Last updated 8 months ago
Vibe coders on cardano lack a dedicated, simulated compiler and playground environment integrated into their workstations for direct testing of codes without copying and pasting in Plutus playground
An integrated Plutus Compiler and Playground that lives directly in the vibe coders workstation.Removing the need for them to switch to external platforms while coding,making Cardano coding attractive
This is the total amount allocated to Plutus Compiler and Playground For Vibe Coders.
Please provide your proposal title
Plutus Compiler and Playground For Vibe Coders
Enter the amount of funding you are requesting in ADA
96000
Please specify how many months you expect your project to last
7
Please indicate if your proposal has been auto-translated
No
Original Language
en
What is the problem you want to solve?
Vibe coders on cardano lack a dedicated, simulated compiler and playground environment integrated into their workstations for direct testing of codes without copying and pasting in Plutus playground
Supporting links
Does your project have any dependencies on other organizations, technical or otherwise?
No
Describe any dependencies or write 'No dependencies'
No Dependencies
Will your project's outputs be fully open source?
Yes
License and Additional Information
Apache 2.0, to allow for open community contribution and utilization
Please choose the most relevant theme and tag related to the outcomes of your proposal
Developer Tools
Mention your open source license and describe your open source license rationale.
The rationale for an open-source release under Apache 2.0 is to maximize community engagement, innovation, and adoption within the Cardano ecosystem. By making the playground freely accessible, developers worldwide can customize, improve, and integrate it into their workflows, accelerating dApp development. The permissive license encourages collaboration, aligning with Cardano's decentralized ethos, while ensuring legal clarity for contributors. This fosters trust, attracts talent, and allows the community to address bugs or add features, enhancing the tool's robustness.
How do you make sure your source code is accessible to the public from project start, and people are informed?
We will be documenting our progress per milestone on our twitter handle, and costantly sharing updates on the Cardano Forum to ensure that dveelopers and the community is aware of what we are building per time. We will also join relevant developer meetings to share updates on our work and progress.
How will you provide high quality documentation?
High-quality documentation will be provided by creating a comprehensive, user-friendly guide hosted on GitHub and the project website. It will include step-by-step setup instructions, API references, code examples and troubleshooting tips, written in clear language with visuals. The team will collaborate with Cardano developers for accuracy, using tools like MkDocs for structured formatting.
Please describe your proposed solution and how it addresses the problem
Our solution proposes the development of an integrated Plutus Compiler and Playground specifically designed for vibe coders, embedded directly into their local workstations. This tool will enable seamless, AI-driven development, compilation, and simulation of Cardano smart contracts without the need to copy and paste code into the web-based Plutus Playground. By leveraging existing Cardano infrastructure like Plutus Core, Plinth, and Aiken, combined with vibe coding workflows powered by AI tools such as Cursor or Claude Code, or the gptcardano.com tool which we buil or any other vibe coding platform, we aim to create a frictionless environment that accelerates innovation on the Cardano blockchain. This will transform the current cumbersome process into a fluid, iterative workflow where developers can describe contract logic in natural language, generate code via AI prompts, compile it locally, and test simulations in real-time—all within their preferred IDE.
Why This Solution?
The current Plutus development ecosystem, while robust, presents significant barriers for vibe coders—a growing cohort of developers who rely on AI-assisted, prompt-based coding to rapidly prototype and iterate. Vibe coding, popularized in early 2025 by figures like Andrej Karpathy, emphasizes natural language interactions with AI models to generate code, minimizing manual syntax work and focusing on high-level ideas. However, Cardano's tools, such as the Plutus Playground, require switching to a web interface for testing, which disrupts the "vibe" flow of AI-driven development. This inefficiency leads to lost productivity, higher error rates, and reduced adoption among non-traditional developers.
This solution addresses these pain points by bridging the gap between vibe coding trends and Cardano's functional programming paradigm. As Cardano's smart contract activity surges—with over 139,919 Plutus scripts deployed and nearly 20,000 new contracts added in 2025 alone—there's a clear need for more accessible tools to sustain this growth. Innovations like Plutus V3 and Plinth (a safer, revamped Plutus Tx compiler) provide a strong foundation, but they lack native integration with AI workflows. By creating a local, AI-enhanced playground, we align Cardano with broader blockchain trends where vibe coding is seen as the "next big wave" after AI and blockchain itself, enabling faster product launches and market testing. This not only solves the immediate problem but also positions Cardano as a leader in developer-friendly ecosystems, fostering greater adoption amid 2025's explosion in blockchain development.
