate Cohort #1 and Cardano Ambassador) is exceptionally qualified to lead the Coxyli.js project due to his extensive background in software development, blockchain technology, and community leadership. His vast experience in the Cardano ecosystem, combined with his deep technical expertise(Cardano Smart Contract Development), makes him the ideal person to drive the creation and implementation of Coxyli.js.
Here are the key reasons that highlight our team’s capacapabilities:
Proven Expertise in Blockchain Development: Bernard is a highly experienced blockchain developer, with significant expertise in building decentralized applications (DApps) on various blockchain platforms, including Ethereum and Cardano.
His focus on Cardano smart contract development, particularly with Helios and Plutus, positions him uniquely to understand the technical challenges developers face in the Cardano ecosystem. His previous work on smart contracts and decentralized exchanges, such as the one built for the WIMS Blockchain Community, shows his hands-on knowledge of blockchain integration and deployment.
Leadership in the Cardano Community:
Bernard has been an active contributor to the Cardano ecosystem, participating in multiple capacities such as a Catalyst Moderator/Reviewer and a Catalyst Funded Proposal Submitter. His leadership role as the Cardano South African Constitutional Delegate demonstrates his deep involvement in shaping the governance of Cardano. Moreover, his successful organization of events like the Cardano Summit 2022/2023 and Haskell Hackathons highlights his ability to foster community engagement, which will be essential in ensuring Coxyli.js is adopted and expanded through the open-source Cardano community.
Technical Skills in Haskell and Plutus:
Bernard is one of the first students of the Plutus Pioneer Program, where he gained advanced knowledge of Haskell and Plutus, the key technologies underpinning Cardano’s smart contract functionality. As a certified Haskell/Plutus Developer, Bernard has the technical expertise required to design and build complex blockchain solutions. His experience in translating Plutus and Haskell principles into usable solutions is critical to the success of Coxyli.js, which aims to simplify the complexity of Cardano DApp development.
Extensive Teaching and Mentorship Experience:
With over 15 years of experience as an educator and mentor, Bernard has trained numerous developers in programming languages like Delphi, C#, Java, C++, and Haskell. His deep knowledge of programming and teaching ability will be essential in not only developing Coxyli.js but also creating comprehensive documentation and tutorials to help developers use the library effectively. His educational background, including a BSc in Computing and a B Tech in Education Management, further reinforces his ability to create accessible tools and resources for the community.
Track Record of Successful Software and Open-Source Projects:
Bernard has founded and co-founded several technology companies, including Tobb Technologies, Women In Move Solutions (WIMS), and Coxygen Global, all of which focus on innovative tech solutions. His work on Jimbaj.js, an open-source JavaScript library for testing, logging, and profiling, demonstrates his ability to develop reusable, efficient, and high-quality software libraries. Coxyli.js is a natural extension of his previous work in creating tools that empower developers to build on top of established platforms like Helios.
Commitment to Open-Source and Community Building:
As a staunch advocate for open-source technology, Bernard is fully committed to making Coxyli.js a community-driven project under the MIT license. His extensive contributions to the Cardano community, especially through open-source initiatives, reflect his dedication to ensuring that tools like Coxyli.js remain accessible and grow through collaboration. His leadership in the WIMS-Cardano Community, which has empowered schools and IT students across Southern Central Africa, highlights his passion for using technology to build inclusive and impactful solutions.
Thus, Coxyli.js’ existence and use for over a year and above mentioned facts prove our capabilities and feasibilities.
