The determination of the solvency of customers for obtaining bank credit does not yet take into consideration the various operations (transactions of all kinds) carried out on blockchains.
This is the total amount allocated to Cardano's Transactions for Bank credits score.
Provide users and banks with a MVP to leverage operations performed on the Cardano platform in the process of computation of credit score to improve the user's solvency level and financial inclusion.
No dependencies.
N/A
Context
Globally, around 1.7 billion adults are still unbanked, that means without an account at a financial institution or through a mobile money provider. In 2014, this number was 2 billion [confere https://globalfindex.worldbank.org/sites/globalfindex/files/chapters/2017%20Findex%20full%20report_chapter2.pdf]. Because account ownership is nearly universal in high-income economies, virtually all unbanked adults live in developing economies. This proportion of people is automatically excluded from traditional bank credit. If those people open their account on Cardano blockchain and could obtain bank credit, it will increase dramatically transaction on Cardano blockchain. The criteria for access to traditional bank credit do not take into account external data to the banking systems. This drastically reduces the number of people who can access bank credit. However, among these two categories of people set aside by the not really intelligent filter of the banks, there are undoubtedly customers of good character, producing values, making transactions, which, taken into account in the calculation of the credit score, would give them a solvency enabling them to access bank credit.
With the advent of cryptocurrency which offers enormous flexibility, freedom, security, decentralization, as well as cheaper fund transfers, many people have opted for this alternative. They produce a lot of values there. The Cardano platform with its ADA cryptocurrency has seen quite a high flow of transactions lately. These multifaceted transactions constitute values for the customer.
Moreover, crypto-currencies do not have a system that is efficient enough to grant credit, the basis for financing projects that are the main levers of development. On the other hand, traditional banking systems have a system for granting bank credit. But only access to traditional bank credit incorporates filters that exclude a good number of solvent people (who produce values not taken into account in the determination of conventional solvency). Transactions made on Cardano's platform would be quite important elements that would give financial institutions relevant arguments to not only improve the criteria for selecting applicants for bank loans, but also allow the inclusion of those who had no access at all to traditional banking services.
Methodology / approch
This will involve providing financial institutions (or any other third-party institution), at the customer's request, with organized multiform information, allowing them to integrate it into the process of calculating the credit score. It is about creating an interactive platform allowing anyone with an account on cardano (Cardano Wallet), to collect, group their transactions information so that they can be used in the process of calculating the credit score and to be able to make it available to the banking/financial institution of their choice. Make banking/financial institutions understand that on the Cardano blockchain multifaceted values are produced and should be taken into consideration in the assessment of the creditworthiness of customers.
The solution will include a client application (web client, mobile application) and a server application that interact with Cardano blockchain. On the client application, the user will be able to access the values he has produced resulting from his transactions on the Cardano blockchain. The server application will be a combination of artificial intelligence and machine learning that will extract transactions of a user on the Cardano platform, process them and organize them in formats desirable by the user and the bank institution. It will make those data available to banks after verification and express authorization by the user via the client application.
How it works?
A use Case
Ewané is a young Plutus developer. He has developed applications on the Cardano blockchain. In his applications, he has integrated smart contracts that take (with the permission of the user) a delta from each user transaction for the benefit of his account. These applications constitute values for Ewané.
Having knowledge of agriculture as the son of a farmer, Ewané would like to diversify his activities by launching an agricultural project. But he does not have the financial means to achieve his goals.
On the Cardano platform, its applications are gradually increasing in value. The interest of users in its applications, the penetration rate of its applications, the evolution curve of the number of users of its applications, the evolution curve of the number of transactions in its applications are growing .
Ewané goes to a bank to lend money to start his agricultural project. Considering only the classic criteria (Payment history, Total amount owed, Length of credit history, Types of credit, New credit) for the granting of credit, Ewané would be refused credit. Because it would not meet several of the conditions considered by the bank. Its solvency would be certainly quite low. However, Ewané is a trustworthy man. Beyond trust, it produces value on the Cardano blockchain. These values could be used as a guarantee to increase Ewané's solvency and allow it to benefit from the credit.
With the application available, Ewané could convince the bank to take into consideration the values he produces on the Cardano platform in determining his creditworthiness. If the bank agrees to take these values into consideration, it will query the application, which will provide it with information on Ewané's solvency based on criteria such as:
Parameters favoring the increase of Ewané's chances of obtaining credit and then financing his agricultural project.