Moreover, vibe coding tools like Cursor have proven effective for rapid prototyping in other ecosystems, such as Base with platforms like Dreamspace, which allows no-code onchain app deployment in minutes. Extending this to Cardano will democratize smart contract creation, reducing the need for large teams or budgets, as highlighted in recent discussions on platforms like Seedify's vibe-coded project launchpad. Ultimately, this solution is essential because it lowers entry barriers, boosts productivity, and capitalizes on AI's role in transforming software engineering, countering criticisms that vibe coding sacrifices quality by incorporating Cardano's rigorous verification tools.
Whom Does This Serve?
The primary beneficiaries are vibe coders: developers, entrepreneurs, and creators who use AI tools like Cursor, v0 by Vercel, Bolt, Lovable, or even our launched gptcardano.com platform to build applications through conversational prompts rather than traditional coding. This includes a diverse group—from solo innovators prototyping DeFi primitives or NFTs to teams in startups leveraging AI for faster iteration. On Cardano, it targets those frustrated with Haskell's complexity, such as community builders using Aiken for simpler contracts or exploring Plinth for automated verification.
Secondary users include traditional Cardano developers seeking efficiency gains, educators teaching blockchain concepts via AI-assisted workflows, and ecosystems like XDC or Base where vibe coding is already driving adoption through DevRel strategies. By catering to non-experts, it broadens Cardano's appeal to web3 freelancers, AI enthusiasts, and even no-code users transitioning to blockchain, as seen in tools like Dreamspace. This inclusivity will attract new talent, including those from hype-driven communities like Seedify, where vibe coding is positioned as a superpower for product creation.
HOW IT WORKS
The tool will function as a lightweight, open-source extension or standalone application integrated into popular vibe coding IDEs like Cursor (a VS Code fork optimized for AI) or via CLI wrappers for Claude Code or our customised vibe coding platform(s) like gptcardano.com . Users start by prompting an AI (e.g., "Generate a Plutus validator for an escrow contract") to produce code in Haskell, Aiken, or Plinth syntax. The local compiler then processes this code using Cardano's open-source Plutus repos, simulating transactions via a ported Playground backend running as a local server. Results (e.g., validation success, gas costs) are displayed in real-time within the IDE, with errors fed back to the AI for automatic fixes in a closed loop.
Technically, it builds on Nix for reproducible environments, Haskell/Cabal for compilation, and JSON APIs for AI interoperability. For simulation, it adapts the Plutus Application Framework to handle off-chain and on-chain interactions locally, with optional hooks to Cardano testnets via cardano-cli. AI integration supports local LLMs (e.g., via Ollama) to avoid API costs, fine-tuned on Plutus examples for accuracy.
Key Features
AI-Prompted Code Generation: Natural language input generates Plutus/Aiken code, with templates for common contracts (e.g., NFTs, DeFi).
Local Compilation and Simulation: Instant feedback without web dependencies, using Plinth for formal verification.
Iterative Workflow: Auto-save triggers tests; AI debugs errors (e.g., "Fix this off-chain mismatch").
IDE Integration: Plugins for Cursor/VS Code, with sidebar panels for results.
Export and Deployment: One-click to Cardano testnet/mainnet, with wallet integration.
Community Extensions: Support for custom prompts and sharing via GitHub.
Please define the positive impact your project will have on the wider Cardano community
Below, we outline the specific ways this project will create lasting impact for the Cardano community, addressing diverse stakeholders from developers to end-users and the broader network.
Value: The tool will make Plutus development accessible to a wider audience, including non-traditional developers (e.g., indie creators, designers, or entrepreneurs) who rely on vibe coding's AI-driven workflows. By integrating with tools like Cursor and Claude Code, users can create Cardano smart contracts using natural language prompts (e.g., "Build an NFT minting contract"), bypassing the steep learning curve of Haskell or even Aiken. This inclusivity will attract new talent to Cardano, expanding the developer base beyond expert programmers.
Impact: With over 139,919 Plutus scripts already deployed and nearly 20,000 new contracts in 2025, simplifying development could significantly increase this growth rate. A larger developer pool will lead to more dApps, DeFi protocols, and NFTs, enriching Cardano's ecosystem and driving user adoption.
