1. Project Overview + Objectives
Novacrust is a multi-rail financial infrastructure platform bringing real-world stablecoin utility to underserved African markets (currently in Nigeria, Ghana, Kenya, but looking into Zambia, Ethiopia, and other markets). We provide seamless stablecoin on/off-ramps, USD accounts, virtual cards, and a no-signup checkout widget that enables instant crypto to fiat conversions, crypto-fiat loans, and fiat to crypto conversions. Our goal is to power everyday financial activity - payments, savings, loans, and commerce through blockchain rails.
Our objective with 0G is to integrate decentralized, cost-efficient data and compute infrastructure into our platform so we can:
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Process high-volume financial events cheaply
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Store user transaction metadata securely
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Enable AI-powered risk, fraud, and credit scoring models using 0G compute/storage
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Support scalable financial tools for emerging markets
2. Technical Architecture + Implementation Plan
We plan to use 0G’s two core layers:
A. 0G DA (Data Availability Layer)
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Store anonymized transaction metadata
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Store risk signals, repayment history, and behavioral patterns
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Power DeFi lending, credit scoring, and settlement logs
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Offload expensive on-chain storage to 0G DA for scalability
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Retain fast retrieval for financial APIs
B. 0G Compute Layer
Used for Novacrust’s AI-powered systems:
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On-chain/off-chain fraud detection
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AI credit scoring for crypto-to-fiat loans
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User behavioral analysis (savings behavior, repayment cycles, spending patterns)
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Dynamic risk pricing for merchant payouts
Implementation Plan
Month 1 - 2:
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Map financial events to 0G DA format
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Deploy data pipelines for anonymized storage
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Begin migrating metadata storage to 0G DA
Month 3 - 6:
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Train and deploy fraud + credit-scoring models on 0G Compute
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Integrate scoring outputs into our loan flows
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Build risk dashboards powered by 0G
Month 6 - 9:
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Full integration: settlement metadata + AI scoring + financial history
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Optimize scaling and cost efficiency
3. How We’ll Integrate With 0G Infrastructure
We will integrate 0G in three core layers:
1. Data Storage (0G DA)
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Store user transaction logs
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Event histories for loans, savings, and on/off-ramps
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Settlement references
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Merchant transaction metadata
All data will be stored anonymized to preserve user privacy.
2. Compute Layer
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Fraud detection model inference
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Real-time transaction scoring
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Credit scoring for underbanked users
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Behavioral modeling for loan issuance and limits
3. High-Throughput Financial Pipelines
We expect to process 100k+ financial events per day as we scale; 0G DA + 0G Compute allows cost-effective, scalable throughput.
4. Team Background + Experience
Goodness Kayode - Co-Founder
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Built Sendchamp, acquired in 2023
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Built the GO54 product acquired by HOSTAFRICA
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Core Software Engineer; deep fintech + cloud infrastructure experience
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LinkedIn: https://www.linkedin.com/in/goodness-toluwanimi-kayode/
Tolu Adetuyi - Co-Founder
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Founding team at Moniepoint (African unicorn; scaled to $1B+ TPV)
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Co-founder of Prembly (YC-backed AI-powered KYC/AML infra)
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LinkedIn: https://www.linkedin.com/in/adetuyitolu/
Together:
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Raised $4M+ across past ventures
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Multiple acquisition outcomes: Sendchamp, GO54 → HOSTAFRICA
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Alumni of Y Combinator and OnDeck
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Built infrastructure processing $50B+ historically
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Currently 2,000+ users and $100k+ TPV in < 2 months for Novacrust
5. Funding Requirements + Milestones
Funding Goal: $50k worth of support
Used for:
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0G compute nodes + data storage
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Engineering for indexing, pipelines, and contracts
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Model training + fraud scoring infrastructure
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Expanding our financial rails in Zambia, Uganda, Tanzania, and Ethiopia
Milestones
Milestone 1 (Month 1 - 2)
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Data model + indexing architecture for 0G DA
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Begin storing anonymized transaction logs on 0G
Milestone 2 (Month 3 - 6)
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Deploy first AI fraud model on 0G Compute
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Integrate real-time scoring into the payment flow
Milestone 3 (Month 6 - 9)
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Deploy a credit-scoring system for crypto-to-fiat loans
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Fully migrate metadata to 0G DA
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Publish public documentation + integration guide