Milestone Title
Platform Design & Architecture (Months 1–2) — 20,000 ADA (20%)
Milestone Outputs
Acceptance Criteria
Evidence of Completion
Evidence will be displayed on:
https://github.com/wimsio/coxygenrwa
Delivery Month
2
Cost
20000
Progress
20 %
Milestone Title
Core Template Development (Months 3–4) — 20,000 ADA (20%)
Milestone Outputs
Acceptance Criteria
Evidence of Completion
Evidence will be displayed on:
https://github.com/wimsio/coxygenrwa
Delivery Month
4
Cost
20000
Progress
40 %
Milestone Title
xpanded Development & Industry Coverage (Months 5–6) — 20,000 ADA (20%)
Milestone Outputs
Acceptance Criteria
Evidence of Completion
Evidence will be displayed on:
https://github.com/wimsio/coxygenrwa
Delivery Month
6
Cost
20000
Progress
60 %
Milestone Title
Public Beta Launch & Community Onboarding (Months 7–8) — 20,000 ADA (20%)
Milestone Outputs
Acceptance Criteria
Evidence of Completion
Evidence will be displayed on:
https://github.com/wimsio/coxygenrwa
Delivery Month
8
Cost
20000
Progress
80 %
Milestone Title
Project Close-out & Reporting (Months 9–10) — 20,000 ADA (20%)
Milestone Outputs
Acceptance Criteria
Evidence of Completion
Evidence will be displayed on:
https://github.com/wimsio/coxygenrwa
Delivery Month
10
Cost
20000
Progress
100 %
Please provide a cost breakdown of the proposed work and resources
Milestone 1: Platform Design & Architecture (Months 1–2)
Platform architecture & RWA framework design: 5 000 ADA
UI/UX design & mockups: 5 000 ADA
Development roadmap & planning: 5 000 ADA
Initial prototype (low-fidelity templates for 2 industries): 5 000 ADA
Total = 20 000 ADA (20%)
Milestone 2: Core Template Development (Months 3–4)
Smart contract templates (real estate supply chain medical agriculture mining etc.): 8 000 ADA
Testing environment integration: 4 000 ADA
Internal QA & bug fixing: 4 000 ADA
Developer documentation (internal use): 4 000 ADA
Total = 20 000 ADA (20%)
Milestone 3: Expanded Development & Industry Coverage (Months 5–6)
Additional smart contract templates (education transport communication entertainment): 8 000 ADA
Emulator & oracle integrations: 4 000 ADA
Extended QA & bug fixing: 4 000 ADA
Tutorial drafts for developers: 4 000 ADA
Total = 20 000 ADA (20%)
Milestone 4: Public Beta Launch & Community Onboarding (Months 7–8)
Beta release (covering 8–10 industries): 6 000 ADA
Developer tutorials & open-source documentation: 5 000 ADA
Community onboarding & regional workshops: 5 000 ADA
Feedback analysis & refinements: 4 000 ADA
Total = 20 000 ADA (20%)
Milestone 5: Project Close-out & Reporting (Months 9–10)
Final Catalyst report & auditing: 5 000 ADA
Video production (public showcase & tutorials): 5 000 ADA
Open-source code handover (GitHub repo + license): 5 000 ADA
Post-project analysis & administration: 5 000 ADA
Total = 20 000 ADA (20%)
Grand Total = 100 000 ADA (100%)
How does the cost of the project represent value for the Cardano ecosystem?
This proposal will boost Cardano open source with about 8–10 fully working Real-World Asset (RWA) templates researched and implemented across 8–10 countries/universities. Each template will provide a ready-to-use Plutus/Helios smart contract solution ensuring rapid adoption and lowering the barrier for developers students and startups entering the ecosystem.
1. High Impact Low Cost
The project delivers 8–10 production-grade templates (real estate supply chain education healthcare transport etc.) each of which could independently justify a proposal.
By consolidating into one program we provide maximum outputs per ADA invested.
With a 100 000 ADA budget spread over 10 months the project represents excellent cost-efficiency compared to typical blockchain R&D programs.
2. Open Source & MIT Licensing
All outputs will be released under MIT license and uploaded to GitHub.
This ensures global accessibility encouraging developers universities and enterprises to adopt customize and extend the work without cost barriers.
Long-term community contributions will multiply the initial investment ensuring ongoing returns to the Cardano ecosystem.
3. Onchain Growth & Commercialization
Beyond open source the team is committed to commercializing RWA solutions enabling startups and enterprises to adopt Cardano-based systems.
This will lead to:
More transactions on-chain (as assets payments and insurance contracts move into Cardano smart contracts).
Increased demand for ADA utility strengthening Cardano’s economic activity.
Startup creation across Africa and beyond driving real-world adoption.