Value: By eliminating the need to copy and paste code into the web-based Plutus Playground, the tool streamlines workflows, enabling real-time compilation and simulation within vibe coders' workstations. This can reduce development time for smart contracts from days to hours, aligning with vibe coding's 5-10x productivity gains seen in other ecosystems. Features like AI-driven error correction and one-click testnet deployment further enhance efficiency.
Impact: Increased productivity will accelerate the creation of high-quality smart contracts, boosting Cardano's on-chain activity. This supports Cardano's 2025 momentum, where transaction volumes and TVL are already rising. More dApps and protocols will attract users, increasing ADA demand and network utility, benefiting stake pool operators and token holders.
Value: By integrating vibe coding—a trend dominating 2025 software development, as seen in platforms like Seedify and Base—the tool positions Cardano as a forward-thinking blockchain that embraces AI innovation. Unlike competitors with local emulators (e.g., Ethereum's Hardhat), Cardano's tool will uniquely combine AI prompts with Plinth's formal verification, ensuring both accessibility and security.
Impact: This leadership will enhance Cardano's reputation, attracting developers from other chains and AI communities on platforms like X, where vibe coding discussions are prevalent. It aligns with Cardano's Project Acropolis vision for a developer-friendly node, strengthening its competitive edge in the blockchain space. A stronger reputation could drive institutional and community investment, further solidifying Cardano's market position.
Value: The tool's intuitive interface, built for natural language inputs, will simplify Plutus education for universities, coding bootcamps, and Cardano's community programs. Educators can use it to teach blockchain concepts without requiring students to master Haskell, while community builders can host hackathons with faster onboarding.
Impact: By supporting initiatives like Cardano's developer workshops, the tool will grow the community's knowledge base, fostering a new generation of builders. This aligns with Intersect MBO's goals for community-driven governance and education, increasing engagement and long-term ecosystem resilience.
Value: Faster, cheaper smart contract development reduces costs for startups and solo developers, enabling them to launch projects with minimal resources. The open-source nature of the tool, hosted on GitHub, encourages community contributions, ensuring continuous improvement and alignment with Cardano's updates (e.g., Plutus V3 enhancements).
Impact: Lower costs will spur entrepreneurial activity, creating jobs and opportunities within Cardano's ecosystem. For example, vibe-coded NFT or DeFi projects could mirror successes like those on Base, where AI tools enabled rapid launches. Community contributions will also reduce maintenance burdens, ensuring sustainability and fostering a collaborative culture.
Value: The tool's accessibility will attract vibe coders globally, including from regions with growing blockchain interest (e.g., Africa, Southeast Asia). By marketing through X and Cardano community channels, we can tap into the hype around vibe coding to onboard developers who might otherwise choose less secure or scalable chains.
Impact: A diverse developer base will create culturally relevant dApps, expanding Cardano's user base and global adoption. This supports Cardano's mission to provide financial infrastructure for underserved regions, as more accessible tools enable local solutions.
Measurable Outcomes
Short-Term (6-12 months): Increase in Plutus script deployments by 10-20% due to faster development cycles; onboarding of 500-1,000 new developers via tutorials and hackathons.
Medium-Term (1-2 years): Growth in dApp diversity (e.g., 50+ new DeFi/NFT projects); enhanced community engagement through open-source contributions.
Long-Term (2+ years): Cardano recognized as a vibe-coding-friendly blockchain, driving 30-50% higher developer activity and increased ADA transaction volumes.
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 Remostart and one who has been actively involved in the Cardano ecosystem since fund 9,and has actively onboarded hundreds of developers and entrepreneurs into the cardano ecosytem, I have witnessed first hand the challeges developers face with inefficient or unoptimised codes, vulnerabilities and difficulty onbaording to Cardano Tech stacks, this has made me worried many times and thought of creative means to help them, my closeness to developers and entreprenurs in my platform makes me see this problem first hand and has developed in me just the right amount of passion needed to execute this solution.
But this is not the only reason why I am suited to deliver this project, here is another reason, My competence as a Cardano Developer and an AI researcher and developer makes me qualified for this specific solution I am working on. My academic background is in Artificial Intelligence, I graduated with a first class in CSE(Artificial Intellgence), I have 8 research papers in AI domains bordering NLP, Computer vision, deep learning, Machine Learning, data mining etc. I have 2 AI-related patents applied and this experience and competence is what is needed to execute this project so you can trust me on my capacity to deliver.
I will be validating this project through beta testers who are currently developers in the community and or developers with vibe codng experience.
