Returns are generated from verified invoices issued by operating businesses and paid on a fixed schedule.

30-day cycle
10-12% APY*

90-day cycle
14-16% APY*

180-day cycle
18-20% APY*
January 15, 2026

Every day, billions of dollars in goods and services cross borders, yet many businesses still face delays in payments and constrained cash flow. At the same time, financiers struggle to match supply with demand. That imbalance, often called the trade-finance gap, is estimated at around US $2.5 trillion globally
DeFa bridges this gap through verified business data and blockchain transparency, transforming trusted invoices into financeable, yield-bearing assets that unlock liquidity for businesses and offer secure, sustainable returns for investors.
When we discuss trade financing, we refer to tools such as invoice financing, factoring, supply-chain finance, and other working capital solutions that enable businesses to convert unpaid invoices into immediate cash. Despite the size of the market, many businesses, especially SMEs, are left underserved.
Putting these data points together, we can see that somewhere in the range of $2 trillion to $5 trillion+ is left unmet every year in the working-capital/invoice-financing space.
Liquidity gaps in invoice financing ripple across the economy:
In short, there is a great demand for liquidity and invoice financing, yet an insufficient supply by traditional providers, creating what we can call the “invoice-liquidity gap”.

This is where DeFa by InvoiceMate comes into play.
InvoiceMate is a platform that offers blockchain- and AI-powered invoicing and invoice verification services, helping businesses digitize, verify, and manage their invoices.
DeFa is a “decentralized factoring protocol” built on top of InvoiceMate’s verified invoice infrastructure.
How it works
Traditional financing of invoices is effective, but often:
Whereas DeFa offers:
In effect, decentralized liquidity helps unlock the trapped value in unpaid or delayed invoices, making them investable and financing-capable in a global, borderless way.

The global “liquidity gap” in invoice financing is real and substantial, with trillions of dollars of demand unmet each year. Traditional finance alone cannot fully bridge that gap. In a world where trade keeps expanding and SMEs remain underserved, the intersection of blockchain, AI, and decentralized finance may well hold the key.
DeFa shows how verified invoices can become the foundation of a new financial model, one that turns dormant assets into live-streams of capital, for both business and investor benefit. They combine verified trade data, tokenization of real-world assets, and decentralised liquidity to unlock working capital for businesses and yield opportunities for investors.
It’s the shortfall between businesses needing working-capital funding and the financing actually available, estimated at over $2–5 trillion annually.
DeFa turns verified invoices into tokenized, financeable assets, connecting real-world trade with onchain liquidity from global investors.
Traditional factoring depends on manual checks and banks. DeFa uses blockchain verification and AI to automate trust and speed up funding.
A tokenized invoice is a tokenized real-world asset (RWA), where the right to a payment owed on an invoice is converted into a unique digital token on a blockchain.
SMEs gain faster cash flow, investors earn stable yields from verified trade receivables, and financiers reduce fraud and paperwork.
Muhammad Ibrahim Salman is the Co-Founder and COO of DeFa by InvoiceMate, leading innovation at the intersection of fintech, blockchain, and decentralized finance (DeFi).
With expertise in digital strategy and financial transformation, he has driven key collaborations with MOHRE UAE and Al Gahf Group, advancing institutional-grade transparency in invoice financing and real-world asset (RWA) tokenization.
Passionate about financial inclusion and SME empowerment, Ibrahim focuses on creating sustainable, technology-driven solutions that connect traditional finance with decentralized ecosystems.