Added value
The project engages many experts in varying domains:
The Plutus Application Backend will integrate a backoffice for managing:
and mesure it impact on population by showing the growing:
The future application will promote and encourage the adoption of the Cardano blockchain therefore will bring more users therefore more transactions, it will contribute to customer loyalty. The application will allow integration with other systems such as financial systems.
Added value to the Cardano ecosystem
Trackable record of past delivered projects
In Africa, we say, "A tree is recognized by its fruit," meaning past actions are the best judge. DIT Cameroon has secured funding for multiple Catalyst projects in previous funds and delivered on all promises.
As co-founder of DIT-Cameroon, we have experiences and expertises to ckle the problem exposed in this project
Below are all the projects
Spread Plutus in Africa
Planting Roots in Africa
Nurturing Roots Part 1
Wada documentary:
Clubs + Hackathon
Dev. Journey into DID Paradigm:
Small Change Wallet:
Djangui: local savings accounts mgmt
Regenerative NFTrees
Mentalyse : Learn through fun
Lost |&| Found:
Highly diverse and Capable Team on the ground
DIT is a multilingual team that has actively produced Web3 training content and prototype DApps in both French and English over the past three years. Our diverse, determined team is committed to their mission of integrating Web3 in Africa, with a focus on local community paradigms.
Hess: Co-Founder and CFO at DIA, Wada Hub Liaison, Wada Cameroon Hub Co-Lead, Maths & Physics teacher, bilingual (French & English)
Manfo: Co-Founder and CEO at DIA, Cameroon Team Co-Lead, Senior software architect & developer, 12+ years of experience programming, 6+ years in functional programming paradigm (F#, Haskell, Elm, PureScript), Multilingual (French, English, Italian, Ngiembo), Famer
Nkalla: Co-Founder and CTO at DIA, Senior software architect & developer, 12+ years of experience programming, 4+ years in functional programming paradigm (Haskell), Mathematics teacher (Education Systems Engineering), Multilingual (French, Italian, English, Mbo), Famer
Mermoz: Cultural liaison at DIA, Researcher in African Crypto communication, writer, farmer, poet and engineer.
Maureen: Community builder, event & communication coordinator.
Ntet: Junior software architect and developer, 4+ years of programming experience, 1+ year in functional programming paradigm (Haskell), Smart contract development (Plutus) multilingual (French, English, Bassa).
Neudjieu: Junior Software Engineer with 2 years of experience, multilingual (French, English, Medumba), 2D/3D Computer Graphic Designer experience. Entrepreneur oriented and self-taught who loves new challenges.
Tiotsop: One year of experience in applying machine learning and data science to financial markets. His work has been on extracting insights from financial data, enhancing decision-making processes, and addressing challenges specific to this domain, multilingual (French, English, Italian, Ngiembo).
Maffouo: Maffouo holds a Bachelor degree in Physics, he is a Physics teacher and Farm supervisor. He is passionate about applying physics to his farming endeavor. Bilingual (French, Ngiembo).
Community held events / Hackathons
Summary:
Total funding received & accomplishments over the past 2-3 years ($168K)
Initial preparation and framing (02 Weeks)
A- Milestone outputs
Inception report
B- Acceptance criteria
The inception report must include :
C- Evidence of milestone completion
Inception report
Study and Analysis of the domain (10 Weeks)
A- Milestone outputs
Specification and requirement documents
B- Acceptance criteria
Specification and requirement documents must include three parts:
C- Evidence of milestone completion
Specification and requirement documents
Prototype Application design (14 Weeks)
A- Milestone outputs
Design documents (UI/UX design, Technical design)
B- Acceptance criteria
The Design documents must include :
C- Evidence of milestone completion
Design documents
Acquisition of hardware and software infrastructure (02 Weeks)
A- Milestone outputs
Infrastructure available (virtually or physically)
B- Acceptance criteria
C- Evidence of milestone completion
Availability of infrastructure
Application development (26 Weeks)
A- Milestone outputs
Link and access account to the source code on the git hub platform
B- Acceptance criteria
C- Evidence of milestone completion
Functioning prototype including all features and use-cases
Deployment (02 Weeks)
Access link to the online application and on Google play store.
Close out report & Close out Meet up
Content Creator, Instructor, Lecturer
Workshop Lead / Hackathon Monitor / Evaluator
Event Organizer, Community Manager, Secretary
Administration
On ground NFtree Operations Lead,
Farm Manager, Farm related Workshop Lead
Software Analyst / Tester
On ground IT related workshop support, Instructor assistant
AI Expert
Bank institutions will have their accounts on Cardano ecosystem and they will make many transactions.