Finally, I had a fund9-funded proposal which was executed and brought to completion on time, an F-10 that has been completed and F-11 project that is ongoig well , i have worked with governments and multinationals on different projects as well, this demonstrates that I can be trusted when it comes to managing funds properly and with integrity.
Milestone Title
Research and Prototype Setup
Milestone Outputs
Conduct research to integrate Plutus compilation and simulation into gptcardano.com's backend, ensuring compatibility with its existing AI-driven code generation features. Prototype a server-side environment using either Nix for reproducible builds or Docker for containerized deployment, testing Plutus/Aiken compilation and simulation triggered by AI-generated code. This phase validates the feasibility of running Plutus workflows server-side, accessible via the website’s UI, to eliminate the need for users to copy-paste code into the Plutus Playground.
Acceptance Criteria
Successful compilation and simulation of at least three distinct Plutus contracts locally.
AI-generated code (via Cursor/Claude/gptcardano.co) or any other vibe coding platform) compiles without manual edits in at least 80% of test cases.
Community feedback gathered with 10+ responses on prototype feasibility.
Evidence of Completion
1.Configured backend environment (Nix or Docker) with either Plutus Core, Plinth, or Aiken installed
Prototype API endpoint on any vibe coding platform that accepts AI-generated Plutus code (from existing site features) and returns compilation/simulation results.
Documentation of backend setup and initial API tests, shared on GitHub.
Delivery Month
2
Cost
25000
Progress
30 %
Milestone Title
Core Backend Development and AI Workflow Integration
Milestone Outputs
Development of the core server-side components for the Plutus Compiler and Playground, fully integrated into the vibe coding platform. Build a robust API to handle compilation (using Plinth or Aiken) and simulation (ported from Plutus Playground’s Haskell backend), with results streamed to the site’s frontend. Enhance AI workflows to support vibe coding, enabling users to input natural language prompts, generate code, and receive real-time compilation/simulation feedback without leaving the browser.
Acceptance Criteria
API handles 10+ unique Plutus contracts, with simulation times under 5-10 seconds
AI-generated code achieves 90% compilation success after error correction loops, with user-facing feedback in the UI.
Beta tested by 20+ vibe developers, with 70% reporting improved workflow compared to copy pasting their codes on the Plutus Playground.
Evidence of Completion
Video demo of server-side compiler and simulator API, supporting Plinth for formal verification and Aiken for simpler syntax, deployed via Nix or Docker.
Enhanced frontend UI on vibe coded platform, displaying simulation results
Beta test report and analysis of the response
Delivery Month
4
Cost
20000
Progress
60 %
Milestone Title
Frontend Refinement and Community Beta
Milestone Outputs
Refine the tool frontend to create a seamless user experience, integrating the compiler/simulator API with a polished UI for vibe coders. Add features like one-click testnet deployment, real-time error highlighting, and AI-driven debugging prompts. Conduct a public beta, inviting Cardano developers to test the platform and provide feedback. Optimize backend performance (using Nix for reproducible testing or Docker for scalability) and release tutorials to onboard vibe coders globally.
Acceptance Criteria
Beta supports 15+ unique contracts, with 95% passing server-side validation and simulation.
30+ developers test the platform
Community feedback shows 80% satisfaction with UI usability features added and AI integration.
Evidence of Completion
Polished gptcardano.com UI with interactive panels for code input, simulation results, and AI-suggested fixes, built with modern web frameworks (e.g., React, Tailwind CSS).
Backend integration with Cardano testnet via cardano-cli, enabling users to deploy contracts directly from the site.
5+ video tutorials and written guides (e.g., “Build a Plutus Contract in 5 Minutes via gptcardano.com”) hosted on the site and shared on X.
Public beta launched, with feedback collected via Cardano forums, X, and a dedicated feedback form on the tool.
Delivery Month
6
Cost
20000
Progress
80 %
Milestone Title
Production Release, Closeout Video, and Final Report
Milestone Outputs
Finalize the Plutus Compiler and Playground integration into the built tool for production release, optimizing performance for high-traffic usage. Open-source the backend code on GitHub with comprehensive documentation to encourage community contributions. Produce a closeout video showcasing the platform’s capabilities and impact, along with a final report detailing outcomes, metrics, and future roadmap
Acceptance Criteria
A working compiler and playground available on a vibe coding platform
Closeout video is made according to the standard that is in line with Catalyst standards.
Final report done according to the Catalyst standard.
