Proven Results

Our Case Studies

Deep dives into how we solved complex blockchain, AI, and Web3 challenges for our clients — from architecture to deployment.

DeFiStablecoinFinancial Inclusion

ImpactoMoney

Programmable Stablecoin & Purpose Bound Money Ecosystem

ImpactoMoney platform screenshot

Overview

ImpactoMoney is a blockchain-based Purpose Bound Money platform enabling programmable, compliant stablecoin transactions for humanitarian aid, ticketing, reservations, and gift cards. The platform ensures every dollar of aid reaches the right people at the right time through smart contract-enforced spending conditions.

!The Challenge

Emerging markets needed a programmable, compliant stablecoin framework that could enforce spending rules while remaining decentralized and transparent. Traditional aid distribution suffers from inefficiency, fraud, and lack of accountability — funds often don't reach intended beneficiaries.

Our Solution

We built a Purpose Bound Money ecosystem where institutions can define and enforce spending conditions on-chain. The system uses Chainlink oracles for price feeds and compliance verification, with a multi-sig governance model for minting authority. Vouchers are issued with a specific purpose (healthcare, education, shelter) and can only be redeemed at verified service providers matching that purpose. Each transaction is recorded on-chain for full transparency.

Key Features

Purpose-bound vouchers enforced at the smart contract level
Multi-sig governance framework for minting controls
QR code-based redemption system for beneficiaries
Chainlink oracle integration for real-time price stability
Business solutions for ticketing, reservations, and coupons
SDG-aligned impact tracking dashboard

Results & Impact

1Fully compliant programmable stablecoin deployed on mainnet
2Humanitarian aid distribution with full on-chain transparency
3Purpose-bound spending rules preventing fund misuse
4Multi-use platform: aid, ticketing, reservations, gift cards

Tech Stack

SolidityERC-20ChainlinkReactNode.jsPostgreSQL
RWATokenizationGold-Backed

Ayni Gold

Physical Gold-Backed Token & RWA DeFi Platform

Ayni Gold platform screenshot

Overview

Ayni Gold links blockchain technology with real-world gold mining operations in Peru. Smart contracts transparently record operational data from Minerales San Hilario mining operations, with all key information publicly verifiable. Each AYNI token is backed by audited physical gold reserves.

!The Challenge

Bringing real-world gold assets onto the blockchain required solving custody verification, proof of reserves, and regulatory compliance while maintaining full decentralization. The project needed to bridge the trust gap between physical mining operations and digital token holders.

Our Solution

We developed a gold-backed token where each token is backed 1:1 by audited physical gold reserves from a registered Peruvian mining concession. On-chain proof of reserves uses Chainlink oracles linked to custodian audit reports (PeckShield & CertiK audited). The DeFi platform enables staking, lending, and yield generation against gold-backed collateral, with full tokenomics including institutional offerings.

Key Features

1:1 gold-backed token with on-chain proof of reserves
CertiK and PeckShield smart contract audits
Real mining concession (INGEMMET registered, Peru)
Integrated DeFi platform for staking and yield on RWA
Multi-language platform (English, Spanish)
Institutional investment tier with dedicated tokenomics

Results & Impact

11:1 gold-backed token with verifiable reserve proof
2Dual audit certification (PeckShield + CertiK)
3Listed on Uniswap and CoinMarketCap
4Regulatory-compliant tokenization under BVI law

Tech Stack

SolidityERC-20ChainlinkIPFSReactHardhat
DeFiLendingProtocol

Chrysus

Trustless DeFi Lending & Borrowing Protocol

Chrysus platform screenshot

Overview

Chrysus is a trustless DeFi lending and borrowing protocol with advanced stablecoin collateralization mechanics. The platform features dynamic interest rate models, multi-collateral support, and a novel liquidation engine designed to protect borrowers while maintaining protocol solvency.

!The Challenge

The DeFi lending space needed a protocol with dynamic interest rate models, multi-collateral support, and liquidation protection that users could trust without intermediaries. Existing protocols had rigid parameters and exposed borrowers to sudden, full liquidations.

Our Solution

We architected a trustless lending and borrowing protocol with algorithmically adjusted interest rates based on utilization curves. The system features flash loan protection, reentrancy guards, and a novel partial liquidation engine that protects borrowers from sudden position wipeouts. Multi-collateral support enables cross-asset risk management with isolated risk pools.

Key Features

Dynamic interest rate model with utilization-based curves
Partial liquidation engine protecting borrower positions
Multi-collateral support with isolated risk pools
Flash loan resistant architecture with reentrancy guards
Cookie policy, terms & conditions, and risk disclosure compliance
Non-US person verification for regulatory compliance

Results & Impact

1Dynamic interest rate model with algorithmic adjustments
2Multi-collateral support with cross-asset risk management
3Partial liquidation engine reducing borrower losses
4Flash loan resistant architecture with zero exploits

Tech Stack

SolidityHardhatWeb3.jsReactChainlinkTheGraph
Web3Move-to-EarnHealthTech

FitCoin

Burn2Earn Fitness & Blockchain Rewards Ecosystem

FitCoin platform screenshot

Overview

FitCoin is a revolutionary Burn-2-Earn fitness application that pays users in cryptocurrency on the Ethereum blockchain to burn calories. Supporting 300+ wearable device models, FitCoin tokenizes physical activity into ERC-20 rewards with gamified NFT challenges and multiplier mechanics.

!The Challenge

Creating a sustainable move-to-earn economy required solving the dual problem of verifiable physical activity tracking and anti-cheat mechanisms while maintaining engaging token economics. Previous M2E projects suffered from unsustainable tokenomics and easy exploitability.