4. Multi-Country Multi-University Impact
With implementation across at least 8 countries (South Africa Nigeria Ghana Zimbabwe DRC Ivory Coast etc.) the project ensures geographically diverse adoption.
Collaboration with universities means students graduate with hands-on Plutus/Helios experience creating the next wave of blockchain engineers for Cardano.
Each region’s template reflects local needs (e.g. agriculture insurance in Ghana land registry in Nigeria transport credits in South Africa) ensuring contextual relevance.
5. Long-Term Ecosystem Value
Templates become building blocks for future Catalyst proposals startups and dApps.
The project seeds a library of reusable contracts similar to developer toolkits in mature ecosystems.
By fostering education + commercialization + open source the project simultaneously grows Cardano’s developer base business adoption and global brand reputation.
In summary:
For 100 000 ADA this proposal delivers a pan-African + global open-source library of RWA templates with immediate educational technical and commercial value. It maximizes return on investment by combining open-source accessibility commercial pathways and multi-country adoption proving Cardano’s impact and utility at affordable cost.
Terms and Conditions:
Yes
Our Team – Coxygen Global Universities
Our team at Coxygen Global is composed of IT software development qualified professionals and tertiary students and is coordinated by country representatives whose short biographies are listed below. These are all Europen Business Institute Plutus Haskell 2025 students and Coxygen Global committed daily live Haskell Plutus facilitators with over 350 students from over 15 tertiary institutes. This makes Cardano global RWA hackathon very interesting(https://coxygen.co/universities/enrolled-students.php, https://cardano.wims.io/2024/09/14/team/)..)
CTO, Lead and Project Manager: Bernard Sibanda (South Africa)
50 Elizabeth Avenue, Linmeyer, 2190, Johannesburg, South Africa
cto@wims.io | besi@tobb.co.za | +27 73 182 0631
Summary: Founder of Tobb Technologies, Co-founder of Coxygen Global, Cardano Africa Live, and WIMS. With 15+ years of IT consulting, a Plutus Core graduate, and a 4-time Plutus Pioneer, Bernard leads projects that bridge enterprise IT and blockchain adoption in Africa, generating revenue above 6 million rands and fostering developer education.
Country Reps and Coxygen Global Daily Live Facilitators:
Saviour Chibuike Uzoukwu (Nigeria)
Haskell Plutus Developer & Facilitator with a science + IT background. Skilled in teaching, community management, and smart contracts.
Eze Onyinyechi Princess (Nigeria)
Software Engineer contributing to WIMS-Cardano and Coxygen Global initiatives. Passionate about blockchain adoption and inclusive tech education, with a focus on empowering women in tech.
Konan Yable Yves Charlain (Ivory Coast)
System & Security Administrator with certifications in forensics, ethical hacking, and network defense. Skilled in Windows/Linux administration, virtualization, and incident response.
Olivier Mwatsimulamo (DRC)
Blockchain ambassador and community leader. Active in Cardano Project Catalyst reviewing and the Polkadot ecosystem, with expertise in community onboarding and evaluation of Web3 projects.
Mary Bugdor Bugpoka (Ghana)
Computerized Accountant and Marketing Manager at WIMS-Cardano. Skilled in financial analysis, accounting systems, and blockchain community engagement.
Daniella Kamana (South Africa)
IT professional and developer with skills in JavaScript, C++, PHP, Python, C#, and Java. Former contract developer at Tobb Technologies & WIMS. Fluent in English and French.
Delon Wenyeve (Zimbabwe)
Smart Contract Developer using Coxygen.js on Cardano. Built decentralized Application and decentralized donation platforms. Also a volunteer web developer instructor.
Prefina Musuamba Kayembe (South Africa)
Software Developer and Facilitator at Coxygen Global/WIMS Cardano. Skilled in website design, app & game development, blockchain programming, and networking. Speaks English, Lingala, and French. Dedicated to learning and applying IT solutions to blockchain innovation.
Victor Ukwuoma (Nigeria)
Software Developer with expertise in Haskell/Plutus, HTML, CSS, and JavaScript. Strong background in facilitation and live coding workshops.
In a nutshell, each of these is facilitating between 5 - 40 tertiary and non tertiay Haskell Plutus and is very dedicated.