Evidence of Completion
Delivery Month
7
Cost
31000
Progress
100 %
Please provide a cost breakdown of the proposed work and resources
Personnel (68,000 ADA): The majority of the budget will fund a skilled team to develop and deliver the project. We plan to hire two developers with expertise in Haskell, Plutus, Aiken, and web development (e.g., JavaScript or React for gptcardano.com’s frontend). These developers will work approximately 20 hours per week each for 24 weeks, totaling 960 hours, at a rate equivalent to 57,600 ADA. Their tasks include building server-side compiler and simulator APIs, integrating AI-driven workflows for vibe coding, enhancing the website’s UI for real-time results, and ensuring compatibility with Cardano’s testnet. A part-time project manager, working 10 hours per week for six months, will oversee coordination, community feedback, and Catalyst reporting, costing 7,200 ADA. Additionally, a freelance video producer will create a 5-7 minute closeout video to showcase the platform’s capabilities, user testimonials, and impact, budgeted at 3,200 ADA. This lean team ensures high-quality development and effective project execution.
Infrastructure (16,000 ADA): To support the web-based integration, funds will cover server-side infrastructure needs. Cloud hosting, such as AWS EC2 or Vercel, will power the backend APIs for compilation and simulation, estimated at 6,000 ADA for six months, covering staging and production environments to handle user traffic. Domain renewal for gptcardano.com and a CDN (e.g., Cloudflare) for fast, secure access will cost 1,000 ADA over the project duration. For AI integration, we prioritize free local LLMs (e.g., Ollama) but allocate 3,000 ADA for optional testing with paid APIs like Claude to ensure robust prompt-based code generation. Testing infrastructure, including Cardano testnet nodes and storage for simulation data, will cost 6,000 ADA over three months to support rigorous validation and deployment. Whether using Nix for reproducible builds or Docker for containerized deployment, this setup ensures a scalable backend that integrates seamlessly with te platform existing architecture.
Marketing and Community Engagement (7,000 ADA): To drive adoption and maximize impact within the Cardano community, we’ll invest in outreach and educational resources. Creating five or more video and written tutorials to onboard vibe coders (e.g., “Build a Plutus Contract in 5 Minutes via gptcardano.com”) will cost 4,000 ADA, covering technical writing or developer time. Community engagement, including X posts, Cardano forum updates, and a live demo event (virtual or in-person), will cost 3,000 ADA, with a small budget for targeted ads on X to reach vibe coders globally. These efforts will promote the platform, encourage beta testing, and showcase its value, aligning with Cardano’s community-driven ethos.
Contingency (5,000 ADA): To address unforeseen challenges, such as server scaling for high user traffic or additional developer hours for unexpected bugs, we’ve reserved 5,000 ADA. This buffer ensures the project stays on track without compromising quality, given the complexity of integrating Plutus tools with AI workflows.
Note: Conversion rate used is approximately 0.80 USD/ADA, based on August 2025 market data
How does the cost of the project represent value for the Cardano ecosystem?
The Plutus Compiler and Playground for Vibe Coders, integrated into a vibe coding platform as a web-based AI-driven platform, represents an exceptional value-for-money opportunity for the Cardano ecosystem with its modest budget of 96,000 ADA. This funding—equivalent to a lean, six-month project for a small team—will deliver a transformative tool that addresses key developer pain points, accelerates smart contract adoption, and positions Cardano as a leader in the AI-blockchain convergence trending in 2025. By enabling vibe coders (developers using AI tools like Cursor or Claude Code for prompt-based, intuitive coding) to generate, compile, and simulate Plutus contracts seamlessly in-browser, the project eliminates workflow inefficiencies like manual code transfers to the web-based Plutus Playground. This not only boosts productivity but also democratizes development, attracting a broader pool of creators who might otherwise gravitate to more user-friendly ecosystems. The return on investment is amplified by Cardano's 2025 growth metrics, including over 139,919 deployed Plutus scripts and nearly 20,000 new contracts added this year, where even a 10-20% increase in deployments driven by this tool could significantly enhance network activity, transaction volumes, and ADA utility.