Our Solution

We built a complete Burn2Earn fitness ecosystem that connects to 300+ wearable devices via Apple HealthKit and Google Fit APIs. Smart contracts distribute rewards based on proven calorie burns (700 calories = 1 FitCoin), with anti-cheat algorithms analyzing movement patterns. The economy includes optional multipliers (2x, 3x, 5x), NFT-based fitness challenges (Thermites), and a Treasure Chest off-chain accumulation system before on-chain minting.

Key Features

300+ compatible wearable devices via HealthKit & Google Fit
Calorie-to-token conversion (700 cal = 1 FitCoin)
Optional multiplier purchases (2x, 3x, 5x earnings)
NFT fitness challenges (Thermites) as achievement rewards
Treasure Chest off-chain accumulation before minting
Anti-cheat movement pattern analysis

Results & Impact

1300+ wearable device integrations
2Anti-cheat algorithms analyzing movement patterns
3Sustainable token economics with deflationary mechanics
4Gamified NFT challenge system driving engagement

Tech Stack

SolidityReact NativeNode.jsWeb3.jsHealthKitGoogle Fit
AI / DataEnterpriseDecentralized Storage

StorageChain

AI-Powered Decentralized Enterprise Storage

StorageChain platform screenshot

Overview

StorageChain is the world's first AI-powered decentralized enterprise storage platform. It turns every stored document into a fully indexed, AI-searchable knowledge asset — no folders, no tagging, just instant answers. Featured in International Business Times and Investing.com.

!The Challenge

Enterprise data storage costs were prohibitive, and existing solutions lacked intelligent search capabilities across distributed storage nodes. Organizations needed a way to make their document archives instantly searchable without manual tagging or folder structures.

Our Solution

We developed an AI-powered decentralized storage and intelligence platform with dual embedding — vector embedding for similarity search and semantic embedding for natural language queries. Files are automatically sharded into 42 encrypted pieces stored across 42 global nodes. The BYOC (Bring Your Own Cloud) feature connects AWS, SharePoint, and Azure, while LangChain orchestrates AI query pipelines across all storage sources.

Key Features

Dual AI embedding: vector similarity + semantic NLP search
42-piece encryption sharding across global nodes
BYOC: Connect AWS, SharePoint, Azure, and more
7,600+ storage nodes on IPFS infrastructure
NLP entity detection, keyword extraction, topic classification
5GB free tier with enterprise scaling options

Results & Impact

1100x cheaper than traditional cloud AI storage ($0.30/GB/mo)
2Cross-cloud semantic AI search with vector embeddings
37,600+ global storage nodes with IPFS backbone
4Featured in International Business Times & Investing.com

Tech Stack

PythonMilvusLangChainDockerFastAPIReact
Web3Smart ContractsMulti-Chain

Ferrum Crucible

Multi-Chain Token Vesting & Distribution Platform

Ferrum Crucible platform screenshot

Overview

Ferrum Crucible is Ferrum Network's flagship DeFi platform featuring advanced multi-chain minting, staking, and the innovative Plasma Staking reflection model that locks 1/3 of FRM supply. The platform supports complex token vesting and distribution across 8+ EVM-compatible chains.

!The Challenge

Token projects launching across multiple chains needed a unified vesting and distribution platform that could handle complex schedules with cliff periods, linear unlocks, and milestone-based releases. Managing vesting across 8+ chains with different gas models and finality times added significant complexity.

Our Solution

We engineered Ferrum Network's flagship vesting platform supporting 8+ chains via LayerZero cross-chain messaging. The system handles complex vesting schedules including cliffs, linear vesting, milestone triggers, and revocable grants — all managed through a single unified dashboard. The Plasma Staking model creates a unique reflection mechanism that rewards long-term holders.

Key Features

8+ EVM chain support via LayerZero messaging
Complex vesting: cliff, linear, milestone-based schedules
Plasma Staking reflection model (1/3 FRM locked)
Revocable grants with admin controls
Unified multi-chain dashboard
DAO governance integration for protocol decisions

Results & Impact

1Deployed across 8+ EVM-compatible blockchains
2Complex vesting schedules serving multiple token projects
3Cross-chain token distribution via LayerZero
41/3 of FRM supply locked via Plasma Staking

Tech Stack

SolidityLayerZeroReactEthers.jsNode.jsHardhat
Cross-ChainDeFiInfrastructure

MultiSwap

Cross-Chain Token Swap Protocol

Overview

MultiSwap is a production cross-chain token-swap protocol enabling seamless asset transfers across 8+ blockchains. The system aggregates liquidity from multiple DEXes on each chain, providing optimal swap rates with atomic guarantees and zero exploits since launch.

!The Challenge

Users needed to swap tokens across different blockchains seamlessly without using multiple bridges or DEXes, while maintaining competitive rates and security. Existing bridges had suffered multiple exploits, eroding user trust in cross-chain transactions.

Our Solution

We built a production cross-chain token-swap protocol enabling seamless asset transfers across 8+ blockchains. The system aggregates liquidity from multiple DEXes on each chain, uses Chainlink CCIP and LayerZero for secure cross-chain messaging, and provides atomic swap guarantees with rollback protection. The architecture was designed with security-first principles after studying previous bridge exploits.

Key Features

8+ blockchain network support
Multi-DEX liquidity aggregation per chain
Chainlink CCIP + LayerZero for cross-chain messaging
Atomic swap guarantees with rollback protection
Real-time rate optimization across liquidity pools
Security-first architecture with zero exploits

Results & Impact

1$200M+ in cross-chain swap volume processed
28+ blockchain networks supported
3Zero security exploits since launch
4Atomic swap guarantees with rollback protection

Tech Stack

SolidityLayerZeroChainlinkNode.jsReactHardhat

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