About Global Fund Power Ltd.
Building regulated digital financial infrastructure for Africa’s cross-border trade and essential commodity settlement.
Who We Are
Global Fund Power Ltd. is a financial technology infrastructure company focused on transforming cross-border trade settlement across Malawi and the broader African region.
We design and operate regulated digital currency systems that enable instant, transparent, and cost-efficient movement of value for essential commodity imports, remittance corridors, and institutional settlement.
Our infrastructure is built for compliance, stability, and national economic resilience — not speculation.
Our Mission
To modernize cross-border settlement infrastructure across Africa by deploying regulated, asset-backed digital currencies that increase speed, reduce cost, and improve transparency in international trade.
Our Vision
A continent where essential trade flows move instantly, transparently, and securely — strengthening economic sovereignty and reducing reliance on inefficient legacy correspondent banking systems.
Our Flagship Infrastructure: GFPMWK
GFPMWK is a 1:1 Malawi Kwacha-pegged digital settlement asset operating under a specialized regulatory framework aligned with the Reserve Bank of Malawi’s sandbox initiative.
Designed specifically for essential commodity imports such as fuel and fertilizer, GFPMWK reduces settlement timelines from 3–5 days to 3–5 seconds while maintaining full asset backing and real-time proof of reserves.
The model is strictly fiat-in, fiat-out. Importers interact only with Malawi Kwacha. Digital asset movement occurs securely in the background on enterprise-grade blockchain infrastructure.
Our Core Principles
Regulatory Alignment
Compliance-first design aligned with central bank frameworks, AML, and KYC enforcement standards.
Full Asset Backing
Every issued digital asset is matched 1:1 with fiat reserves held in segregated institutional accounts.
Operational Resilience
Infrastructure designed for high availability, including solar-backed and generator-supported nodes.