This project is a prudent use of funds because it builds on Cardano's existing open-source infrastructure (e.g., Plutus Core, Plinth, and Aiken) without reinventing the wheel, leveraging cost-effective technologies like Nix or Docker for deployment and local LLMs (e.g., Ollama) to minimize AI expenses. At 96,000 ADA, the budget prioritizes high-impact areas: 68,000 ADA for skilled personnel to ensure quality integration, 16,000 ADA for scalable infrastructure, 7,000 ADA for community tutorials and marketing to drive adoption, and a 5,000 ADA contingency for risks. This allocation is efficient compared to larger Catalyst projects or commercial tools, delivering an open-source platform that fosters long-term ecosystem sustainability. The tool's web-based nature immediate accessibility, no local setup required, making it a multiplier for developer engagement in an ecosystem where tools like Aiken are already simplifying Plutus but lack AI-driven vibes. By empowering vibe coders, as highlighted in recent X discussions where developers praise AI for "rapid prototyping" in Cardano, the project could onboard thousands of new builders, increasing dApp diversity in DeFi, NFTs, and beyond, ultimately boosting Cardano's total value locked (TVL) and global reach.
The value creation for Cardano is multifaceted and tangible: it lowers entry barriers for non-expert developers, who often cite Haskell's complexity as a hurdle, by integrating natural language prompts for code generation and real-time simulation. This aligns with 2025's AI-blockchain trends, where AI enhances smart contracts for adaptive decision-making, vulnerability detection, and automation, potentially reducing development time by 5-10x and cutting costs for startups. In Cardano, where smart contract activity has surged but lags Ethereum's developer ecosystem, this tool could catalyze innovation similar to how Aiken simplified syntax, but with AI for "vibe coding" flows praised in community experiments. Long-term, it supports Cardano's research-driven ethos by incorporating Plinth for secure compilation, fostering inclusivity for global regions like Africa and Southeast Asia, and driving economic benefits through more dApps and jobs.
Compared to related projects in other ecosystems, this initiative stands out for its AI focus and cost-efficiency. Ethereum's Remix IDE, a web-based tool for Solidity development, is free and robust but lacks native AI integration for prompt-based coding, relying on plugins for basic features and suffering from high gas fees that deter rapid iteration. Solana's developer tools, including its Playground, emphasize speed and low costs but prioritize Rust-based compilation without AI-assisted workflows, and face centralization critiques that contrast Cardano's decentralized security. Broader AI tools like MythX for vulnerability scanning or Chainlink oracles for data feeds enhance security but don't offer a vibe-coding playground; they're often more expensive (e.g., enterprise AI audits) and not tailored to Cardano's Plutus. In contrast, our project uniquely combines AI for adaptive contracts with Cardano's low-fee, research-backed platform, filling a gap where competitors like Ethereum or Solana lead in adoption but trail in AI-native dev experiences. This makes it a smarter investment, poised to elevate Cardano's developer appeal and ecosystem vitality in 2025's competitive landscape.
Terms and Conditions:
Yes
UBIO OBU(Project Lead and AI Lead): The CEO of Remostart, is a blockchain and AI researcher, his academic background is in Artificial Intelligence. Ubio has about 4 years of experience in researching, his research works have cut across different fields, from AI, to IoT, Agriculture, environment, blockchain, HR, human behaviors etc. He currently has about 7 research paper publications in reputable journals like the American Institute of Physics, and IEEE, etc, he has 2 patents under application and a Copyright on a book titled "Research writing for beginners".
Ubio is a Microsoft Winsider Recipient, KECTIL leadership fellow, and a SingularityNet Ambassador.
Ubio is a Cardano Developer, sits in the Intersect Constitutional Council and has onboarded hudreds of developers into the Cardano ecosytem.
Ubio will be in charge of the AI development, architectural design and resource management and allocation.
https://www.linkedin.com/in/ubio-obu-71927276/
https://www.github.com/ubiodee/
Ediyangha Otogho(Full Stack and Blockchain Developer): Full-stack software and Blockchain developer with 8 years of of software development experience and 3 years blockchain development experience. Ediyangha has won several hackathons and techatrons and was the chief technology officer behind Send funds, a fintech solution building a Bharatpe for Africa. Funfact Ediyangha can code efficiently in more than 7 programming languages. For this project he will be the blockchain and fullstack developer
https://www.linkedin.com/in/edinyanga-ottoho-02801517a/
https://www.github.com/EdinyangaOttoho
Yash Ambekar : B.Tech-Computer Engineering, Full stack Developer, 7 years experience in Software development, a Smart India hackathon winner, with about 3 Research paper publications. In this project he will coordinate the front end developer especially the UI/UX aspects.
Daniel Effiom(Product Lead): He is a co-founder at RemoStart, a Reconciliation analyst at ETransact international PLC. With 5 years experience in data analysis, process monitoring and operational procedures. He has managed several projects for RemoStart and ETransact and is why he will be the project and product manager for this project.